English | PDF | pages 192 | 23,2 Mb This essential reference for pros and passionate amateurs is back with a fresh design and updated content. Written by respected builders from all over America, this extensive revision collects all the latest roof framing articles from the pages of Fine Homebuilding magazine -- from cutting rafters and framing roof valleys to building dormers and working with. the roof, remember to allow space for a ridge vent if one is used. In-Line Framing-Align floor, wall, and roof framing members directly above or below one another so that loads are trans-ferred directly downward. With in-line framing, double top plates can be eliminated because the load is distributed evenly through the top plate Chapter 6.—Wall Framing 31 Requirements 31 Platform Construction 31 Balloon Construction 33 Window and Door Framing 34 End-wall Framing 36 Interior Walls 38 Lath Nailers 39 Chapter 7.—Ceiling and Roof Framing 40 Ceiling Joists 40 Flush Ceiling Framing 42 Post and Beam Framing 42 Roof Slopes 44 Flat Roofs 45 Pitched Roofs 4 framing, and improve the understanding of decision-making processes and trends for selecting the type of structural framing systems used for detached housing and low-rise multi-unit markets. The findings of this report are subject to unavoidable statistical variation The Pros and Cons of Different Construction Systems By Clive Fewins supporting the floors and roof is usually played by an inner structure - usually concrete blockwork. With the exception of oak frame, the choice of this construction system, steel frame, a system last used extensively in the 1940s and early 1950s, is being tipped b
Compare the pros and cons of the two basic options for framing a roof. By John Carroll There are many factors to consider when choosing between rafters and trusses for the roof frame: the effect that the designer wants to achieve; the size and skill of the crew that will frame the roof; the budget and schedule of the job; and the amount of. The framing of a basic gable roof is based on a right-angle triangle, and the various roof framing components fit the triangle. The rise, or height of the roof at its peak, is the altitude of the triangle; the run, or half the building span, is the base of the triangle; and the line length, measurement from the roof peak to the building wall, is the hypotenuse This essential reference for pros and passionate amateurs is back with a fresh design and updated content. Written by respected builders from all over America, this extensive revision collects all the latest roof framing articles from the pages of Fine Homebuilding magazine -- from cutting rafters and framing roof valleys to building dormers and working with roof trusses The bestselling step-by-step framing guide—updated and expanded to meet 2018 codes and standards. Complete Book of Framing, Second Edition—Updated and Expanded is a comprehensive guide to rough carpentry and framing, written by an expert with over forty years of framing experience. This book guides the reader through step-by-step framing instructions for floors, walls, roofs, door and. framing gable roofs, hips and valleys, and truss roofs; building various types of stairs; There is an opening chapter on tools, plans, codes, permits, lumber, and materials, and additional information throughout the book on safety and site-built tools. The Very Efficient Carpenter is no less than a complete course in basic framing
Rafters or trusses will support a gable frame. Being the typical housing structure, the costs are fairly well known, with a range of $15,000 to $20,000 to install in a 1,500 sq. ft. home. For a completed roof, with asphalt shingles, the price range changes to $20,000 to $30,000 Framing a Roof With Larry Haun Pro framer Larry Haun shows how to cut and install ceiling joists, rafters, and roof sheathing in the third episode of this framing video series. By Larry Haun. Watch carpenter Larry Haun wrap up the framing of a modest-size house in this video series from the Fine Homebuilding archives Roof Framing, Flashing, and Insulation; Exterior and Interior Stairs and Handrails; Filled with 500+ meticulous drawings. There are well over a hundred new drawings in this updated edition that precisely explain best practices for energy-efficient construction, advanced framing techniques, how to control moisture in wood-framing, installation.
Bable Roof Advantages and Disadvantages Gable Roof Pros. 1. Water Drainage. The sloped design of a roofs serves as a reliable water drainage system. The angled pitch means that water and snow can easily slide off the roof. This aspect of the roof minimizes the risk of leaks, which, in turn, ensures that the roof can remain damage-free and last. A classic reference, the Graphic Guide to Frame Construction is a comprehensive visual handbook filled with hundreds of meticulous drawings showing the framing details you need to understand when building with wood. This revised fourth edition reflects the most recent changes in residential frame construction. It contains more details for engineered wood products, fasteners, and seismic hold. wood framing concrete slab / masonry footing bottom plate moisture barrier insulation where req'd water resistive barrier exterior sheathing wood rainscreen furring (3/8 thick min) interior sheathing path / driveway / slab min. 1 - 2 clearance depending on specific hardie zone install bug screen as necessar • For wood frame construction a minimum 4d common nails spaced 8 in o.c. at panel edges and intermediate framing members spaced up to 24 in on center are suitable in most locations*. • For conventional 20ga - 16ga steel frame construction a minimum No. 8-18 x 0.323 in HD x 1 in long ribbed bugle screws spaced 6 in o.c. at panel edges an
And in a traditional frame house, the walls can be made 15 cm thick and the roof 30 cm to get enough insulation. Therefore, if we take the cost of 1 m³ of the wall with decoration for $10,000, then the price of a traditional house's external walls and roof will be about $342,500 Vented vs. Unvented Roofs: The Great Debate, 1/96). Railing Design The first challenge was to design deck railings that would not only look good, but also allow roof MAY JLC 2002 BUILDING A Deck Over Living Space by Thomas Buckborough Sloped framing, a carefully installed membrane, and good flashing details are key to this watertight roof Pros of Galvanized Steel. Galvanized steel is most often used in pipes, roofs, support beams, wall braces, and residential framing. It is a popular material for commercial uses and is becoming increasingly more popular as a framing material for residential use as well for the following reasons
The new proposed amount of coverage required on a site will be 10% of the roof area times the number of floors (or Roof Area Ratio, RAR), up to a maximum required coverage of 60%. This formula will increase total coverage city-wide by an estimated 14.5% if every new building selected the green roof option in this proposal Feb 11, 2019 - Explore Stephen Scholl's board Butterfly Roofs on Pinterest. See more ideas about butterfly roof, architecture, roof design Solutions for Roof Framing Framing Square Pro Tips Roof Framing 101 Volume 1.0 Framing Walls with Larry Haun How to Cut Hip Rafters - Masterclass with Robin Building a Roof - Wood Framing (First Person Framing Roofs (Builder's Library) Download Pdf Framing Roofs (Builder's Library) Download, f8c43f8250 [Share on Facebook. Share on Twitter. that have been documented for actual ICF and wood-frame construction. Next, Section 4 presents comparative data on the performance benefits of ICF and standard wood-frame house construction, including structural safety, hazard mitigation, fire resistance, durability, energy efficiency, and noise control
Grand Rib 3 style roofing can be applied over existing shingles provided the integrity of the roof decking and framing has been checked by a qualified party. The use of underlayment between the shingles and metal roof panels is a standard practice. Give our friendly sales staff a call if you have any questions . The Very Efficient Carpenter is no less than a complete course in basic framing
Disadvantages of Wood Roofs. Wooden shingles can be more expensive than other roofing types— ranging between $4.50 and $9.00 per square foot. Wooden shingles require additional, periodic fire retardation and may be banned in your municipality due to fire concerns. Talk to your contractor if you live in a fire-prone area The labor for framing the gable roof costs 8/12$ for a square foot of the surface. For 1500 square foot roof the price will be between 12000 and 18000$. Working on multiple gables and dormers can increase this amount to 25000$. The framing materials cost 1 or 2$ for square foot. In our 1500 square foot roof, the cost will be up to 1500/3000$ Liquid Roof Coating Cost, Plus Pros & Cons of Liquid Roofs in 2021. April 29, 2021 December 23, 2020. Of all the material types for a roof, a liquid roof coating is perhaps the oddest. It has multiple values, several material options and is definitely worth a more in-depth look
Roof Structures Explained. There are more ways than ever to build a roof structure - some quicker and easier than others. Mark Brinkley explains the various options, including the flat, curved, panellised and trussed roof variations. Roofs are one area of housebuilding which is changing fast • Roof: The roof framing at the right roof rake appears to be unusually crooked. The cause appears to be sub-standard workmanship and/or deficiencies in building materials. • Framing: A cracked ceiling joist was observed in the second floor front bedroom. • Framing: The hip support(s) would ideally be supported by triple joists. Th Assuming that a 2,000 square foot house with a typical roof slope has a roof square footage of about 2,200 square feet, that roof averages about $11,000 for professional installation. Assuming this roof might be replaced three to four times, an asphalt shingle roof will cost, in today's dollars, $33,000 to $44,000 over 100 years Synopsis: This timber-framing primer covers the construction of a 12-ft. by 16-ft. frame, with step-by-step photos covering the cutting of mortises and tenons and the assembly of all the pieces into a standing structure. An exploded drawing identifies all the frame parts, and another series of drawings covers the more complex joints in the frame
Cons. High cost: A clay tile roof system can cost two to three times as much as an asphalt roofing system. An average clay tile roof costs between $675 to $1400 per square (100 SF of roof area). Concrete tile roofs are more economical, with costs of $400 to $450 per square. This is offset, though, by the long life a tile roof will enjoy Rolled roofing is an oil-based asphalt roofing material that comes in rolls of 100 square feet. This mineral-surfaced roofing material, or MSR, is inexpensive and easy to install. This roofing material is suitable for low-sloped roofs. Rolled roofing works best with outbuildings like work sheds, barns and garages
This is a PDF Plan available for Instant Download.2 bedroom, 2 bath home.Sq. Ft: 1,136Building size: 30'-0 wide, 51'-0 deepMain roof pitch: 6/12Ridge height: 21'Wall height: 10'Foundation: CMU BlocksLap siding & shakes sidingFor the reverse plan, please see Model 1.PLANS INCLUDE:ElevationsExterior / Interior Dimension PlanFloor / Ceiling Framing PlanRoof Framing PlanCross SectionDoor. One stud per linear foot of wall. Five linear feet of plate material (bottoms, tops and ties) per linear foot of wall. It'll look like too much lumber when it arrives, but you'll need the extra stuff for corners, window and door frames, blocking and braces. Set aside the crooked stuff for short pieces. Step 4 Online construction courses for pros, by pros. Start growing your business, skills, and knowledge today. Construct-Ed is a platform of online construction courses and online construction classes where anyone in the construction and skilled trades industry can learn from real pros in the industry Excerpt from the Engineered Wood Construction Guide, Form E30. Includes application recommendations for APA structural panel wall sheathing, single-wall siding and panel and lap siding installation over sheathing. Siding joint details, siding patterns and grades, exterior finish recommendations and panel shear wall construction are also covered
Flat roofs aren't architecturally logical, as rain and snow will shed much more quickly off a sloped roof. Yet for historic Modern-style buildings like This Old House's Cambridge TV project, flat roofs are at the core of the architecture, meant to reflect the broad horizontal lines of the natural landscape.. Of course, you don't need to live in a modern house to deal with a flat roof . Side gables are the most common and simple style of gable roof, with two sides pitched to form a triangle. If a side gable roof is left open in the middle it is referred to as an open gable roof, or closed in for a boxed gable roof So, this time, instead of praising A-frame buildings, I am going to give you five reasons you should keep clear of them. 1. You can build it by yourself. Yes, a small A-frame home kit (SOLO or DUO for example) is so simple that two people can put it up without extra help. Larger kits might require more people but the music is the same: you can.
Answer: It depends on the type of your roof frame; A stick-framed roof with an attic has room for adding a dormer, while a truss-framed roof doesn't have any attic space to add a dormer to. You can still add a purely decorative make-believe dormer to a truss-framed roof, but not a real dormer. The Pros. There are several good reasons for a. So, we called in the pros - the guys that work with the product day in and day out. ProSTUD Drywall Framing was developed, tested and approved in the field. The result is Drywall framing performance designed by the pros for the pro. What's more, ProSTUD Drywall Framing is backed by comprehensive laboratory testing for strength, fire and sound Pros and Cons of a Polycarbonate Awning. You can use flat panels to form the roof of a polycarbonate awning, and add side panels to create a box-style configuration. This material looks nice with stainless steel or other simple framing, or it can take on an elegant look with filigree-design panel supports on each side Installing a metal roof will cost you about $16,500 on average. Angie's List members who had metal roofs installed in 2014 reported paying an average of $12,236, with a general range of $10,375 to $14,075, not counting discounts many roofing contractors offer to members. In the long-run, installing a metal roof can be less expensive than an.
The BuildDeck Floor & Roofing Decking System is a lightweight, stay-in-place Insulating Concrete Form (ICF) made of Expanded Polystyrene (EPS) and used to construct a solid monolithic insulating concrete floor and/or roof decking system. BuildDeck is perfect for site-cast or precast concrete floors, roofs, decks, and walls for commercial, industrial and residential uses . These two consummate roofing pros bring three important tools to every job: experience, ingenuity and a sense of humor the roof deck. (Note: Set blade to thickness of the sheathing.) 2. SEAL Seal using sufficient amount of roof cement* around inner and outer flange. 3. PLACE Place vent directly over the 11 x 11 hole. 4. SECURE pie Secure vent to the roof deck with roofing nails of sufficient length to penetrate 3/4 into wood deck or completely through sheathing
Unvented roof assemblies with ccSPF work well in all climate zones and serve several important functions: Controls Airflow - ccSPF is air impermeable, adheres well to almost all construction surfaces and expands to fill voids creating an air seal and eliminating air leakage. In cold climates it prevents warm, humid indoor air from reaching. Landmark PRO provides the reliable quality of Landmark, along with greater durability and eye-catching Max Def colors. Engineered with two laminated layers to replicate the dimensional appearance of true wood shake, Landmark PRO offers peace-of-mind on projects that call for a premier aesthetic at an affordable price
Tied portal frame In a tied portal frame the horizontal movement of the eaves and the bending moments in the columns and rafters are reduced. Mono-pitch portal frame It is a simple variation of the pitched roof portal frame, and tends to be used for smaller buildings (up to 15 m span) Premium Pro-Snap is available in 25 colors and comes with a paint warranty. The product is UL (Underwriters Laboratories) rated for fire and hail, and is Energy Star rated for its paint system. Premium Pro-Snap roofing panels install over a solid roof bed and come in custom-cut panel lengths from 4 ft. to over 40 ft., and are 16 inches wide While flat roofs are not the most glamorous option, they have advantages. Knowing the pros and cons such as the price of flat roof repair, the roofing material required, potential ponding water and roof leaks help make a decision that is best suited for your building. Flat roofs construction consists of a top coat and [ BSI-050: Parapets—Where Roofs Meet Walls. Joseph Lstiburek. April 17, 2012. Historically, so many problems have occurred with parapets that we have a name for it: parapetitus. They have a long history—which of course is not always clear—that allows me to embellish without threat of peer review reversal. 1 Their major function.
Concrete blocks have been a popular building material for centuries. There are many good reasons to utilize it, but this material has its disadvantages as well. Learn about the pros and cons of building with concrete blocks so you always know the best situations in which to use them If you have chosen to use a rigid roofing (metal, wood shakes or shingles, tile, etc.), you can use 1 x 4 slats instead. With wood roofs, slats are a must to avoid rotting the wood shakes. Plywood particle board or wafer-board roof sheathing is most commonly used, being low in cost and easy to apply Online construction courses for pros, by pros. Start growing your business, skills, and knowledge today. Construct-Ed is a platform of online construction courses and online construction classes where anyone in the construction and skilled trades industry can learn from real pros in the industry
To get a 100% free roof quote, enter your zip code above and fill out a simple estimate request form on the next page. Supported Roof Types: Our calculator will estimate your total roofing cost installed, including the cost of materials, labor, and warranty for any major type of roof including 3-tab asphalt shingles, architectural and premium composition shingles, PVC, TPO, EPDM rubber, built. Steel has the highest strength-to-weight ratio of any construction material.Moreover, with new construction methods, steel buildings remain a popular choice for office and multifamily developers. Use of girder slab, staggered truss, and castellated beam construction enables lower floor-to-floor heights than typically expected in structural steel buildings Semi-intensive: This system requires some maintenance from time to time.These green roof systems lie between the extensive and the intensive, and usually include a mix of plant types. Intensive systems: As a roof type that requires frequent maintenance, intensive systems can be thought of as gardens on a roof.In contrast with an extensive green roof, there are almost unlimited possibilities. Experience the total Owens Corning Roofing System and high quality roofing shingles. Let Owens Corning help you determine when it is time for a new roof and then let us help you choose the shingles for your roof that are right for you. We can even help you find a professional to install it. Owens Corning produces high quality asphalt coating, asphalt sealants and adhesives for asphalt shingle The team then fit and fastened a new sill, along with new lumber to support the existing framing where the damaged areas were cut away. Most seasoned remodelers are used to structural repair work on platform-framed homes, whether it's adding a window in a bearing wall, shoring up an overspan floor frame, or replacing a rotten sill plate
Wood or Timber roof trusses are widely used in USA, Canada and other countries because of its advantages over other trusses, as it offers great flexibility in plan layout. Be it a residential, industrial, commercial or an institutional building, roof of any kind of structure is the most important component of a building as it protects its. A small 7 ft. x 7 ft. wood flat shed costs around $600 whereas a larger one goes for as much as $1200. However, if all you need is a storage place, you can buy a metal 7 ft. x 4 ft. metal flat shed for $300 or a plastic 6 ft. x 6 ft. plastic one for $600. By Sheds Blue Prints. This design is far more than a simple shed Pros and cons of metal roofing. Pros. These roofs are very durable and are built to withstand the hot sun, damaging winds, and even hail storms. Unless a large branch or tree is able to stab into the roof, they are almost impossible to damage. These roofs will last for about 50 years before they need to be replaced Polycarbonate is a thermoplastic that is exceedingly tough, resistant to ultraviolet rays, and provides an attractive look. It is available in clear and opaque forms, making it the ideal choice for construction and security-related purposes. Some of the main pros and cons of polycarbonate panels are listed below
. Welcome to Desert Fasteners & Supply We are family owned and operated with over 50 years of experience in the fastener business. We are known for our customer service and knowledgeable staff. If you have a fastener question we are the ones to call American Trailer Pros's All Tube Frame Enclosed 7×16 Tandem Axle Cargo Trailer Sets The Quality Bar Higher Than Other Dealers! Call Us Today at 800-998-9051! Our All Tube Frame Trailers Are True Commercial Grade. Combine All Tube Frame, Wrapped Roof, Overhead Wiring, And Steel Backer Plates Around Each Wall And You Have A Trailer Beyond Compare
9 different types of roofing materials. Not long ago, asphalt shingles, slate, clay or concrete tiles were about the only roofing options. Today, advanced roofing materials provide an unprecedented range of alternatives, as well as new looks for existing materials. Here is a list of 9 different types of roofing to consider for your next re. This bird feeder is made with two 6″ terra cotta saucers, wire mesh, and vinyl The feeder is designed for sunflower seeds and will attract a wide variety of birds. It looks good and easy to build. This bird feeder is made using a tin pie plate and a vent cap. Make it really stand out by decorating and painting it Hiring professional roofing architects can ensure that your roof is built properly, to help prevent clogs and other problems from occurring in the future. It can help prolong the life expectancy of your house and save you from having to pay more money to get it fixed later on. Decide if the benefits outweigh the pitfalls of the butterfly roof. Roof to Wall Clearances K Min. 1 in I IMPORTANT: This document is not intended to take the place of James Hardie published installation instructions. Failure to install and finish this product in accordance with applicable building codes and James Hardie published instructions may lead to personal injury, affec East Coast Metal Roofing is an authorized distributor of Permalock, Green American Home, and Duro-Last product lines. All installation contractors working on our projects are fully licensed, insured, and have been certified by these manufacturers


“This price includes only basic labor. Labor may change based on the onsite review.”
Septic Tank Pipe Repair Labor $13,500
Labor Deposit Only $2,025
Balance $11,475 paid directly to Service Pro on completion of the project for labor only.
Materials are to be provided by the customer or the cost for materials should be paid directly to the Service Pro upfront.
This includes basic labor to dig deep, break the cement, fix the pipe, or replace it. we have to put the cement back.
To fix the pipe is best to replace it by digging it up than putting the cement back, We are not sure how deep the pipe is so the price can go up.
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Jeremy Clarke - Civil Construction Federation’s Apprentice of the Year 2014
Mawson Constructions are very proud to acknowledge that Jeremy Clarke was awarded the Civil Construction Federation’s Apprentice of the Year 2014.
Jeremy has been working with Mawsons for three years and is one of five apprentices currently completing their Certificate iii for Civil Construction (Roads Sector) through the CCF.
Currently Jeremy is leading the project team installing the Kialla Lakes outfall drainage.
Mawson’s was also a finalist in the Training Organisation (Road Sector) of the year.
Jeremy Clarke (l) with Mawson Constructions General Manager John Harvey.


Dear MN GOP: Don’t De-Rail the State
Relative to: “GOP victories could derail Minnesota’s transit plans,” by Katie Humphrey and David Peterson.
We in Minnesota can’t control what happens beyond our borders. If Wisconsin’s new management doesn’t want to build high-speed rail connecting the Twin Cities and Chicago, little can be done. One can’t get to Chicago without crossing through Wisconsin.
But, please, GOP of Minnesota, don’t undo the good, hard work that has been done in Minnesota to provide multi-modal, inter/intra-city transit over the past decade. These economic times are hard, and our infrastructure, our roads and bridges, suffer. But there are several ways to solve these problems. New rail and improved bus lines are a solution. Investment in public transit provides a long term solution, not just a patchwork that will need to be patched again, that can provide economic growth areas and jobs.
Thinking long term about transit isn’t sexy; it probably won’t win you many votes or raise your favorables within suburban or rural districts, at least those off the proposed lines. But long term transit solutions are necessary. Minnesota is a great place to live, and people want to come here. All it’s really missing is a viable public transit system.


Sylomer® Pad (PDF)
The AMC Mecanocaucho® Sylomer® Pad product is made to avoid the noise and vibration transmission through the solid material by introducing elastic mounts, with the advantage that we can provide solution to different machines with just one type of product with tree different stiffness.
FZ Sylomer® (PDF)
The AMC Mecanocaucho® FZ mounts are composed by two metal parts surrounded by a high resiliency Sylomer®.
Levelling Machine Mounts Sylomer® (PDF)
The AMC Mecanocaucho® Machine Foot supports for heavy loads. In order to support these heavy weights we use a special mixture of high density polyurethane Sylomer®.
TSR + Sylomer® (PDF)
The AMC Mecanocaucho® TSR type anti-vibration mounts include the anti-vibration microcellular foam Sylomer® that offers a high isolation capacity with a small static deformation.
FZH + Sylomer® (PDF)
The AMC Mecanocaucho® FZH is a separation system for a concrete slab through an elastic pad that can be raised. The elevation process is done once concrete slab finished its drying period.


ATAK Traffic Line Marker
The Traffic Line Marker is for Roads eg. Car parks, Parking Bays, Striping, Double Yellow Lines and suitable for marking out Playground or Schoolyard areas. Compatible with the excellent ATAK Traffic Line Aerosol Spray Paint.
The benefits of the Traffic Line Marking system
The NEW model, ATAK Traffic Line Marker is manufactured with a steel frame that give the marker an incredibly long life. This durable design gives you the best performance line marking system available.
Unlike other Line Marking Machines, The ATAK Road and Hard surface Line Striper has an adjustable width indicator and guide arrow built in so you can choose the thickness of line that you want to apply.
The ATAK Traffic Line Marker has a simple pinch lock system that is used to adjust the width of the line. The durable wheels and design will allow you to get a clean line on any hard surface.
- The Traffic marker has 5″ wheels for better manoeuvrability, especially in tight spaces.
- Easily adjusted for sharper,brighter and more visible lines from 2″ to 5″ wide and can be used in all weather conditions.
- Pitches and carparks can now be marked in less than half the time it took with the old lime marker.
- Not suitable for Grass Marking see the Athletic version for this application.
For advice or further information on the ATAK Traffic Line Marker, speak to a technical sales advisor on +353 (0)1 841 7399.


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The Boring Company is officially in business.
Just one of Elon Musk’s many side gigs, The Boring Company has finished its first segment of tunnel, located underneath the SpaceX parking lot. The job was done using a massive machine called Godot.
There is a lot of work to be done before Musk can put Godot to work, boring underneath public ground. But apparently, Musk has had several conversations with Los Angeles mayor, Eric Garrett, and Garrett may be a fan of the idea.
The goal is for Musk and The Boring Company to secure the appropriate permits, allowing the building of underground highways that would traverse most of LA.
Musk sees this as the solution to LA’s traffic problem. For example, having a quick and direct, underground route from LAX to Union Station would cut down on frustrating rush-hour congestion and decrease travel time for many commuters.
According to Musk, the technology to make this major feat. happen is the easy part, saying in a tweet on June 18th that the permits are what is going to be difficult.
— Elon Musk (@elonmusk) June 18, 2017
In the past, boring hasn’t been an option for cities, large or small. Digging underground tunnels can cost as much as $1 billion per mile. The Boring Company looks to change that by cutting the cost 10-fold.
Musk plans to cut the diameter of tunnels in half, which drops the cost by a factor of 3-4. Pair that up with increasing the speed of The Tunnel Boring Machine (TBM), and suddenly tunneling is a feasible option.
There have been a few questions raised regarding the option of underground highways.
What about earthquakes? What could you possibly do with all that dirt?
Surely, Musk will have an answer to these questions and many more, as the project continues to develop.
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Walton Electric Membership Corporation Contracts with 200 Megawatts of New Solar Projects for Facebook's Newton Data Center
Strata Solar Achieves Zero “Recordable Injuries Reported” for 2018
Strata Solar posts industry-leading record of safety performance of zero recordable injuries for 2018
In the construction and commercial-maintenance industry, recordable injuries are a common and unfortunate occurrence. OSHA reports that of the 4,674 worker fatalities that occurred in 2017 more than 20% were in the construction industry.
Strata Solar's record of zero injuries is the industry’s most admired level of safety performance. The company’s 2018 record of performance includes all construction projects, operations and maintenance tasks, warehouse and office activities. In total these engagements represent over 2 million man-hours worked.
“Safety is always our first priority,” says Jason Niemiller, Safety Director at Strata Solar. “Our employees and contractors are immediately indoctrinated in our stringent safety protocols and procedures and then continue to receive ongoing safety training, and tools, throughout their tenure.”
Strata Solar's record achievement is all the more impressive when noting the large number of employees. Strata Solar employs over 350 full-time staff and more than 1,500 contract workers who serve the needs of clients in the commercial, industrial and government sectors.
“Safety is the very heart of our company culture,” states Markus Wilhelm, Strata Solar’s Chief Executive Officer. “And this achievement is something we're proud to share with our clients, business partners and our valued employees.”


Fiberglass Green and Sustainability
Fiberglass: an environmentally-friendly material that’s built to last
Fiberglass is a natural choice when you’re seeking energy-efficient, green, sustainable solutions. Due to its composition, fiberglass is known for its very low embodied energy ─ the total energy required to produce a product from the raw materials stage through delivery of fiberglass products.
Typically fiberglass requires no added materials to reinforce it, reducing the bulk and weight of windows and doors, helping cut transportation costs in the process.
Sustainability starts with sand ─ an abundant natural resource
The main ingredient in fiberglass is glass. Since glass is made from sand ─ an abundant, natural, non-depleting resource ─ fiberglass is a highly-sustainable solution.
Highly-compatible with glazing
Fiberglass has a very low coefficient of thermal expansion, similar to that of float glass. As a result, fiberglass, by its very nature, is highly-compatible with glazing materials like glass, because they expand and contract at similar rates, which enhances glazing durability.
Because of their low coefficient of thermal expansion, fiberglass windows and doors provide energy-efficient solutions that help seal out the elements – even in extreme hot and cold climate conditions.
Fiberglass earns ENERGY STAR®, contributes to LEED®, Green Globe® ratings
Fiberglass is also a mainstay in insulation applications for new construction, remodeling and replacement needs, due to its ability to effectively insulate against heat and cold.
Fiberglass windows and doors are among the most energy-efficient building material options available in construction today. As a result, many fiberglass fenestration products have earned the ENERGY STAR® label, signifying their outstanding energy performance. In addition, fiberglass windows and doors are popular choices for those architects, designers, builders, contractors and others seeking to create LEED® certified buildings by the U.S. Green Building Council or earning Green Globes®.
Recyclability and the environment
Fiberglass is designed, tested and built to last….for decades. That means there is less waste heading to landfills, as fiberglass products have extremely long life cycles.
Many fiberglass products have earned the ENERGY STAR rating, symbolic of their energy-efficient properties. As sustainable resources, fiberglass windows and doors have become highly sought-after by architects, builders, contractors, remodelers, designers, commercial property owners and homeowners. View recent market study data regarding the shipment of prime windows.
Because of its natural strength and durability, fiberglass is an excellent choice for those seeking energy-efficient, environmentally-friendly building materials for residential or commercial applications.


The transition to net-zero architecture is revolutionising the construction industry. While achieving this ambitious goal requires significant changes in industry practices, the sector is gradually moving in the right direction. With innovative design features like green roofing and a focus on minimising wastage, there is an array of solutions available to facilitate the transition to a net-zero economy.
Net-zero architecture involves counterbalancing all carbon emissions produced throughout a building’s entire lifespan, including construction, occupancy, and demolition. Simply minimising emissions during the construction phase is insufficient. Innovative designs and sustainable technologies are required to absorb more carbon than is released into the atmosphere.
Efficient Energy Usage
Before incorporating renewable energy sources like solar panels or geothermal heat pumps, optimising the building’s efficiency is crucial. Reinvigorating insulation within walls, floors, and ceilings improves heat retention, reducing the need for non-renewable heating and cooling systems.
Renewable Energy Sources
Once optimal efficiency is ensured, additional renewable technologies can be integrated. Solar panels are a common choice in the UK, with substantial carbon dioxide savings. However, decarbonising heating remains a challenge. The ban on gas boilers in new homes from 2025 opens the door to low-carbon alternatives like ground source heat pumps (GSHPs) and biomass burning, which can provide sustainable energy.
In the pursuit of net-zero, small design changes can have a significant impact. Optimising the building’s orientation, such as facing solar panels south and considering natural shade and lighting, minimises excess energy usage. Addressing lighting design can drastically reduce a home’s total energy consumption.
Beyond Environmental Impact
Embracing net-zero architecture not only contributes to the environment but also offers business advantages. Early adoption of sustainable technologies and techniques gives companies a competitive edge as regulatory bodies demand net-zero commitments. The green building market is growing, and businesses investing in sustainability and renewable energy gain an advantage while avoiding unforeseen costs associated with stricter legislation. Positioning oneself as an industry leader in sustainable construction becomes crucial in a market expected to reach a value of £440 billion by 2027.
Net-zero architecture is reshaping the construction industry, demanding a paradigm shift in practices. By embracing innovative design features, optimising energy efficiency, integrating renewable energy sources, and focusing on optimal orientation, the industry can make significant strides towards a net-zero future. The benefits extend beyond environmental impact, offering businesses a competitive advantage and positioning them as leaders in sustainable construction.


Although we moved back into the library in February, we have still been very much in a construction zone since then with work on the building exterior and interior ongoing. But it looks like there is a light at the end of the tunnel. The construction hoardings have been taken down and work on the building’s landscaping is moving apace.
A view of the entry courtyard with the Jackman building on the left and the library pavilion on the right. Straight ahead you can see Wycliffe College on Hoskins Avenue.
The exterior of the Jackman building from Queen’s Park. The ground cover will eventual grow in, greening and softening the landscape.
The library, viewed from Philosopher’s Walk looking south
The library, viewed from the Bennett Gate looking north.


There are so many recognizable bridges in the world by far, and we’ve got bridges that span rivers that traverse mountain ranges, bridges over oceans, that connect countries, soar above jungles, and in the case of the Bosphorus bridge, that stick one continent to another.
These bridges seem almost timeless and transcendent. So we’ve gathered together the most amazing bridges in the world that we could find.
#1 In the sky, Malaysia
The sky bridge has this unique construction; also it leads to nowhere and doesn’t connect anything. In fact, it was constructed as part of an initiative started by the Malaysian government to attract tourists.
#2 On the hands, Vietnam
This unique bridge in Vietnam is spectacular. The 150 meters long Golden Bridge has become a significant tourist attraction. It’s perched on a mountaintop near the city of Da Nang.
The distinctive bridge is designed to look as if it is being held up by a giant pair of hands.
#3 Glass Bridge, China
This magnificent glass bridge located in China. It’s called Zhangjiajie Glass Bridge and was made to attract tourists to the region, as well as to check people’s bravery.
This bridge has a transparent bottom, is located 850 ft above the ground, and it’s about 1400 ft long, which makes it one of the tallest and longest glass-bottom bridges in the world.
#4 Across the ocean, China
This is one of the longest cross-sea bridges in the world. It’s known by its graceful S-shape, which makes it look gorgeous in photos, and it was made for safety reasons. But, unlike straight roads, drivers on this curvy highway must stay alert because they have to concentrate on turns.
#5 Reflection, Germany
This bridge is famous for its arc that reflects in the water and creates a perfect circle from a certain angle. A mystical aura surrounds Rakotzbrücke Devil’s Bridge, and the bridge itself can’t be walked on.
#6 Through a forest, Canada
It was built in 1889 and crossing over the Capilano River, this bridge in North Vancouver attracts close to a million visitors a year. This amazing bridge is breathtaking because a part of its route goes up to the level of the treetops, which brings this walk through the forest to another magical level.
It turns more magical at Christmas when the trees are covered with snow and lit up by many lights.
#7 Above the waterfall, USA
This bridge is famous for its unique and picturesque location. Benson Bridge was built over the lower cascade of a large waterfall to provide the best view of the upper cascade.
It’s according to an ancient Indian legend, Multnomah Falls appeared after the daughter of the leader jumped from the cliff, sacrificing herself to the spirits for the sake of saving her tribe from a terrible disease.
#8 On a waterfall, Norway
This waterfall is located in Norway, and it is famous for the fact that it is actually 2 different waterfalls on the top, that unite at the bottom. In fact, right at the spot where the two flows become one, there is a part of the highway that passes over it.
The trips across this bridge usually end up being mesmerizing which is why this bridge is loved so much by tourists.
#9 Teakwood bridge, Myanmar
This bridge is considered the longest and oldest wooden bridge in the world, but officially, it’s not. The reason behind this is the fact that some wooden beams have been replaced with concrete pillars for safety reasons.
This bridge has existed for almost two centuries, and the new fortification should not render this construction any less dignified.
#10 Aqueduct, Great Britain
This bridge is located in Wales. It's part of a UNESCO World Heritage Site. The Pontcysyllte Aqueduct was built 200 years ago. This unique waterway has become not only a masterpiece of engineering but also an excellent piece of monumental architecture.
#11 Natural bridges
It is known that bridges or arches are created by nature and usually formed as a result of erosion from water and wind. However, it is not the only method for the appearance of these miraculous bridges.
In the Tài Shān mountains in China, there is a place where boulders surprisingly got stuck between the rocks. These boulders have continued to withstand attacks from tourists who dared to check whether this construction is as strong as it looks.
#12 From fantasy, Spain
This bridge is located in Spain and was named the “Puente Nuevo” which is translated from Spanish as “New Bridge,” but the original was actually built in the 18th century cause the old one-arch bridge was built quickly, lasted for 6 years and collapsed, taking with it the lives of about 50 people.
For that reason, the construction of the new bridge was taken very seriously, and the process took 34 years. This bridge has a fantastical beauty.
#13 From a fairy tale, China
The Fairy Walking Bridge was built recently, in 1987, it was designed so that people would get the impression that it’s the work of ancient masters or even mythical creatures from a fairy tale.
#14 Residential bridges
They are very common in Europe and they are not just inhabited by vendors like the famous Ponte Vecchio.
There is a vast castle standing on a bridge in France, it’s “the Château de Chenonceau”. England also has a tiny 17-century stone Bridge House that, as you might have guessed by the name, is also located on a bridge.
#15 Through a block of flats, China
This bridge has an extraordinary location, and the reason behind it is the high population density and the active development of the city of Chongqing in China. They dictate their rules for searching for creative transportation solutions. So, they built this unique monorail that goes right through a block of residential apartments.


23812 Structural Steel and Precast Concrete Contractors
This industry comprises establishments primarily engaged in one or more of the following:
- erecting and assembling structural parts made from steel or precast concrete (e.g., steel beams, structural steel components, and similar products of precast concrete); and/or
- assembling and installing other steel construction products (e.g., steel rods, bars, rebar, mesh, and cages) to reinforce poured-in-place concrete.
The work performed may include new work, additions, alterations, maintenance, and repairs.


DEHRADUN: Fresh landslides triggered by rains today disrupted the pilgrimage to Badrinath, Gangotri and Yamunotri in the Garhwal Himalayas of Uttarakhand.
The landslides hit various places in Chamoli and Uttarkashi districts blocking the routes to the shrines of Badrinath, Gangotri and Yamunotri, Disaster Management and Mitigation Centre (DMMC) said here.
While Rishikesh-Badrinath national highway was blocked by landslides at Chhinka area, Rishikesh-Gangotri national highway was hit at Karmkund blocking vehicular traffic, they said, adding the road leading to Yamunotri has been blocked at Ranachatti.
Teams comprising personnel of police, ITBP and BRO have been pressed into service to clear the debris and reopen the routes for vehicular traffic.
The rains also pushed up the water level of a pond at Dhakrani area of Vikasnagar near here damaging 15 houses this morning.
Moderate to heavy rains continued to lash most parts of Uttarakhand with Banbasa receiving maximum 117 mm of rainfall followed by Champawat with 113 mm, Nainital 102 mm, Srinagar and Rishikesh 73 mm, Haridwar 65 mm and Dehradun 60 mm during the past 24 hours, Met office here said.


As the city of Denver continues to expand, a major construction project began Monday that will transform many current one-way streets into two-way streets, according to KDVR.com.
The project will affect two main roads: 19th and 20th avenues between Park Avenue West and Broadway. Bike lanes will also be incorporated to accommodate the increasing number of cyclers.
One primary reason for the conversion is to reduce the amount of traffic in the nearby residential areas.
“More people are moving downtown, especially on 19th and 20th avenues, and we’re starting to see this urban environment that’s emerging,” said Denver Public Works spokeswoman Heather Burke. “So we’re seeing more people walking and biking to their destinations. So this two-way conversion will really help give that area more of a local feel.”
About 86% of U.S. workers commuted by automobile as of 2013, and rush hour traffic can cause ridiculous delays for those with heavy commutes. Burke also noted that the transformation will assist with the flow of traffic as well as improve the everyday walking and cycling conditions.
“More people are starting to move downtown. Our city’s growing,” Burke said. “And we are seeing these urban environments and we just want to make sure we can get people more safely to their destinations.”
The project will begin on 20th Avenue, and crews will be working from 7 a.m. to 5 p.m.
As high as the level of demand is for construction projects such as these, The Denver Post reports that there is a major shortage of skilled construction workers in Colorado.
Even though there are around 7.8 million construction industry production workers in the U.S., construction experts at Colorado State University estimate that there will be about 96,000 open positions in the industry.
Professionals cite a number of reasons for the shortage. There were a huge number of layoffs after the 2008 recession, and many of the affected workers never came back. Many Colorado cities also have record low unemployment rates right now. Plus, the idea that college is the only viable option after high school graduation has deterred many from entering a traditionally blue-collar field.
Another cause of the shortage that experts noted was the aging population. By 2030, older adults will account for roughly 20% of the U.S. population, and due to economic difficulties, the nationwide average retirement age is starting to climb.
Finally, another underlying reason for the shortage could be lack of funding. The United States has the second largest construction market in the world, with expenditures exceeding $900 billion.
But Michael Smith, director of Colorado Homebuilding Academy, a nonprofit that educates workers for construction jobs, says this isn’t an isolated issue.
“I don’t know someone in construction that doesn’t have this shortage issue. Colorado is experiencing (an explosion) in every sector of construction.”
Experts say that the key to solving the issue lies within training, education, and apprenticeship programs. Still, Colorado Association of Mechanical and Plumbing Contractors Executive Vice President and chief executive Dave Davia says the problem doesn’t have an immediate fix.
“This is a longer-term battle,” said Davia. “There’s no short-term solution.”


Company Vitan-Estate offers a wide range of services in the field of technical surveys of buildings and structures. Unlike the design of new constructions, reliability is ensured only by calculating and monitoring the quality of existing data are used for the operational status of the designs, test calculations, as well as tests in the working position. In addition, during the operation of the structures there is a need to establish the possibility of using them for other purposes under specific conditions and for a certain period to be determined projected operating conditions or reconstruction. This can be fixed by technical survey of buildings and structures by checking the reliability and durability of structures. Recently, such a regulatory procedure is called “assessment of technical condition of structures“.
Technical survey of buildings and constructions is a separate kind of construction activities. The need for technical survey is caused by physical and moral wear and tear of the building structures and changing conditions, as well as a lack of construction standards explicitly accounting for the time factor. In other words, ensuring operability designs to a specific point in its existence requires a set of activities that vary from design, manufacture and installation of building elements related to the establishment of industrial buildings and constructions of living conditions of enterprises and, above all, the safety of the process of exploitation.
-correct-if all of the requirements, standards and State standards;
-healthy-with partial derogation from the requirements of the project and existing norms, but without violating the requirements of the limit state of the first group, as well as in violation of the requirements of the second group, does not restrict the normal functioning of the production;
-limited healthy-a condition in which the provision of technological process is carried out under the control of State structures; the limitation on the duration of exploitation and restriction of technological process parameters.
-emergency-with existing violations of the requirements of the first group of limit States.
Evaluation of technical condition, in principle, all structural elements associated with human activity, and in areas such as engineering, instrumentation, aerospace and so on have sufficiently developed regulatory procedures. Building constructive elements of this assessment are exposed to relatively recently and have a number of distinctive features, very hampering the development of such procedures. Such characteristics include: a huge variety of constructive forms, hampering the development of joint approaches, considerable uncertainty calculation models associated with the probabilistic nature of the materials, loading and operating conditions, in most cases, the workability of the factor cannot be verified by direct methods.
The main issue is the interpretation of the technical condition evaluation results of work to identify the operational status of the designs. At this stage of development of building constructions, diagnostic assessment of technical condition of any constructive form can be implemented in the following main methods:
1. Comparison of defects and damages of the constructive form with valid values, enshrined in the norms or projects.
2. Estimated impact assessment of defects and damages on the carrying capacity of the structures.
The first method can be considered to be technical Diagnostics package. According to the accepted terminology under technical Diagnostics refers to 100% control of “object”. If it is not possible to 100% control of the technical examination is performed, it is believed that technical examination may not give a true picture of the State of the designs, because the regulatory health settings may not match with real. With regard to building elements, it can be argued that the pure technical diagnostics as 100% control of the object almost impossible in view of the large amount of building structures, lack of continuity material typical of engineering structures and the lack of strict health check methods. The need to assess the health of ensuring desired reliability allows you to split the object evaluation of technical condition of the following parts:
1. The material structures.
2. Connection elements.
3. Structures and their elements.
The material and links with known limitations of technical Diagnostics has the means to implement it. For most designs and components for the foregoing reasons, technical Diagnostics can be applied as a special case.
Thus, the first method for technical surveys of buildings and structures should be seen as a development of the second method, i.e. types of deviations in advance known, made their calculated score and determined their maximum allowable values, usually in tabular form. So, for example, is carried out at the factory. designs acceptance Unfortunately, now it is almost impossible to assess the impact of a deflection on bearing capacity without taking into account the specific conditions and recalculation.
To develop normative materials first method would require a significant amount of research summarizing their results. Thus, the task of the assessment procedure of the technical condition is to develop methodologies, including accounting, as the technical condition of structures, and their conditions of use. In some circumstances, sufficient so designs can be used both methods.
Use the second method as the main structural parts involves the following procedures for the evaluation of the technical condition:
1. Full-scale survey of building elements to detect their actual status and operating conditions.
2. Validation calculations taking into account the results of the field studies.
3. Assessment of technical condition with the establishment of the possibilities and conditions of operation of the structures.
4. Repair and reinforcement using residual bearing capacity of structures.
The last paragraph directly from the assessment of the technical state is not bound, however, the granularity of the works on the first three items, especially emergency facilities is largely determined by the knowledge, methods and techniques of restoration designs.
Field studies involve the collection of data about the condition of structures and can be divided into the following parts:
1. Clarification of characteristics of materials. The need for such refinement is defined by the probabilistic design adopted when designing new structures, and specific characteristics that are implemented in the design. It is possible to reject, as in most, and downwards. In addition, material characteristics change over time: fatigue, aging, etc.
2. Clarification of the loads and impacts. This necessity is dictated by the difference of the loads that are implemented in the process of exploitation, adopted when designing.
3. Technical Diagnostics or field inspection structures aimed at detecting defects and damages, as well as quantification structures.


Building Edmonton 2016
Book layout. Infographics.
It’s always construction season in Edmonton and Diva was commissioned to create this “guide to construction in your neighbourhoods, on the streets and underground” for the City of Edmonton.
In creating Building Edmonton 2016, we were challenged to design a quick-reference guide for MLAs and City Council showing not only the 4 different types of projects, but also the 3 phases each project was in. Our solution was to create custom maps, divide the book into sections for the type and colour-code the phases within each section. French folds, differing page sizes, and custom designed colour-coded maps displayed the information in easy to use sections. Since new projects are always being added or changes are being made, we also designed a template in Google Drive for quarterly updates.


When it comes to constructing or renovating a home, choosing the right roofing material is a crucial decision. The roof is not only a significant investment but also a critical component that protects your property from the elements. With numerous roofing materials available in the market, each with its unique set of advantages and disadvantages, finding the perfect fit for your needs can be overwhelming. In this blog, we’ll explore various types of roofing materials and help you determine which one is best suited for your home.
1. Asphalt Shingles
Asphalt shingles are the most common and budget-friendly roofing option. They come in a wide range of colors and styles, making them suitable for various architectural designs. They are relatively easy to install and provide good durability, lasting up to 20-30 years. However, they may not be ideal for regions with extreme weather conditions or areas prone to wildfires.
2. Metal Roofing
Metal roofing has gained popularity in recent years due to its durability and energy efficiency. It comes in various materials like steel, aluminum, copper, and zinc. Metal roofs can last up to 50 years or more and offer excellent resistance to fire, mildew, and insects. They are also lightweight, which puts less stress on the structure. However, metal roofing can be costly, and proper installation is crucial to prevent issues like noise during rainstorms.
3. Wood Shingles and Shakes
Wood shingles and shakes have a classic and natural appeal that enhances the aesthetic of a home. They are often made from cedar, redwood, or pine, providing excellent insulation and energy efficiency. However, they require regular maintenance to prevent rot, mold, and insect infestations. Some areas have restrictions on wood roofing due to fire concerns, so check with local building codes before choosing this option.
4. Slate Roofing
Slate is a premium roofing material known for its elegance, longevity, and natural beauty. A well-maintained slate roof can last over a century, making it a sustainable and environmentally friendly choice. It is highly resistant to fire and water and requires minimal maintenance. Nevertheless, the cost of slate roofing is high, and its weight necessitates a sturdy underlying structure.
5. Clay and Concrete Tiles
Clay and concrete tiles are renowned for their durability and ability to withstand harsh weather conditions. They offer an extensive selection of styles and colors, suitable for various architectural styles, including Mediterranean and Spanish designs. These tiles have a long lifespan of 50-100 years and are fire-resistant. However, their weight is a consideration during installation, and they may be susceptible to cracking in regions with extreme temperature fluctuations.
6. Synthetic Roofing Materials
Synthetic roofing materials like rubber, polymer, and composite products mimic the appearance of natural materials like wood, slate, or tile. They are lighter in weight, more affordable, and often more durable than their natural counterparts. Synthetic options provide versatility and can be a viable alternative for those who desire the look of premium materials without the associated costs.
Choosing the right roofing material is a significant investment that can greatly impact your home’s value and comfort. By understanding the characteristics, benefits, and considerations of each roofing material discussed above, you can make an informed decision that aligns with your needs and preferences.
At GreenLight Roofing, we specialize in helping homeowners in Houston, TX, select the perfect roofing material for their homes. Our expert team is well-versed in the advantages and disadvantages of each roofing material and can guide you through the selection process. Contact us today to schedule a consultation and ensure your roofing project is in safe hands.


"Nothing is so inspiring as seeing big works well laid out and planned and a real engineering organisation."
We believe that by providing excellent services, we could accomplish our mission in meeting our clients’ needs as they are the core to our business growth, and it is best to keep their interest met, as the saying goes.
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2nd Dhaka – Chittagong National Highway, Bangladesh. Construction cost = USD1.5 billion.
Project Salient Points:
KCSB Scope of Services
Privatisation of the Zenica – Sarajevo Highway (Package 3), Bosnia & Herzegovina
This project involves in the upgrading of the existing 73km of the 2 lanes single carriageway road from Zenica to Sarajevo to a 4 lanes dual carriageway on a privatised basis. The total project cost is approximately USD400millions. KC is involved in the field of engineering design of the highway inclusive of the tolling equipment.
To undertake this project, KC has join-ventured with European based firms, Traser Roads & Bridges Co., Sarajevo and Darsh Consult, Munich, Germany.
Design of the Ulaveo Industrial Centre, Kokopa, Papua New Guinea
This project involved in the reconstruction of the industrial centre. This industrial centre is developed within a 64 hectare site, comprising of an admin. block, 112 units of 2 storey factory buildings, 42 units of staff quarters, 6 blocks of multi-storey tenants quarters and all the ancillary facilities.
KC acted as the lead consultant responsible for the project management, detailed engineering design, liaison & project coordination and supervision of the construction works.
Upgrading of Malaysian Student Halls in Melbourne, Australia.
Scope: Design works for structural elementsClient: Malaysian Ministry of Higher EducationStatus: Completed in July 2009Project Cost: USD15.4 millions
Construction of a 4-storey building with
under croft car parking
student accommodation rooms
an associated administration
lounge and dining areas


Straight Line News Network
Srinagar, Jan 8: The authorities on Thursday said that the Jammu-Srinagar highway, the only road link connecting Kashmir Valley with the outside world, shall remain closed for traffic tomorrow as well due to the accumulation of snow around Jawahar Tunnel and landslides at several places en route the thoroughfare.
“Tomorrow no vehicular movement shall be allowed on Jammu-Srinagar highway from Jammu towards Srinagar and vice-versa in view of landslides and shooting stones at Samroli, Cafeteria Morh and slippery road condition from Jawahar Tunnel to Zig (Qazigund)” a traffic department official told us. Over 4000 vehicles are still stranded at several places along the highway, reports said.
Mughal road, connecting Shopian and Poonch districts, also remained closed. Srinagar-Leh highway has been officially closed on the orders by Divisional Commissioner Kashmir on December 30.


Bats are a protected species in the united kingdom and play an important role in the ecosystem.
Previously when bats have been found in a loft space Bitumen 1F Felt has been used to line the roof as it allowed breathability through the material to ensure that the bats we able to inhabit these spaces safely. The downside of Bitumen 1F Felt was the cost of the thermal performance of the roof because 1F Felt requires extra rafter space if insulation is being used.
Properties with uninsulated 1F Felt roofs can release up to 10 tonnes of co2 per year. At Chris Mcleod and Son Roofing we use specialist breathable roofing membranes that can increase thermal performance by up to 87% whilst also ensuring the protection and safety of bats.


Open Platform Lift are lifts that can be installed in internal or external locations and are typically used to provide access between two levels for persons with mobility impairments where use of the stairs or steps is not possible. These lifts can be installed to help achieve Part M Compliance.
Our Vertical Platform Lifts can accommodate changes in level from 600 mm up to 3000 mm in commercial and domestic environments and are specifically designed to reduce or eliminate the need for alterations to existing buildings. The open type design offers a neat and aesthetically pleasing solution with a brushed stainless steel finish as option.
This Platform lift provides a safe and easy way to gain access to a property where stairs would otherwise prevent wheelchair access and is designed to give customers choice and flexibility.
Our Platform Lift is a space saving and cost effective way to provide access for everyone to your home or workplace.
These lifts come with a 24-month warranty, as standard, and we offer a range of maintenance and service options, which can be tailored to suit your specific requirements.
User group – Ambulant and wheelchair users.
Suitability for – internal or external use.
Vertical Travel – From 600 mm up to 3000 mm.
Number stops – 2
Maximum capacity – 400 kg
Platform size – 1100 x 1400 (standard).
External dimensions – 1300 x 1770 mm (standard).
Gate – 950 x 1100 mm with auto closers.
Cabin height – 1100 mm.
Drive type – Belt.
Power – 220-240 V, 1 phase, 25A, 50 Hz.
380-400 V 3 phase, 16A, 50 Hz.
Lighting – Controls illuminated.
Safety edge – Safety edge-under platform proximity sensors.
Handrail – Integrated to lift cabin (on both sides)
Machine room – Integral to guide rails.
Floor – Anti slip rubber (Anti slip diamond plate for outdoor version).
Colour – RAL 9006 (White aluminium)
Platform Floor dimension 900mm x 1100mm.
900mm x 1400mm.
1000mm x 1400mm.
Gate Automatic upper gate.
Automatic lower gate.
Control Configurable control side.
Dual control on the platform.
Auto dialer on the platform.
Braille on the control.
Safety Automatic emergency lowering device.
Finish Painted in any RAL colour.
Brushed stainless steel.


The Importance of Professional Construction Services
When it comes to building projects, whether it’s a residential property, commercial complex, or infrastructure development, hiring professional construction services is crucial. Melbourne, being a bustling city in Australia, is no stranger to construction projects of all sizes and types. With its growing population and booming economy, the demand for construction services is on the rise. This article explores the importance of professional construction services in Melbourne and how they contribute to the successful completion of building projects. Seeking a deeper grasp of the subject? Check out this carefully selected external resource. melbourne home builders, delve further into the topic at hand!
Quality Assurance and Expertise
One of the primary reasons for hiring professional construction services is the assurance of quality work. Construction companies in Melbourne employ skilled and experienced architects, engineers, and construction workers who have a deep understanding of their respective areas. From concept design to project execution, these professionals follow industry best practices and utilize the latest construction techniques. They have the expertise to handle complex construction challenges and ensure that the project is completed to the highest standards.
Efficiency and Timely Completion
Efficiency and timely completion are crucial in any construction project. Professional construction services in Melbourne prioritize efficient project management to ensure that the project stays on track. They develop detailed project schedules, allocate resources effectively, and closely monitor progress. With their experience and efficiency, they can identify and address potential delays or issues early on, minimizing the risk of project delays and cost overruns. This results in timely completion, which is vital for clients and investors.
Adherence to Safety Standards
Construction sites can be hazardous if proper safety measures are not followed. Professional construction services in Melbourne prioritize the safety of their workers, subcontractors, and the general public. They implement robust safety protocols and ensure that all workers are trained in safety procedures. This adherence to safety standards not only protects lives but also mitigates potential legal and financial risks. Clients can have peace of mind knowing that their project is being carried out in a safe and responsible manner.
Effective Communication and Collaboration
Construction projects involve multiple stakeholders, including the client, architects, engineers, subcontractors, and suppliers. Effective communication and collaboration among all parties are key to the success of the project. Professional construction services in Melbourne understand the importance of clear and timely communication. They facilitate open lines of communication, transparent reporting of project progress, and regular coordination meetings. This ensures that everyone is on the same page and can address any issues or changes promptly, leading to smoother project execution.
Sustainable and Environmentally Conscious Practices
In an era of increasing environmental awareness, sustainable construction practices have gained significant importance. Professional construction services in Melbourne embrace sustainable building methods and technologies. They strive to minimize the environmental impact of construction projects by implementing energy-efficient designs, using eco-friendly materials, and adopting waste management strategies. By incorporating sustainable practices, these construction services contribute to a greener and more sustainable future. If you’re interested in learning more about the subject, https://housespec.com.au, to complement your study. Find valuable insights and new viewpoints to deepen your knowledge of the topic.
Professional construction services play a vital role in the successful completion of building projects in Melbourne. Their expertise, focus on quality and safety, efficient project management, effective communication, and commitment to sustainability make them indispensable in the construction industry. Whether it’s a small renovation or a large-scale development, hiring professional construction services ensures that projects are completed to the highest standards, on time, and within budget. With the ever-growing demand for construction services in Melbourne, choosing the right service provider is crucial for the success of any building project.
Discover more about the subject in the related posts we recommend:


Full-flake concrete coating systems are becoming increasingly popular for both industrial floors and decorative floors. Like the name implies, a full-flake system — also known as a full-aggregate system — completely covers a concrete floor with polyurethane flakes. This concrete coating option is both durable and attractive.
How a Full-Flake Concrete Coating System Is Applied
A heavy polyaspartic base coat is applied to the concrete floor. Since the base coat will eventually be completely covered by polyurethane flakes, the color of this initial coat doesn’t matter. Polyurethane flakes are then broadcast to refusal. After drying for a night, the loose flakes are scraped off, and a polyaspartic top coat is applied. The end result is a highly durable, attractive floor.
Uses for Full-Flake Concrete Coating Systems
Full-flake coating systems are used for both their durability and attractiveness. They can be divided into two classes — utilitarian full-flake floors and decorative full-flake floors. Utilitarian full-flake concrete floors are generally found in industrial spaces with heavy traffic. They usually have more texture than their decorative counterparts, which adds increased anti-slip properties to the floor.
Decorative full-flake floors are essentially the same system, but they are made to be more attractive. They are often used in offices and other environments needing a durable, attractive and easy-to-clean flooring option. The polyurethane flakes come in a myriad of colors, which can be combined to form custom color combinations. Decorative full-flake floors are generally smoother, but the amount of texture can ultimately be chosen by the customer.
About the Polyurethane Flakes
The polyurethane flakes used in full-flake concrete coating systems come in a variety of colors and sizes. The sizes range from 1/16th of an inch to 1/4th of an inch, with 1/8th-inch flakes being the most commonly used. In general, the smaller the flake, the more durable and texturized the floor.
Contact Performance Concrete Polishing to learn what full-flake concrete coating system is best for your space.


Date Of Post: 17 Apr, 2018
Nagpur: The Commissioner of Metro Rail Safety (CMRS), on Monday, conducted second and final inspection of Nagpur Metro project. The inspection, was conducted by two member team, led by Arvind Kumar Jain, Commissioner of Metro Rail Safety (CMRS), Central Circle, Mumbai and a senior IRSE official.
During The Inspection-
- The team started inspection from Airport South Metro Rail Station.
- The team of 2 officials, which also included E Srinivasan, Deputy CRS, Southern Circle, Bangalore – first inspected the ticketing system at Airport South Metro Station.
- That was followed by inspection of the Station Control Room, Auxiliary Sub Station Room and other similar sites there.
- The team of two officials conducted similar inspection at the other 2 Metro Stations of New Airport & Khapri.
- The two officials also inspected track & traction system between the 3 mero stations.
- After conducting inspection at the 3 Metro Stations, the team visited the MIHAN Car Depot to check the rolling stock.
Image Credit: Nagpur Metro


Blue-Con are proud to be part of major heavy civil engineering projects to improve local infrastructure and facilities here in southwestern Ontario. There can be no better testimonial to the quality and duration of our work than thousands of local people using them or driving over them every day!
Blue-Con Construction's ability to assemble a project-specific team consisting of seasoned, experienced supervision, knowledgeable and skilled operators and labourers allows us to complete civic projects within budget and on schedule - all the while maintaining a superior level of workmanship.
Blue-Con: First Choice for Invited Tender Bids
This combination of our years of experience and highly skilled team ensures that we are on many municipal tender invited bidder lists. We understand from first hand experience the many complexities of civic construction projects, including the need for close liaison with required local government departments and officials. We also maintain good relations with businesses and local residents who may be affected by our work.
As a result, our expertise in job estimation, budget preparation and job methodology is often called on by municipality engineers and officers requiring advice and assistance.
Most of all, at Blue-Co we remember that our work is ultimately for the community, and we have a duty of care and responsibility to deliver the very best quality of work and value for the Canadian taxpayer.
Blue-Con Municipal Construction Projects
Our municipal works services include:
- Road construction and renovation
Recent projects include the reconstruction of Adelaide Street and Wellington Street, London ON
- Overpass construction
Driven around the first roundabout in London at the Hale & Trafalgar Overpass? That's one of ours!
- Watermain and pipeline construction
We excavated and laid over 20kms of watermain as part of the Elgin Pipeline and Huron Pipeline
- Industrial park earthworks and site services
Such as the Skyway Business park Phase 2
- Earthworks and construction for schools, colleges, hospitals and universities
Local projects include Woodstock Hospital, Waterloo School of Pharmacy, Ivey School of Business and the Spencer Engineering Building at the University of Western Ontario


Virginia Beach, VA
Arive created a master plan for CCUMC which included a reconfiguration plan for the Children’s wing and staff offices. Additionally, reconfiguration of the entry sequence to the sanctuary was studied and design for a new porte cochere was outlined. CCUMC proceed with a Phase 1 option that included reconfiguration of the Children’s wing. The project included relocation of walls, doors, and fixtures to better accommodate the population of the school facility and Children’s Ministry. The renovation also included increasing the size and number of toilet facilities to meet the required number of fixtures, as well as handicap accessibility codes for the entire facility.


This is a 7,400+ warehouse type commercial building sitting on approximately 9000 sq ft of land on main street in Ocho Rios. It is fairly regular shaped and relatively flat with gentle pitch towards the rear. The site has road frontage of approximately 17.5 meters (57ft) and a distance of approximately 9 meters from the building to the roadway. The front section of the building is complete and is being used for a display area, sales office a bathroom and storage. the other larger section of the building is partially complete and is being used for warehousing.


REQUEST FOR PROPOSALS FOR PARK DISTRICT MASTER PLAN
The Mokena Community Park District (MCPD) is requesting statements of interest, qualifications and proposal from qualified planning and design firms that are capable of providing services to develop a Comprehensive Master Plan for the parks and recreation facilities of the MCPD in Mokena, Illinois.
The following tentative schedule identifies the approach the MCPD will take in selecting a firm.
The Schedule is subject to change as circumstances dictate or as determined necessary by or in the best interest of the MCPD.
RFP is Released March 6, 2018
Request for Proposals due March 23, 2018
Interviews April 10, 2018
Contract Awarded at Park Board Mtg. April 24, 2018
P&R Master Plan Study May 2018 - September 2018
Final Plan Presented to the Board October 9, 2018
RFP, Supporting Documents & Links
Request for Proposal Document
Comprehensive Site Plan Yunker Farm Park -Advisory Committee – 2002
Mokena Community Park District Comprehensive Master Plan 1995
Mokena Community Park District Comprehensive Master Plan 2005
Mokena Community Park District Master Plan Update - 2010
Mokena Downtown TIF District Plan - December 2008
Mokena, Illinois Master Plan - August 2002
The RFP Contact, identified below, is the sole point of contact regarding the RFP from the date of issuance until selection of the successful consultant. Please direct all questions to the RFP Contact.
Mokena Community Park District
Michael Selep, Executive Director
10925 W. LaPorte Rd.
Mokena IL 60448


Bangerter Station is located adjacent to a UTA TRAX light rail station in West Jordan, UT at approximately 9000 South and 3200 West. Situated in close proximity to both Jordan Valley Medical Center and Salt Lake City Community College’s (SLCC) Jordan Campus, this mixed use project has been fully entitled for residential, retail, restaurant, and commercial uses.
Bangerter Station is posed to be a vibrant transit oriented village with varying residential projects and products catering to people of all walks of life. Enjoy your morning coffee or paper at the nearby cafe before commuting to work or school on TRAX and return just in time for a relaxing glass of wine or social event at one of the plazas or public promenades.
Construction was completed in November 2011 on the initial parking structures, critical transit infrastructure and trunk infrastructure. The two constructed parking structures provide covered parking for the light rail passengers, as well as a portion of the project’s shared parking. TRAX opened in August 2012 and the first phase of a 252 residential apartment units will commence construction in spring / summer 2014.


Call for caution when travelling
Due to the temperature variations, rainfall and snowfall over the past several days, we urge you to be more cautious when travelling on foot or by car.
The drop in temperature overnight and the accumulation of snow and rain on our roads and sidewalks have created icy surfaces throughout the city, making travel more dangerous.
Since the beginning of the precipitations, our Public Works teams have been carrying out snow removal operations and spreading abrasives on all City streets, including main roads, side streets, sidewalks, and parking lots, in order to improve road conditions for everyone.
Snow removal operations are continuing today in order to remove ice and snow on street curbs and sidewalks.
Thank you for your understanding and your cooperation.
Information : 514-630-1230


Vaishno College of Engineering
VCOE was established in the year 2010 under the aegis of Mata Vaishno Devi Educational Society with the aim to provide higher education to the Students. It started with B.Tech in Civil Engineering, Mechanical Engineering, Electronics & Communication Engineering, Computer Science Engineering and Electrical Engineering with an intake of 60 seats each. At VCOE, we strive to shape young minds who can excel in their respective fields. The emphasis is on developing a well rounded personality in the students who are trained to be prudent and practical with an ability to balance vision with ground reality.
Since its beginning, the strides made by the College are very impressive. The infrastructure has witnessed a requisite up gradation due to which it has expanded the outreach and scope of its academic activities with every passing year. In the year 2011, the intake in Civil and Mechanical Engineering was increased to 120 each and in the year 2012 it was increased to 240 seats in Civil. Also, the permission to run M.Tech in Civil and Mechanical engineering courses with an intake of 24 seats each and Diploma in Civil and Mechanical engineering with an intake of 60 seats each was accorded in the year 2012.
In the year 2013, the college has been granted for B.Tech - 300 seats in Civil Engineering, 180 in Mechanical Engineering, 60 in Electronics and Communication Engineering, 60 in Computer Science Engineering and 60 in Electrical Engineering. In M.tech – 24 seats in Civil Engineering, 24 seats in Mechanical Engineering, 24 seats in Computer Science Engineering and 24 seats in Electronics and Communication Engineering. In Diploma – 60 seats in Civil Engineering, 60 seats in Mechanical Engineering, 60 seats in Electronics and Communication Engineering and 60 seats in Electrical Engineering.
It is owing to the fast growing reputation of this College that we have students from various states of India.


Symbol of the history of Verona
The Ponte Pietra, formerly also known as “pons marmoreus” (marble bridge), is one of the oldest bridges in the city. At the foundation of Verona in 90 BC a wooden bridge crossed the Adige River here, which was replaced by a stone bridge by the Romans. In the Middle Ages the bridge was destroyed several times by floods and rebuilt time and again. Having been destroyed once again in the 16th century, the five-arch bridge seen today was built. The last time the Ponte Pietra was destroyed was in 1945 when German soldiers blew it up on their retreat. The bridge was restored to its former glory in 1959.
On the left bank downstream you can see the remains of the ancient arches of the old bridge. The two central arches of the Ponte Pietra, built of brick, are remnants from the Middle Ages. The bridge’s eventful history and the preservation of elements from all periods, from ancient times to the present, have made the bridge a symbol of Verona’s history.


Following the commencement of the Building and Construction Industry (Improving Productivity) Act 2016, the Australian Building and Construction Commission (ABCC) commenced operation on 2 December 2016, replacing FWBC. Also on 2 December 2016, the Minister for Employment, Senator the Hon Michaelia Cash issued the new building code. The new code is an amended version of the advance release of the Building and Construction Industry (Fair and Lawful Building Sites) Code 2014 (Building Code 2014) – and is now known as the Code for the Tendering and Performance of Building Work 2016 (Building Code 2016). Building Code 2016 applies to companies who submit an expression of interest or tender for Commonwealth-funded building work from 2 December 2016.
Members will recall from previous advice that enterprise agreements made from commencement of the new code (i.e. 2 December 2016) must now comply with the Building Code 2016 in order to be eligible to be awarded Commonwealth-funded work. However, as a result of amendments made by Senator Hinch, building industry participants covered by agreements made prior to 2 December 2016 have until 29 November 2018 to ensure their agreements are compliant with the Building Code 2016.
Contractors wishing to undertake federally funded building work subject to Building Code 2016 will now require a letter of compliance from the ABCC to confirm they are eligible to tender. It is important to note that this requirement applies regardless of a contractor’s workplace arrangements, meaning that it includes companies under the modern Award.
The ABCC have recently confirmed that they will issue letters of compliance for:
• Enterprise agreements (EBAs) made on or after 2 December 2016 that meet Building Code 2016 requirements (an ABCC Determination);
• EBAs made before 2 December 2016 (this letter of compliance is only valid until 28 November 2018); and
• Modern Award arrangements or other lawful workplace arrangements.
The ABCC will also provide preliminary advice on whether draft EBAs meet the requirements of Building Code 2016. Consistent with the previously circulated Building Code 2014 interim assessment conducted by the Department of Employment, Master Builders understands that the CFMEU’s Pattern EBA 2016-2018 will be found to be non-compliant with Building Code 2016, where made on or after 2 December 2016. Master Builders expects confirmation of this assessment in the coming weeks.
Contractors seeking a letter of compliance (or preliminary advice) from the ABCC will need to complete and submit this form. The ABCC will also be publishing further details on Building Code 2016 requirements on their website over the coming weeks.
Members seeking further information are encouraged to contact the IR Department on (03) 9411 4560.


Knitting and London life. Not necessarily in that order.
Sunday, February 14
Surrey Canal remnants on Evelyn Street
Lovely battered old parapet of the bridge that used to cross the Grand Surrey Canal on its route from Surrey Dock to Camberwell. A new residential development is planned for the site, but although the proposal aims to restore some of the canal as a water feature, it will block off the possible future extension of the canal as a route under the busy road for pedestrians and cyclists. In my opinion this would be a huge missed opportunity.


Get quality pipe fitting services in Ireland. Pipe fitting is also known as pipe coupling. It is a short-length pipe that is featured with a female thread pipe. Female adaptors are fitted between two pipes or tubes of equal and different sizes that need to be joined together. It is also used for changing pipe sizes. Adapters are extremely important pipe fitting that extends pipe runs. Pipe adapters may either be male or female IPS thread that needs to be welded or soldered onto a smaller pipe. Female threads are fitted inside the pipe fitting and are used for rigid tubing. The male and female threads are assembled and necessary pressure is made to connect the joint. Adapters are used for connecting two different size pipes in Ireland.
Pipe Fitting Services in Ireland:
Pipe fitting service is done with locking-ring, O-ring holder, and O-ring. There are different types of pipe fitting services in Ireland using:
- Ball Valve coupling, End cap, Female Threaded Tee, Reducing joiner, Reducing Tee.
- Male Threaded elbow, Male adaptor, and Elbow.
- Female Threaded Elbow, Female adaptor, Equal Tee, and Joiners.
Female Adaptors in Ireland:
Female Adaptor in Ireland is made from high-quality polypropylene. These full adaptors are easy to use. They also have stainless steel fitting that is used in tough environments. They are KIWA certified and are available in a range of sizes. There are Imperial NG Black pipe and Metric MDPE Blue pipe.
Pipes come in several types and sizes. It is divided into three main categories. There are metallic pipes, cement pipes, and plastic pipes. Metallic pipes are of different types. There are steel pipes, galvanized iron pipes, and cast-iron pipes. Cement pipes are categorized into concrete cement pipes and asbestos cement pipes. Plastic piping uses push-fit joints. Adaptor fitting is an alternative connection that is used for extending the pipe running system. It is used in power instrumentation and general industrial application. Adaptors are available in male and female connectors and are used in pipe fitting services.
Male Adaptors in Ireland:
Male Adaptor in Ireland is also made with high-quality polypropylene. These full-flow adaptors are highly resistant to UV rays. Pipe adaptor fitting is an interface for connecting both end pipe connections. It is applicable in the high-pressure system application. Threads are constructed to ensure a reliable flow system and prevent leakage in pipe fitting services. The male thread connection is protected with a plastic cap.
If you are looking for efficient pipe fitting services in Ireland, get in touch with Flow master for installing a Female adaptor in Ireland. There are skilled technicians and plumbers for fitting male adaptors in Ireland.


Formed August 24, 1985, the Irion County WCD covers Irion County and portions of Tom Green County. Activities include a quarterly water measuring program, a rainfall monitoring program, and a water quality management program. The District also provides in-house partial chemical and bacteriological analysis at no cost to well owners. The District collects data including well logs, water level measurements, water quality analysis, annual rainfall, and contamination data. Data is shared with the Upper Colorado River Authority, TWDB, TCEQ, other agencies and entities, and various consultants for use in updating groundwater availability models, recharge models, and other projects.
The District provides programs and information to schools and local organizations on water conservation, weather modification, and other topics and publishes news articles and releases. A groundwater flow model is used to demonstrate groundwater movement through the aquifer and effects of contamination. The District sponsors two scholarships to graduating high school seniors pursuing careers in science fields.
The District was instrumental in forming the West Texas Weather Modification Association in March, 1996 with six other groundwater conservation districts. This Association was formed for the purpose on conducting a rainfall enhancement program (cloud seeding) for all or part of eight counties for a total target area of 6.4 million acres.
The District, with the West Texas Regional Groundwater Alliance, LBG-Guyton Associates, and Region F Regional Water Planning Group, will participate in a two year recharge study project to gather water level and rainfall data on a monthly basis from selected wells. This project will provide additional data to be included in the Edwards/Trinity GAM for better management of the groundwater resources within the region. This project will also enable the groundwater model to be a tool used for projecting recharge, impact from groundwater use on available groundwater resources, and the development of a drought management plan on a local as well as regional basis.
In cooperation with the Upper Colorado River Authority, the District monitors water levels to determine effects of the Texas Brush Program, Middle Concho Project on groundwater availability.


Meet-Me Rooms & Communication Corridor: The Head, The Heart & The Body
While the term smart district may have different nuanced definitions based upon the context of a given conversation, all definitions will undoubtedly agree that a smart district is a physically built environment that utilizes innovative technology infrastructure.
Seems simple enough in theory; however, building commercial real estate (static) in such a way to adapt and deploy innovative technologies (dynamic) for the future seems oxymoronic. How is it possible to build something today that takes into consideration the yet-to-be-developed technologies of the future?
(Don’t worry, there’s a solution. And thank goodness, because our clients love solutions.)
A smart district includes innumerable technology assets and infrastructure – digital kiosks and signage, smart parking, security infrastructure, smart waste, WiFi – but for districts that can control the underground pathways (or work closely with those that do), the pièce de résistance is a Communication Corridor and the Meet-Me Rooms.
Communication Corridor (shown above) is a multi-conduit fiber duct bank that provides dedicated pathways for owners, carriers and network providers. This infrastructure is installed at the beginning of the project and sized to accommodate current and future needs. The corridor connects between buildings, smart infrastructure components and the Meet-Me-Rooms to create the backbone of the smart district.
Meet-Me Rooms (shown above) are hubs for service providers to install equipment and make fiber connections. Accommodating these services in a centralized manner speeds deployment of technology and reduces capital costs for future technology upgrades.
Think of it like this: the Communication Corridor is like your body’s nervous system (focused on communicating information through pathways) and the Meet-Me Rooms are a brain-heart combo (providing content for the information).
So how do you build today to accommodate the needs of tomorrow? Start with the head and the heart, and connect them to everything that matters.
WhiteSpace is excited to announce an addition to the team: our new Project Manager, Brandon Crawford-Braun. Brandon brings over a decade of experience working in the telecommunications industry to his role at WhiteSpace. He spent seven years as an Inside Plant Technician learning the intricacies of fiber networks, then four […]
Vegas for Halloween? Count us in! We just booked travel to Las Vegas to attend the 2023 NMHC OPTECH Conference & Exposition on November 1-3; but to be there for the start of the conference, our Midwest team will fly into Vegas on October 31st, All Hallows’ Eve. And after […]