Construction Administration Archives

What is the future of landscape architecture?

Landscape architecture has been around for centuries; over time, it has evolved to address various challenges and opportunities. From designing public parks and gardens to planning entire cities and regions, landscape architects have played a critical role in shaping our world. But what does the future hold for this field? In this blog post, we will explore some of the emerging trends and innovations that are likely to shape the future of landscape architecture, and the future of projects of our landscape architects here at McNeil Engineering.

Sustainable Design

As concerns about climate change continue to grow, landscape architects will be increasingly called upon to design sustainable landscapes that can help mitigate its impacts. This will involve using various techniques, such as green roofs, rain gardens or permeable pavements, to reduce runoff and improve water quality. Additionally, landscape architects must consider using different types of renewable materials and energy sources. Landscape Architects might also incorporate carbon sequestration strategies, where carbon is removed from the atmosphere and held in a solid or liquid state, into their designs.

Resilience Planning

The increasing frequency and intensity of natural disasters, such as hurricanes, wildfires and floods, has highlighted the need for landscape architects to design resilient landscapes. This will involve developing strategies to help communities bounce back from disasters quickly and efficiently and creating landscapes that absorb and adapt to changing conditions.

Technological Integration

Technology integration into landscape architecture will continue to accelerate in the coming years. This will involve 3D modeling software, drones and other advanced tools to help designers create more accurate and detailed designs. Additionally, landscape architects will increasingly rely on data-driven approaches to inform their designs, using data analytics to understand the needs and behaviors of users, as well as to predict the impacts of climate change.

Health and Well-being

Landscape architects have long recognized the importance of designing spaces that promote human health and well-being. In the future, this will become an even greater focus, as cities and communities look to address the growing problem of physical inactivity and the associated health problems it creates. Landscape architects will be called upon to design parks, public spaces, and streetscapes that promote physical activity and social interaction and create green spaces that can help reduce stress and improve mental health.

Biodiversity Conservation

As the world’s population grows and urban areas expand, the need to conserve biodiversity will become increasingly pressing. Landscape architects will play a critical role in this effort, designing landscapes supporting a wide range of plant and animal species and creating habitat corridors that can help connect fragmented ecosystems.

Equity

The landscape architecture profession has historically been criticized for its role in creating exclusive and segregated spaces. In the future, landscape architects will need to become more attuned to the issue of equity, working to create inclusive public spaces that serve the needs of all members of society. This will involve engaging with local communities to understand their needs and aspirations and designing landscapes that promote access and participation for all.

Water Management

The management of water resources will continue to be a critical issue in the future, as climate change and population growth put increasing pressure on freshwater supplies. Landscape architects will be called upon to design landscapes that can help manage water resources more effectively, using techniques such as rainwater harvesting, graywater reuse, and stormwater management systems to reduce demand and improve water quality.

Urban Agriculture

As concerns about food security and access to healthy food continue to grow, landscape architects will increasingly be called upon to design landscapes that can support urban agriculture. This will involve creating rooftop gardens, community gardens, and other urban agriculture projects that can help provide fresh produce to urban communities.

Regenerative Design

Regenerative design is an approach to design that seeks to create spaces that sustain themselves and contribute to the health and vitality of their surrounding ecosystems. In the future, landscape architects will increasingly embrace regenerative design principles, designing landscapes that can help restore degraded ecosystems and reverse the impacts of climate change.

Multidisciplinary Collaboration

Landscape architecture is an inherently multidisciplinary field, and in the future, landscape architects will increasingly work with a range of other professionals, including ecologists, engineers, urban planners, and community organizers. This will involve collaborating on large-scale projects requiring a broad range of expertise and engaging with local communities to ensure that designs reflect their needs and aspirations.

In conclusion, the future of landscape architecture is likely to be shaped by a range of trends and innovations, from sustainable design and resilience planning to integrating technology and promoting health and well-being. Landscape architects will increasingly be called upon to address the complex challenges facing our communities and planet, designing landscapes that can help mitigate the impacts of climate change, promote social justice and equity, and restore degraded ecosystems. By embracing these emerging trends and working collaboratively with other professionals and communities, our landscape architects can help create a more sustainable, resilient, and equitable future for us all.

We hope you’ll contact us here if you ever need a landscape architect to help you with a new and exciting project. You can also check out some of our previous landscape architecture projects here.

The advantages and disadvantages of using precast concrete in structural engineering

Precast concrete is a construction material used in structural engineering for several decades. It’s made by casting concrete in a reusable mold or form outside its final location. The precast concrete elements are transported to the construction site and assembled into the final structure. As we have covered in our previous blog posts, concrete is a very popular material, used in almost every structure today.

Here at McNeil Engineering, we use a lot of concrete in our projects. With precast concrete, however, there are several advantages and also some disadvantages to using it in structural engineering, which we have outlined below.

Advantages of Precast Concrete in Structural Engineering:

Quality Control: Precast concrete elements are manufactured under controlled conditions in a factory, allowing for better quality control than on-site construction. The precast elements are produced using high-quality materials and subjected to rigorous testing, resulting in higher quality and consistency than site-cast concrete.
Speed of Construction: Precast concrete elements can be manufactured in large quantities in a factory and transported to the construction site as needed. This results in faster construction times and a shorter project schedule. Precast concrete elements can also be installed quickly, reducing the time required for on-site assembly and minimizing disruption to the surrounding area.
Cost-Effective: Precast concrete may have higher initial costs due to the need for molds and transportation, but it can be more cost-effective in the long run. Precast elements require less labor and equipment on-site, reducing the overall project cost. Additionally, the high-quality finish of precast concrete can eliminate the need for additional finishing work, saving time and money.
Durability: Precast concrete is known for its durability and resistance to environmental factors, such as extreme weather conditions and chemical exposure. It is also resistant to fire and has a long service life, which can reduce the need for frequent maintenance and repairs.
Flexibility: Precast concrete elements can be designed and manufactured to meet various structural requirements. They can be used in various building types and configurations, including multi-story buildings, bridges and retaining walls. Precast elements can also be customized to match specific design requirements for projects, allowing for greater flexibility in design.
Reduced Site Disruption: Precast concrete elements are manufactured off-site, reducing on-site construction and disruption to the surrounding area. This can be particularly beneficial in urban or densely populated areas where minimizing disruptions is important.
Improved Safety: Precast concrete elements are produced in a controlled factory environment, improving workers’ safety compared to on-site construction. This reduces the risk of accidents and injuries, and can also improve the quality of the final product.

Disadvantages of Precast Concrete in Structural Engineering:

Transportation and Installation: Precast concrete elements can be heavy and require specialized equipment for transportation and installation. The size and weight of precast elements may also limit the use of certain construction methods, such as crane placement, which could result in additional costs and logistical challenges.
Environmental Impact: The manufacturing process for precast concrete can have a significant environmental impact. Concrete production requires large amounts of energy and releases carbon dioxide into the atmosphere. Additionally, the transportation of precast elements can contribute to greenhouse gas emissions.
Maintenance: While precast concrete is durable and requires minimal maintenance, repairs can be more complex and costly than on-site repairs to site-cast concrete. Precast elements may also require special maintenance, such as sealing joints and replacing damaged elements.

Precast concrete is popular in structural engineering due to its many advantages. The quality control, speed of construction, and cost-effectiveness of precast elements make it an attractive option for many construction projects. The durability and flexibility of precast concrete also make it a reliable and versatile building material. However, precast concrete has several disadvantages, including transportation and installation challenges, potential environmental impact and unique maintenance requirements.

When considering the use of precast concrete in structural engineering, it is important to carefully evaluate the project’s specific needs and weigh the pros and cons of this material. Precast concrete may be a good option for projects that require speed of construction, high-quality finishes and durability. However, projects that require specialized installation methods, or have strict environmental requirements may not be well-suited for precast concrete.

Additionally, it is important to work with experienced and reputable manufacturers and contractors like our engineers at McNeil Engineers when using precast concrete in structural engineering. Proper planning, design and quality control measures can help minimize the risks associated with this material and any other project materials and ensure a successful construction project.

If you’re considering a project involving precast concrete or need a structural engineer, we hope you’ll contact the team at McNeil Engineering here. You can also check out some of our previous structural engineering projects here. You can count on our professionalism, understanding of the construction process and commitment to quality design. The result is the most efficient, economical and safe structures specifically suited to your needs.

From our roofing and paving team: A closer look at clay pavers

We’ve been doing commercial paving jobs for a long time. In fact, we’ve paved so many apartment complexes, commercial centers, and so on, that we can practically do it in our sleep. We joke! Of course, we are not paving places around Utah and beyond in our sleep. We only mean our roofing and paving team does an incredible job. From both an esthetic and durability perspective, the work we do stands the test of time.

Now, the question is, what pavers do we prefer as we evaluate paving jobs on behalf of our clients? We’re very honest about the fact that clay pavers are recognized by builders, renovators, architects, and building designers for their quality and reliability as well as for their colors and textures. The unique look and feel of clay pavers can only be owed to that kiln-fired construction.

Why we love clay pavers

Seen across many public places and in homes throughout the world, clay pavers are known for their rich earthy tones that add natural character and distinction to any paving project and can be mixed to create interesting design statements. Who doesn’t love a good earth tone? This is our planet, after all. Colors that ground us in nature are both relaxing and still very much on-trend.

Beautiful, strong, striking and versatile, clay pavers provide a timeless element in landscaping architecture and design. Clay pavers add a certain level of artistry to your outdoor setting. Our contractors and engineers suggest kiln-fired clay pavers because they offer an array of vivid colors and textures that help create beautiful landscape designs and evoke a certain sophisticated style and natural beauty. You can look both wealthy and natural at the same time.

Suitable for pathways, patios and domestic driveways, clay pavers are manufactured to last. When you think of “clay”, don’t think of clay pavers as shrunken or fragile. They offer the unique combination of beauty, quality, and durability that only one of Utah’s most experienced commercial paving firms can promise.

What are some advantages to clay pavers?

Clay pavers do have some natural advantages over other types of pavers on the market. They aren’t superior from a purely aesthetic perspective. First, clay pavers provide you with a truly natural feel. Clay pavers are high-quality, natural products made from natural clay and water. They also fade far less than other materials. High temperature firing over 1100°C ensures a clay paver’s color will never fade due to sun exposure. They’ve already been exposed to near-sunlike temperatures, after all.

For those looking for more practical applications, clay pavers are also slip-resistant: The unique textures of clay pavers deliver slip resistance, even on wet driveways or pathways. This slip resistant quality can be designed with aesthetics in mind. It checks all the boxes. Form and functionality meet in clay pavers. Clay pavers are also quite strong. They are great for driveways and other heavy-load areas. For commercial applications, nothing beats clay pavers for strength and durability. Similarly, for pathways, patios and other foot traffic areas, clay pavers are ideal. Guests will also find them pleasing to look at.

You’ll also be happy to know that clay pavers are easy to maintain. That’s good news for highly trafficked areas. Clay pavers are hardwearing and clean easily. Usually, all it takes is a mild detergent and a little scrubbing to clean even heavily soiled clay pavers. In most cases, they can just be hosed down or swept clean. Quick and easy maintenance will ensure they last long and look beautiful for a long time to come.

Better value and environmental cred

For those looking to burnish their environmental credentials, clay pavers offer a number of benefits. They are environment-friendly. How? Well, clay pavers are kiln-fired products made from readily available, naturally occurring clays. No environmentally damaging chemicals are used in their production. They come from the earth and can equally return to the earth.

Clay pavers are recyclable in this way. We find that clay pavers are a time-tested choice for those who want pavers that both look good and will last a long time. They never go out of style, you will never tire of their warm, natural beauty and they can be easily recycled. If you are a commercial business, you can advertise to your customer base that you are environmentally friendly because you use clay pavers.

Finally, clay pavers offer great value for the money. Clay pavers are natural in appearance and maintain their color even after long-term exposure to the sun’s UV radiation. Clay pavers can last over 1000 years. Now that’s impressive. Want to have a look at some of the roofing and paving jobs we’ve completed over the years? We’re waiting to show you!

Construction, Architecture, and Engineering Starts in 2023

Construction, Architecture, and Engineering Starts in 2022 and 2023

As one of Utah’s top civil and structural engineering, roofing, paving, and laser scanning companies, the vast majority of our work takes place in concert with the construction sector. As such, we pay close attention to the ups and downs that take place in the construction industry. So, as we close out 2022, a big question on everyone’s mind is, what will 2023 bring? Today, we will take a deep dive into what we expect the future to hold for the construction sector, both here in Utah and beyond.

How Have the U.S. Construction and Civil Engineering Sectors Fared in 2022?

In short, the construction sector is going to go through some rough spots, but it will come out resilient on the other side. The industry will continue to face labor shortages, high materials costs, and other headwinds, but infrastructure will be a bright spot. With the massive infrastructure bill working its way through the economy, construction spending on infrastructure jobs will only rise further. Still, with 2022 being a mixed bag for the construction industry, there are lots of unknowns.

Economic shocks of various types and severities have defined 2022. Since the COVID-19 pandemic, there has been one hit after another. This past year brought skyrocketing inflation and interest rates. But as people cope with higher prices, they make cuts elsewhere. Fortunately for construction professionals and civil engineers, there is reason to be optimistic about the state of the economy, despite the rocky economic conditions.

Inflation has been a major concern in 2022, climbing to a 40-year high in June. Economists across the board fretted over the state of the economy and the resiliency of the American consumer. The problem was multi-faceted. It was fueled by ongoing supply chain bottlenecks brought on by pandemic stresses as well as Russia’s unprovoked aggression in Ukraine. Commodities went through the roof and, as a result, prices jumped on key construction materials. Everything from cement to diesel fuel and asphalt – prices rose dramatically. The industry also continued to struggle to attract enough workers in an overall tight labor market.

As the new year approaches, the big question on construction leaders’ minds is what’s in store for 2023. Top construction economists say it’s hard to say. The picture is muddied by a variety of factors. But what are those factors? Let’s dig a little deeper.

What are Architects Up To?

There is a common thread in the construction sector. When architects have work, so do contractors, civil engineers, structural engineers, roofers, and so on. Those who design the structures we build every day represent the foundation of the construction job. When architects are busy, so are contractors and civil and structural engineers. The good news is architecture industry performance remained positive in 2022. The bad news hit in October when it took a sharp downward turn. What does that mean? In short, it could indicate that recession fears and inflation have finally started to appear in the construction and civil engineering sectors. As a result, this may translate to a drop in available construction work at the latter end of next year.

How is the Construction Backlog?

New construction starts are important and act as a bellwether for contractor and engineer confidence. The construction industry’s backlog has remained positive over the past year but dipped in June and July and declined again in October from the previous month. Still, it is higher than it was in the same period one year ago. We aren’t in a horrible position, from a national or local perspective.

Backlog in the commercial construction vertical posted its largest monthly decline in October since July 2020. That’s a big dip. The bright spot? Infrastructure and heavy industrial projects posted growth, despite the decline in commercial construction starts. Even better, the infrastructure and heavy industrial verticals will likely remain bright spots in the coming years as federal funding continues to flow into those sectors.

In general, most economists and industry insiders expect a big pickup in construction starts, civil engineering jobs, and other growth associated with increasing development. As money from the infrastructure bill starts to be awarded and contractors get to work on those projects, we will see a big uptick in the sector. Could this mean inflation drops even as we avoid a recession?

We’re also going to see big pickups in manufacturing construction, especially for semiconductor manufacturing plants. The CHIPS Act has unleashed a wave of investment in giant semiconductor factories. We’ll also see increased electric vehicle, battery, components, and battery charging manufacturing plant production. And finally, expect to see renewable energy projects funded by tax credits and other incentives included in the Inflation Reduction Act to blossom across the country.

Here at McNeil Engineering, we are excited to see this growth and economic activity both here in Utah and across the country. In the end, 2023 may be better than expected. If we can see inflation drop and interest rates drop without a recession, we’ll be in a good place. We’ve got a positive outlook. Here’s to a bright 2023!

A closer look at our service offerings

When it comes to your next big build, McNeil Engineering has the services you need to get the job done right. We offer a wide array of engineering services, landscape architecture, project management, and more. That’s why we wanted to take a moment in today’s blog post to highlight each of the different construction project verticals we work in. Join us, and learn more about what we offer!

1. Civil Engineering

Civil engineers do a lot more than just design buildings and bridges. They work in many industries, from aerospace to automotive. Civil engineering is an exciting profession because, at the end of the day, civil engineers get to see the results of all their hard work. Whether it is a completed bridge or a gleaming new high-rise building, the fruits of their labors are visible in the material world.

There are also different categories of civil engineers and sub-disciplines. Transportation engineers represent one such sub-discipline. They work on roads, railroads, subway systems, and airports. Civil engineering has also evolved over the years. Some disciplines have faded away or transformed into something else. Sanitary engineering, as one example, has now evolved into environmental engineering.

Our civil engineering design services include:

Land development services
Site feasibility studies and due diligent analysis
Site layout
Road design
Grading design and earthwork analysis
Drainage analysis and storm drain system design
Stormwater detention system analysis and design
Erosion control measures & SWPPP
Water system analysis and design
Sanitary sewer system design
Subdivision design
3D models
UDOT access and encroachment permits
Permitting and Entitlement assistance with cities, counties and state agencies

2. Structural Engineering

In some circles, structural engineering is its own discipline and in other circles, it is a branch of civil engineering. Whatever you believe, one true thing is that structural engineering involves the application of the laws of physics, mathematics and empirical knowledge to design the basic elements of man-made structures.

Modern-day structural engineers work with a large and detailed body of knowledge. They must accurately predict the performance of different shapes and materials used in structures and measure load stresses. Structural engineering has also been around for thousands of years, with principles of the discipline being used to build everything from the Great Pyramids at Giza to the Roman Coliseum.

Our structural engineering services include:

Constructability analysis
Seismic analysis
Force protection blast analysis and design
Alternative designs for construction cost and time savings
Structural analysis, design, specifications and construction documentation
Field observation and construction management
Reinforced, precast tilt up and prestressed concrete
Precast concrete production, transport and erection
Post-tension concrete design
Steel, masonry and timber design
Construction products and materials development
Structural investigation and reports
Structural damage and failure analysis
Repair, re-strengthening and retrofitting of structures
Crane design & analysis
HUD permanent foundation analysis
Fire and disaster investigation and analysis

3. Laser Scanning and Land Surveying

Many big construction and infrastructure projects include a laser scanning or land surveying component. Here at McNeil Engineering, we focus on conventional laser scanning and surveying services. We are also a leader in Utah in laser scanning, which puts us at the cutting edge of the service. Our land surveying services include:

ALTA/NSPS land title surveys
Topographic/ utility surveys
Route and boundary surveys
Construction staking
GIS data acquisition
Cadastral and retracement surveys
Subdivision plat
Condo plat

Our laser scanning services include:

Transportation
Horizontal and vertical construction
Forensics/Insurance investigation
Historic preservation
Industry
Mining
Survey

Deliverable modalities include:

Archival point cloud models
2D CAD drawings,
3D CAD/BIM models

4. Landscape Architecture

Landscape architecture is different from landscaping itself. Consider landscape architects as the structural engineers of our environment. It involves the actual design of the landscape as it relates to the natural environment it exists in. It could be anything from a town square to a pond or playground. Landscape architecture is dedicated to the design of healthy environments and communities, and to protecting the health, safety, and welfare of people.

Our landscape architecture services include:

Site design
Master planning
Irrigation design
Landscape design
Plaza and paving design
Grading and drainage plans
Site and landscape remodel
Cost estimating and budgeting
Construction administration
Permitting and city approvals
Illustrative and graphic design
Signage and gateway design

5. Roofing, Paving and BIM

If you are building a structure in Salt Lake City or any other city in Utah, you’re going to need a roof and likely paving of some type. We focus on sustainable planning and design and use only the most modern materials in our roofing and paving jobs.

We’re also Building Information Modeling (BIM) specialists. BIM is a process for creating and managing construction project information throughout the project lifecycle. BIM allows engineers and construction professionals to create a digital description of every aspect of the build. BIM allows for the creation of information-rich 3D models and associated structured data.

We’re proud to employ professionals in each of these fields that wield many decades of experience in their fields. Whether you need a civil engineer or roofing professional, we’ve got the dedicated individuals you need to get the job done right the first time, every time. Contact us today to learn more.

The construction industry has gone through big changes

Like any industry, the construction world is constantly evolving. The techniques, materials, technology and methodologies we use today bear very little resemblance to the techniques, materials, technology and methodologies of even 50 years ago, let alone even further back. Even now, most architectural styles and techniques are governed by the materials and methods of the day.

You may be looking at buildings and homes today and think they haven’t changed much, but they’ve actually changed quite a lot over the years. Just go back even a hundred years and you will how much modern home and commercial building design have changed.

1. Buildings get bigger

First, consider how much bigger buildings are today. The buildings echoed a Greek architectural style and had above-ground foundations with little-to-no reinforcements. Interiors were generally less than 1,000 square feet and rarely had a second or third floor. It wasn’t until after the Second World War that building processes began to undergo a major shift. The need for cheaper, more standardized materials came to the forefront and building became much more efficient. From insulation to other modern building techniques, a big shift changed the way construction was done.

2. Prefab structures become popular

Usually, you had a crew working on site and they would build a structure from the ground up. Today, you may work with prefabricated materials and structures built off-site and then transferred to the job site. Prefab building is designed for efficiency and affordability. Construction crews can repeat a simple process each time and finish jobs quicker and for less money. Companies and builders switched to this method of building to cut costs and introduce mass production to the construction process.

Predesigned structures are still used today. And it isn’t because they are cheap. They are also very flexible. Homeowners can customize a prefab home according to their specific design ideas. Commercial builders can also spec their structures using prefab materials. This saves the builders and the construction companies both time and money.

3. Utility connections become normal

Did you know that it wasn’t until the 1950s that modern indoor plumbing and electronics installation became commonplace? Whether it be in homes or commercial structures, utility connections were not commonplace until nearly 60 years ago. Even toilet facilities in commercial buildings are not common. Imagine going into a commercial building and not having access to a restroom.

4. Building materials changed

Building materials have also undergone rapid evolution once they became standardized and could be ordered in bulk. From cinder blocks to lumbar materials, a certain set of materials soon became the norm. And this paradigm has lasted until today, with lumbar being mass-produced in standard sizes, using everything from fir to spruce and pine.

Materials have also become safer. Remember asbestos? Fortunately, industry changes when health hazards become apparent. Although asbestos was a mass-produced and cheap material, it caused a lot of illnesses in construction workers and other people. For these reasons (and others), it was ultimately phased out and is no longer used in modern construction.

5. Energy efficiency and sustainability become the norm

Today, green energy and structure efficiency is the norm. It wasn’t until energy-saving materials became mass-produced that “green buildings” became a thing. Today, individuals and businesses are far more conscious of their carbon footprint. Commercial builders and residential homeowners want energy-efficient facilities and homes. Solar panels on homes and rooftop buildings are now a commonplace building feature.

Even things like green roofs are common. Did you ever think we would see a day when people and businesses would have full gardens on their roofs? Today, that is a lot more common than you think.

6. Digital technologies and record-keeping

One of the biggest advances in technology has been the move to digital. Everything now lives in the “cloud.” And the construction industry has followed this trend. Modern computing allows for greater efficiencies. It allows architects, builders and designers to work digitally instead of dealing with pen, paper, and lost records. Creating and sharing designs has become so easy that it can be done with a simple click or tap of a button. This helps construction teams and engineers visualize concepts and understand a build before it even gets started.

Record-keeping has also become much easier, with file sharing and remote file access now commonplace. No matter where you are in the world, it’s very likely the construction job you are doing requires permitting and paperwork to get off the ground. Storing these items in a digital space keeps them safe and easily accessible.

At McNeil Engineering, we have been operating at the cutting edge of construction, engineering, and design for a long time. Do you have a job that requires an experienced and professional engineering team? Whether it’s for civil engineering, structural engineering, landscape architecture, or otherwise, we’ve got your back. Contact us today to learn how we can level up your next big construction project: (801) 225-7700

Top tips for project managing a complex build

Proper project management on big engineering jobs is critical to ensure the job gets done on time and on budget. We take project management very seriously here at McNeil Engineering. It is one thing to put an engineer’s mindset to work on a project, but it is entirely another to properly manage it to ensure adequate results.

Whatever field of engineering you work in, the reputation of your company rests largely on your ability to get things done – on time, and within budget. The proper specs must be met. Keeping projects to schedule – particularly with inevitable changes, additions and delays – becomes a project manager’s biggest challenge. And it’s one we excel at meeting.

Whether one is an experienced engineer or project manager looking for ways to properly deliver on a successful project, these are the best ways to properly project manage a big job. The best project managers are great at setting, managing and exceeding expectations. And that’s exactly what we do here at McNeil Engineering.

Ensure Project Specifications are Clear from the Start

This may seem like an obvious observation, but the biggest reason projects run into problems is because they were not laid out properly in the beginning. Pre-project planning is critical to ensuring success. Even small changes along the way can derail a project. Before the team even gets started, it’s important to ensure the objectives, scope, timeline, materials, budget, specs and reporting are all in order.

Project expectations must be initially established between a client and senior management before the project gets off the ground. Project managers must ensure their involvement in the early planning process. All parties must have a realistic understanding of the job, objectives and deliverables. This is all done in the very beginning.

Focusing on a Strong Project Management Team

It’s of vital importance that you create a team with the right skills and attitudes to get the job done. The project manager’s job is to ensure the team involved has the proper skills and talents to see the job through to the end. Everyone must have a clear understanding of their roles and how they contribute to the overall development of the project. Before civil or structural engineers even get involved, the team must be properly selected.

You also want to make sure your project managers are empowered to make decisions on the fly. They must be motivated and ready to handle unforeseen circumstances. Working with an engaged and motivated team is critical to ensuring the success of a project. In many cases, the project manager’s role is not to do things themselves, but to understand the best way of getting things done by motivating and instructing the team.

Establish Benchmarks and Project Milestones

Project managers must also be able to gauge where they are at on a project at all times. They must be able to establish client sign-offs at various stages throughout the project. This way, all stakeholders will be engaged in the project and delivery will be kept on track. There are several ways this can be done. One way is to set up calendar reminders for milestones. This ensures transparency around deadlines and keeps timelines and budgets in order.

It is also important that project managers are more proactive than reactive. This will create an atmosphere where any unforeseen issues can be dealt with quickly and without the chaos of unplanned reactions. And finally, don’t hesitate to celebrate when key milestones and benchmarks are met. This will keep your team motivated and engaged in the project.

See the Big Picture and Expect the Unexpected

Part of being proactive involves expecting the unexpected. And seeing the big picture helps project managers ensure they have the information they need to expect the unexpected. They should be able to simplify complex problems and break them down into more manageable and measurable projects. While making the wider plan seem less daunting, it also allows for a more effective means of tracking progress and measuring success.

It’s important to remember that projects rarely go exactly to plan. Contingency plans must be established so that the team does not hit the panic button the moment something does not go according to plan. The project manager should work out risk factors at various stages and set up a plan on how to minimize their impact should they crop up. One should never plan for failure, but changes that could create failure should be expected and planned for.

Here at McNeil Engineering, we understand how important it is to ensure a project is properly managed by an experienced and professional project manager. We never go into a job without keeping all the factors we’ve discussed in this article in mind. If you’re looking for a project manager you can count on for your project, contact us today.

Why engineering consultation is important for your project

We are all familiar with what engineering is, but what do engineering consultants do? Essentially, engineering consultation is the practice of planning and designing a client’s engineering needs. The consultation portion of the business is critical because the client or builder must achieve a proper balance based on what is practical for the project. What you want and what is achievable may be two different things.

A Primer on Engineering Consultation Services for Utah-based Companies

We focus on Utah-based companies because we are a Utah-based company, but we certainly do work outside of Utah and offer engineering consulting services to any business that needs them. But how do these services generally work?

As with any business partnership, the consultation generally begins with a sit-down conversation. The client and the firm will have an in-depth conversation about the specific needs of the project. Both will require a clear definition and understanding of what needs to be done in order to complete the project and provide the required services. If a client wants their project to stand out, to be a project of distinction and excellent character, it will be critical they form a strong working relationship with the engineers advising them.

Similarly, engineering companies must know and understand the wishes, needs and expectations of their client. They need to have a proper understanding of the goals, design ideas, budget, timeline and quality expectations. These are critical aspects of any large engineering or build project, and the company you partner with needs to have a strong understanding of these aspects.

There are also vital considerations to be made from the client to the engineering consultants. It is important that both adequately explore different opportunities, design ideas, budget constraints and so on. Clients need to ensure they have a full and proper understanding of timelines, details and any special features they want or need.

What are the Specific Functions of Civil or Structural Engineering Consultants

No matter the type of engineering being discussed, there are specific functions engineering consultants must consider as they work with their clients. It is incumbent on them to carefully study project reports. They need to properly understand cost estimates and the financial viability of a project. Civil engineering consultants in Utah and beyond must closely interact with the client and obtain a full understanding of their requirements and needs. They should be able to adequately analyze and identify problems that may arise in the project.

Depending on their findings, engineering consultants should not be afraid to advise their clients on repair, alteration or maintenance requirements of the existing project and plan. And they shouldn’t be afraid to clearly and tactfully explain if some of the client’s requirements fall outside of either budget or timeline. They need to create design process flows and plans based on client requirements that fall within budget and timeline and stick to it.

In the end, engineering consultants play a very important role in making sure their clients achieve their core objectives and do so within the parameters both have set. In the end, it is the firm’s job to meet the client’s expectations and implement the project according to what was agreed upon.

Understanding the Benefits of a Local Engineering Consultant

Using a Utah-based engineering firm for your Utah-based project is important for several reasons. First, local engineers will have an in-depth knowledge of local building codes, which could save you time and money when it comes to future inspections. Local engineers and licensed professionals from a local company provide a level of local competency and legitimacy for your project. Local firms also have access to data that might be useful for the completion of your project.

You must also consider costs. Hiring a local firm generally costs less because they come with a wealth of experience and know-how related to your local area. They won’t have to travel or bring equipment from afar when they operate in your local area. It’s not a bad idea to plan ahead and include a local engineer in your engagement process early on.

We also want to take a moment to talk about the risks associated with not using an engineering consultant. Without a civil or structural engineer guiding your project, you’ll be flying blind. Build mistakes will cost you a lot more down the road than if they are addressed with a consultant before the build even begins. Nothing is guaranteed, of course, but hiring an engineering consultant mitigates a substantial amount of risk.

Finally, consider fee structures and rate breakdowns. From a job cost standpoint, a fixed fee is preferable to an hourly rate, but it all depends on the job. At McNeil Engineering, we provide consulting services to fit just about any civil or structural engineering job. We invite you to stop by and learn more about how our top-notch roofing, paving, civil, structural and BIM consultants can ensure your job completes on time, on budget and without a hitch.

The construction process from start to finish

The building construction process from start to finish involves a lot of effort and investment. Consider that Utah is growing at a huge rate. At 1.64%, Utah currently enjoys the 4^th highest growth rate in the country. As such, there are a lot of people coming to Utah and a lot of buildings are being built. But what exactly does “buildings being built” mean? Obviously, putting up a structure requires a lot of time and hard work, but what kind of hard work? Also, consider that constructing residential and commercial structures are both entirely different things.

Careful planning must go into each aspect of building a structure. The planning has to start by asking: What is the structure’s purpose, utility and demand? Once those questions are answered, the construction process enters its first critical phase: the planning phase.

1. Planning

Planning might very well be one of the most important steps in building construction. The first step in construction planning involves acquiring a plot of land. Search for a location that is best suited for the building. Be careful selecting land which has all the desired facilities nearby but is riddled with land issues, whether it be zoning, soil or other problems you don’t want to suddenly have to deal with.

Consider a proper data collection regime as you plan your structure. Whether you do your own research online or hire someone, it is important that you have all the relevant information regarding the land you are about to purchase.

2. Get Technical Help

Hiring the right people to help you with construction is going to be an important part of the process. After selecting your land, you need to hire an architect to help with the building designs. Hiring an architect will also usually involve hiring an engineering firm to help you with the details. Whether it be structural engineering, civil engineering, land surveying or more, you need to hire true professionals like those here at McNeil Engineering.

It is usually after your work with the architect that you will hire a structural engineer. The structural engineer will handle the details from reinforcements to how deep your foundation will be to the size and type of gravel used, the width of your pillars and so on. Your structural engineer will play a critical role in ensuring your building doesn’t someday end up like this one.

3. Estimate and Budget

Consider the amount of material and money that goes into building a structure of any type. With the costs of materials going up by the day, how you budget and pay for your structure will be critically important. Many builders will work with a building estimator to figure out the material quantity required and where they can give or take on quality.

Once the building estimator has prepared an abstract sheet that shows the cost of construction, it will be time to line up the financial resources required for the project. If the financial resources aren’t there, the builder will need to seek pre-approval for loans in advance. The last thing you want is to find yourself in a cash crunch on your project.

4. Municipal, Licensing and Permitting Agreements

Obviously, you will need proper zoning permissions and permits to complete the job. Once the project is ready to be executed, then it will be time to get permission from any state or local authorities that govern the location of your land. Generally, these are the documents you will need as you take your construction application to the appropriate authorities:

Land Survey
Soil Test
Land Documents
Architecture
Structural Report
Architect Certificate

These may not be the only documents or permits you will be required to show once you are ready to execute construction. It might not be a bad idea to have a lawyer or accountant handy to double-check your due diligence.

5. Find Your Builder

Your fifth and final step before construction actually begins will be to approach your builder or contractor. Choose your builder carefully as your choice will be a major factor in securing building construction quality and quantity in a timely manner. In the contract document, all work-related details must be clearly stated.

Your contract document should cover the property layout as well as details regarding payment methods, timelines and final costs. Finally, the condition of the contract should be checked over by a licensed attorney to make sure a final deal can be signed.

Are you considering a commercial project but are not sure who to turn to? Here at McNeil Engineering, we are happy to point you in the right direction. We are experts at all things engineering, but we can also help put you in touch with the people you need to talk to in order to get your project off the ground. Ready to get started? Contact us today or send us an email at info@mcneileng.com. We’ll be waiting to help you get started!

A wide range of engineering services

Here at McNeil Engineering, we provide comprehensive design services that include civil engineering, structural engineering, land surveying, high-definition scanning (HDS), landscape architecture and consulting services to the private and public sectors. We also offer consulting services for cities, urban designers, urban planners, and others in the Utah construction market. With so much on offer, we figured now would be a good time to go into greater detail regarding our services and what they entail.

Civil Engineering in Utah and other states

Let’s start with the core of what we do. We are civil engineers first and foremost. But what exactly is it that civil engineers do? Well, in short, civil engineers work closely with others in the construction industry, from architects to contractors, to ensure construction projects progress as they should. Many of their tasks include site surveying ground condition tests, inventory, and materials and equipment maintenance and support. Civil engineers are also responsible for coming up with solutions that take the weather and other geologic factors into account.

Structural Engineering for Long-Lasting Projects

Structural engineering of the type we do fits specifically into the wheelhouse of civil engineering. Structural engineering in this context focuses mainly on the framework of a structure. Engineers design the structures to ensure they can withstand whatever stresses or pressures they may encounter in their environment. The key for structural engineers on projects like ours is to ensure that the buildings and structures we work on remain safe, reliable, and secure at all times.

Land Surveying Where You Need It

Another big part of what we do is land surveying. It’s a critical part of any construction project. There are different types of land surveying, but civil engineers utilize this technique in specific ways. Surveying in civil engineering represents the collection and analysis of specific data regarding the land under survey. Specific measurements of the horizontal and vertical lengths between points will also be recorded. Details will be documented regarding specific aspects of the land, such as size, shape, formation, and soil. Quality and accurate land surveys can set the foundation for a successful project.

Landscape Architecture for Beautiful Grounds

Another important aspect of what we do includes landscape architecture. Put simply, landscape architecture is described as designing specific outdoor spaces that integrate well within an overall project. In our case, we design large landscape architecture projects, such as those for green spaces, a town square, municipal playground, and so much more. Keep in mind there are significant differences between landscape architecture and landscape design. Landscape architects have a degree and they generally work on larger public works projects, whereas a landscape designer often works on residential and smaller-scale projects. Landscape architects are experts in their field.

Consultation Services for Companies Who Need an Expert

We also provide a wide range of consulting services to companies that require a committed and knowledgeable professional to help them with their engineering needs. These are often companies that do not have the in-house expertise they need to get the job done successfully. Our consulting civil engineers advise our clients on the design, development, and construction of projects of all shapes and sizes. We pride ourselves on offering consulting services that ensure safe, efficient, and fully resourced project completion. When you need a consultant you can count on McNeil Engineering.

Other Services We Offer

Now that you’ve learned more about the human aspect of our resources, take a few minutes to learn about some of the other services we offer. We provide a wide range of engineering, surveying, and consulting services. But these services would not be nearly as effective were not for our technologies. We use the latest technologies suitable for engineering projects.

One such example is laser scanning. 3D laser scanning has become an industry norm. Advancements in hardware, software, and workflows have made laser scanning a viable option for projects of all sizes. Laser scanning allows our surveyors to collect tremendous amounts of precise data at high speeds. We use the most advanced, high-definition laser scanners, total stations, and modeling and point cloud software to provide comprehensive, record surveys, 3D CAD models and detailed 2D isometric drawings.

We also have extensive expertise in BIM 3D modeling. Building Information Modeling (BIM) is essentially a technological solution that allows engineers to view a digital representation of a building as well as specific characteristics of its functionality. BIM is a model-based process that provides insight to help you plan, design, construct, and manage buildings and infrastructure.

And guess what? That’s not all. If you need consulting services for roofing, paving, and even construction administration, we have the people and experience you need to ensure the job gets done right the first time, every time. We invite you to take a moment to peruse the various projects we have completed in Utah and around the country. Let’s work together!

12 3