Behind the Build: Interview with Devin Sherman, VDC Director, Lee Lewis Construction

Staying competitive in the construction industry often means anticipating challenges and being ready to overcome them. To do so, you must have the right resources, talent, and technologies on hand. 

Devin Sherman, VDC Director at Lee Lewis Construction, has made a career out of embracing cutting-edge technology and pushing it forward for the success of his firm and its clients. We recently spoke with Devin about his career in the industry, advancements in BIM and VDC at Lee Lewis Construction, and more. Read his story below. 

 

Tell us a little bit about Lee Lewis Construction and what you specialize in.

Lee Lewis Construction was founded in 1975 and is a large general contracting firm with headquarters in Texas. We still think of ourselves as a big little company in that we still have heavy involvement from Lee Lewis himself and his two sons, Ryan and Anthony. Being a large family business has been a very large benefit to us with our growth as it facilitates us to better take care of our clients without having to deal with a ton of corporate red tape.

We’re one of the largest “K through 12” builders in the state of Texas. With offices located in Lubbock, Dallas, San Angelo, and Austin, Texas, we can reach just about every area in Texas. We also do projects in all other areas of the country with substantial work completed in Oklahoma, New Mexico, Florida, and Georgia.

Our team takes pride in being quality-control-oriented, which has contributed to us in our client base. Ninety-five percent of our work comes from repeat clients, which we’re really proud of. We strive to continue to do the best we can and work well with our design teams to come up with the best overall quality product for the owners. 

 

Walk us through your career and what led you to becoming the VDC Director at Lee Lewis Construction?

During my time at Texas Tech, I was actually an intern for Lee Lewis Construction. I was introduced to some of the construction software solutions that were available during the program at Texas Tech. It wasn’t until I started working with Lee Lewis and architects in our area that I realized Revit was the next big thing. 

Most people think that being described as a nerd is offensive, but I take pride in it. I’m a big nerd and love to just geek out on whatever I can. I got into Revit, which was really hitting the West Texas market in the early 2000s. Lee trusted me as a young kid to understand these solutions. I stuck with the products in the Autodesk suite from then until now.

“I like to really push the limits of what software can do for me because it just makes my job easier, right?” —Devin Sherman, VDC Director, Lee Lewis Construction

After I graduated, I started working with an estimator and wore the VDC, BIM, and estimating hats all at the same time. I was able to take a deeper dive into a lot of the software and find ways to not just benefit the VDC team, or BIM world, but also estimating and field teams because that was my job. I like to really push the limits of what software can do for me because it just makes my job easier, right? That’s the whole idea behind all of the Autodesk products is that they make our jobs easier. And it really did over the years, even to this day. 

It’s all come full circle for me. I worked as an intern at Lee Lewis for three years and as a full-time employee for five. Then for about six years, I worked with different companies that used Autodesk. After that, I had the opportunity to come back to Lee Lewis, where they’ve entrusted me with VDC and BIM. Lee has invested a lot in our VDC and BIM programs as well as other technologies so that we can stay at the forefront of cutting-edge technology to benefit our owners and clients to the best of our ability.

 

Since your return to Lee Lewis, what is your proudest accomplishment to date?

We’ve had a lot of success stories within the first four months of my role as VDC Director. We’ve taken our VDC team to the next level and implemented Assemble in all offices. Our brand new drone program has been implemented in all of our offices. 

I’ve also been coordinating with architects in our area to help expand their VDC and BIM programs. They’re also teaching us what they’re doing with Revit. 

To answer your question, we went from having a very small VDC team to developing our programs to being on the same level as some of the largest companies. 

 

What are the biggest challenges you face in your role? How does technology help you meet these challenges?

There are a lot of things that will come into play when speaking about challenges we face. There’s the unforeseen: the COVID-19 pandemic being one of them. Nobody saw this coming, but it’s definitely transformed the way that we do construction. Most of the safety protocols that we were taking before COVID were more to mitigate injury, but now there’s the concern of infection as well. It’s added a whole new layer of protocols that we’ve had to implement in our safety team. 

“There’s no getting around having to work apart yet be on the same site and build a project. The ease of use and ease of implementation of Assemble has really helped.” —Devin Sherman, VDC Director, Lee Lewis Construction

The technologies that we’re using allow us to work remotely. I love using Assemble to quantify materials. There’s no getting around having to work apart yet be on the same site and build a project. The ease of use and ease of implementation of Assemble has really helped. It just spread like wildfire through our company because we use it in estimating and the field to speed up communication while still being able to maintain safe social distancing protocols. I’ve also used it a lot to work with design teams to cut down on communication barriers, and get them quicker responses for both estimating and field questions that they might have.

We recently did an internal case study for a large hospital project in Lubbock for doing concrete takeoffs. Prior to using Assemble, we would have to break out the plans and get BlueBeam out. We would have to start taking off areas, figuring out linear footage and grade beams, counting spot footings, calculating total volume, quantifying slabs, quantifying forming, utilizing conversion formulas, and things of that nature. Which as a whole, generally takes a significant amount of time. Not only from the actual process of completing the takeoffs, but also from gaining an understanding of the full scope of the project through a 2D medium.

So, for this project, I conducted the concrete takeoff in Assemble, and my mentor in estimating, Kirk, did it the traditional way. This building was about 320,000 square feet. With Assemble, the takeoff was complete in about five seconds. It took me probably another 30 minutes to call the concrete supplier, get a concrete quote, call my rebar supplier, get a rebar quote, and then fill in all the cost information in Assemble. Kirk is extremely fast at what he does and it took him about 12 hours. Assemble not only accelerated the takeoff process, but it also accelerated the process for understanding the full scope of work since I was able to view it all in 3D.

As for the future, I’m excited to see the changes that are coming. If you’re not willing to adapt, you’re going to get left behind. Whatever the future brings, just be ready for it. But yeah, things are definitely going to be changing. Autodesk is at the forefront of innovation and technology. You guys tell us what you’re capable of, and we’ll pick up the ball and run with it. 

 

When you think about the future, what are your plans to advance innovation and productivity at Lee Lewis Construction? 

We want to build a single source of truth from conception to completion.  I want to go to one spot, any point in time during the entire process of construction, to find everything related to that specific project. There’s so much data floating around all the time. We use project management software right now, but it doesn’t house everything.

I call this my “redneck common sense” since I’m from West Texas: If my design team is using Autodesk products, it makes sense to use Autodesk products so that whenever we’re transferring data between each other, we don’t lose the fidelity of data. All of that information can be housed on your phone or your tablet so you can access it anywhere and everywhere. Moving to a single source of truth will open up a lot of doors for us and give us more time to stay on the edge of innovation. 

 

What advice would you give to the next generation of men and women entering and preparing for the future of the industry?

One of the things that I tell a lot of our young people is “Don’t be scared to speak up.”

I remember being the young guy pushing Revit, QTO, and Navisworks and people not taking me seriously. Now, we’ve come full circle and those people that told me I was wrong initially about the software are wishing they listened to me back then. So don’t think just because you don’t have a lot of experience that your ideas aren’t valid. Being young is an advantage that you can bring to your team, but the only advice I’d give about bringing your young ideas to the table is to be humble about it. 

There are still lots of things to learn, but know that even as a young professional, your ideas could be the next big game-changer. Don’t be scared to step up to the plate and throw your ideas out there just because you’re young. Who knows, it could be the next big innovation in the industry.

 

Want more stories like this?

Myself and team regularly interview construction leaders to promote knowledge sharing among our community. We cover what works, what doesn’t, and what the future holds. Check out our entire series of Behind the Build interviews, featuring some of the best in construction.

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HS2 downsizes Euston station to save costs

HS2 is sliming down the planned Euston station terminus in a bid to save cost and programme time.

The station will now move to a simpler 10 platform design from the originally planned 11 platforms.

This will allow the station main contractor joint venture Mace Dragados to build the £2.6bn project in a single stage, rather than two stages as originally envisaged.

The changes are far less dramatic than some in the industry feared after a 15-month review seeking cost-saving options and efficiency opportunities, depending in part on the scope of the northern route of HS2, particularly the future of the eastern leg.

HS2 minister Andrew Stephenson revealed the new plan in a six-month update to Parliament yesterday.

He said that the changes will ease the £400m budget pressure already identified on Euston station budget.

Stephenson said the exact savings would be identified as the updated design is developed over the coming months.

“In response to a recommendation from the Oakervee Review about looking into the efficiency of the Euston station, the move to a smaller, simpler 10-platform station design at Euston has now been confirmed,” he said in the report

“This will provide a more efficient design and delivery strategy and play a significant role in mitigating the affordability pressures recently identified.

“Moving to this revised HS2 Euston station design maintains the station infrastructure capacity to run 17 trains per hour, as set out in the Phase One full business case.”

Stephenson also highlighted potential minor delays in the southern section of the line leading into Old Oak Common from outer London.

He said contractors were now focused on identifying efficiencies and controlling risk in these key areas.

The added delivery risk stems from residual delays in completing enabling works and handover to main works in certain locations.

Slower than planned design progress and securing planning consents by the main works civils contractors had also limited productivity of the supply chain.

HS2 is currently reporting future potential cost pressures of around £1.3bn compared to £0.8 billion six months ago.

The overall budget for Phase One, including Euston, remains £44.6bn. This is composed of the target cost of £40.3bn and additional government-retained contingency of £4.3bn.

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Murphy trials AI warning cameras at site danger zones

Murphy & Sons is testing the latest advances in artificial intelligence site cameras to increase worker safety on its sites.

The camera warning system monitors key exclusion zones and restricted plant and people zones on sites sounding an alarm if workers intrude on the danger zone.

This new technology can also be used to monitor for other potential health and safety issues such as incorrect PPE usage and trip hazards.

The sensors have analytical and machine learning capabilities that can send valuable metadata, which can be analysed alongside data from a range of sources, including traditional accident, incident and reporting tools, weather data to anticipate incidents and manage health and safety across multiple construction sites.

Matthew Barney, senior procurement manager at Murphy said: “This technology has the potential to play a really critical role in helping us to reduce site safety incidents and protect our colleagues.

“The ability to identify risks on site and move quickly in real time to warn of the danger is vital to helping deliver a safe environment for all our employees.

“By combining traditional health and safety methods and best practice with new technologies such as this, we will continue to deliver on our commitment to place health and safety and the very heart of our wider business.”

Known as the AiMac, the system has been developed by Murphy Technical Services and security and control systems specialist IMAC.

 

 

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£35m Nottingham art school gets green light

Plans for a £35m university building in Nottingham city centre have been given the planning go-ahead

Work will start early next year on the nine-storey block, which will house Nottingham Trent University’s School of Art and Design.

Bowmer & Kirkland and GF Tomlinson are understood to be in the bidding for the project which has been designed by architect Hawkins Brown.

The planned building at 40–42 Shakespeare Street will provide a variety of workspaces for designing and making, collaboration areas, specialist studios and labs.

The building has been designed to achieve BREEAM ‘Excellent’ and DEC ‘A’ rating.

Design decisions, such as the use of post-tensioned concrete slabs and ceramic cladding, have helped to reduce their carbon impact using Hawkins\Brown’s self-developed, open-source H\B:ERT software.

Nottingham School of Art and Design project team


Architect: Hawkins Brown
Structural & Civil Engineer: Mott Macdonald
MEP engineer: Waterman
Carbon consultant: Hawkins Brown
Project Manager: Turner & Townsend
Cost consultant: Turner & Townsend
Fire Engineer: Arup

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13 Things “I Wish I Knew About Construction When I Started”

Don’t shy away from learning opportunities.

Learning and development (L&D) opportunities are incredibly valuable, especially when starting out in your career. In fact, a survey by LinkedIn found that the majority of professionals agree that learning is key to their success. This is even more pronounced among young professionals—76% of Gen Z respondents consider L&D as an essential component in their career growth. 

What’s more, LinkedIn’s research found that learning is more effective when combined with social elements like being able to connect with instructors and fellow learners. Ninety-one percent of L&D pros believe that teams are more successful when they learn skills together.

These findings highlight the importance of learning and development in your professional life. If you want to accelerate your construction career, it’s well-regarded to continuously pursue new knowledge, skills and challenges. 

At Autodesk, we want to help you do just that, which is why we regularly hold Autodesk Construction Meetups—a virtual series that gives you the opportunity to learn and connect with other construction pros. These events take place on a bi-monthly basis, and they cover three key areas: BIM, Preconstruction, and Project Management. We’d love for you to join our meetups, and you can do so right here.

 

Career advice for those new to the construction industry

During recent Autodesk Construction Meetups, customers shared the advice they wish they’d been given when starting out in their construction careers. Here’s what they said:

1. There are no stupid questions

“Be curious, speak up, ask questions, and document the answers. Someone else is probably wondering the same thing you are.” —Melissa Schulteis, Virtual Construction Lead, Miron Construction

 

The statement, “There are no stupid questions” might sound trite, but it rings very true in construction. A lot of people hold back from speaking up or asking for clarification out of fear of looking foolish. However, this behavior could be holding you back from discovering new things and ultimately, advancing your career. 

So, get curious. Keep asking questions and always share the knowledge with your peers.

2. Plan, plan, plan

Camille Hardin profile photo, construction career advice, Autodesk Construction Meetups“Proper prior planning prevents poor performance.” —Camille Hardin, Project Manager, Flint Builders

 

Planning ahead is one of the biggest lessons Camille has learned in her career, and she encourages everyone to take the planning stage seriously. She also recommends using technology and tools like BIM to aid the planning process. 

By planning for different contingencies, you’re able to prevent issues before you have to disruptively react to them.  Thoughtful planning helps you minimize scrambling to put out fires. 

3. Plan some more

Spencer Mullaney profile photo, construction career advice, Autodesk Construction Meetups“Plan the work, then work the plan.” —Spencer Mullaney, Project Engineer, Shimmick Construction

 

Like Camille, Spencer emphasizes the importance of planning. He advises ironing out as many details as you can before the project breaks ground. According to him, it is more cost-effective to plan everything in the office instead of dealing with issues out in the field. 

And while you should certainly be flexible in the event of unexpected circumstances, you must still go into a project with a plan and a solid idea of what you intend to do. 

4. Training your workforce is key

“We can provide as many resources as we want, but if someone doesn’t know how to use them, they won’t use them.” Melissa Schulteis, Virtual Construction Lead, Miron Construction

 

In construction, we utilize numerous tools and processes. And while these things are essential, they won’t provide a lot of value if people don’t know how to use them. 

Team members, particularly those who are just starting out, need adequate training to do their jobs well. Whether it’s showing them how to use different technologies or walking them through your organization’s project management procedures, investing the time to educate workers is a must. 

5. Always ask why

Camille Hardin profile photo, construction career advice, Autodesk Construction Meetups“[When] it comes down to a project’s success and trying to figure out how to do it, you’ve got to understand the ‘why’ first.” —Camille Hardin, Project Manager, Flint Builders

 

“Why?” is a powerful question, as it helps you uncover the reasons, motives, and underlying factors driving a project. This seems fundamental, but bears repeating as it supports #1. Get curious and get answers. Asking “why” helps you figure out better ways of doing things. In some cases, the answer can tell you whether or not something is worth doing. 

Understanding the “why” for every aspect of a project can give you a major advantage in achieving a great project outcome. So don’t shy away from asking those questions.  

6. Don’t overextend yourself

Spencer Mullaney profile photo, construction career advice, Autodesk Construction Meetups“Think about what a healthy balance for your work, for your life, for everything means to you, and then go build it for yourself.” —Spencer Mullaney, Project Engineer, Shimmick Construction

 

At the beginning of your career, it’s tempting to say “yes” to everything and demonstrate that you’re willing to learn and work hard. Spencer points out that while there’s a lot of value in this, you also need to draw the line to make sure that you’re not overextending yourself. 

Being overextended could jeopardize the safety of the team and the quality of the work, so be mindful of your capacity. Don’t take on tasks or projects if you don’t have the bandwidth to do so. 

7. Get buy-in

“When all the team members are on the same page, you will be successful.” —Melissa Schulteis, Virtual Construction Lead, Miron Construction

 

Melissa is a firm believer in keeping everyone aligned. After all, a company won’t achieve its desired outcomes if team members can’t agree on what needs to be accomplished. Getting top-to-bottom buy-in on projects, objectives, and other crucial decisions will ensure that everyone is working towards the same goals. 

8. Make cost-based decisions

Spencer Mullaney profile photo, construction career advice, Autodesk Construction Meetups“Simplify the problem, determine how big of a deal it is, then use that as a gauge of how much time to spend on it.”  —Spencer Mullaney, Project Engineer, Shimmick Construction

 

Some decisions require more time, while others can be made quickly. If you’re buying $25,000 pumps, for example, then you’ll need to carefully weigh your options. But not all decisions require a huge time investment. If you’re purchasing $50 shovels, you don’t need to take too much time deciding what to get. 

Spencer says it’s important to weigh the different decisions you have to make throughout the project, and determine how much time to allocate to each one. This ensures that you’re spending your most valuable resource (i.e., time) wisely.

9. Never assume

Camille Hardin profile photo, construction career advice, Autodesk Construction Meetups“It’s always best to ask as many questions as you can. It’s an easy phone call, just to make sure if you’re assuming correctly or not.” —Camille Hardin, Project Manager, Flint Builders

 

Assumptions can lead to misunderstandings and costly mistakes. These are things we want to avoid at all costs, particularly in a tight-margin industry like construction. Fortunately, it’s fairly easy to prevent incorrect assumptions. 

As Camille puts it, all you have to do is ask and clarify. If something is vague or confusing, talk to your team to confirm the details. This often takes just a few minutes, but it can save you costs (and headaches) over the course of the project.

10. It’s ok to not have all the answers

“You don’t need to know it all.” —Melissa Schulteis, Virtual Construction Lead, Miron Construction

 

Knowing everything isn’t necessary to succeed, says Melissa. It’s far more important to be aware of the resources you have available and where to find them. 

It’s ok if you don’t have all the answers right from the get-go. Recognize that learning is a continuous process. As long as you know how to tap into your available resources (e.g., other people, a knowledge base, etc.) you’ll be able to find the information you need.

11. Learn when to wing it  

Spencer Mullaney profile photo, construction career advice, Autodesk Construction Meetups“It’s important to know when to build or design a system for what you’re going to do, and when to just wing it.” —Spencer Mullaney, Project Engineer, Shimmick Construction

 

Systems and processes are important, but not all situations call for a formal procedure. As Spencer puts it, sometimes you can just wing it. 

How do you decide when to wing a situation and when to systematize? According to Spencer, you need to look ahead. If it’s a one-off situation, it probably doesn’t need a process or system. On the other hand, if it’s a task that needs to be repeated in the future, then you’ll want to design a procedure for it. 

12. Get to know your teammates personally

“It’s a little easier to work through a problem if you can do it with a friend.” —Melissa Schulteis, Virtual Construction Lead, Miron Construction

 

Melissa recommends cultivating personal relationships with your colleagues, as this will enable you to build trust with other team members. Needless to say, when there’s trust, you’re far more likely to have a pleasant and harmonious relationship with your peers. This leads to a better and more productive working environment.

13. Learn the difference between high-quality work and high-quantity work

Spencer Mullaney profile photo, construction career advice, Autodesk Construction Meetups“You don’t want to just produce for the sake of producing. You want to produce for a reason.” —Spencer Mullaney, Project Engineer, Shimmick Construction

 

When someone is busy or overloaded, they may have the tendency to just go through the motions of their job and simply do tasks to check things off their list. Spencer cautions against falling into this trap because when you’re completing tasks just to show that you did them, you’re not doing quality work. 

It’s important to catch yourself during these situations and ensure that you’re being thoughtful with what you’re doing.

 

Final words

There are plenty of things to learn about the construction industry. Fortunately, we have industry professionals like Melissa, Spencer, and Camille who are more than willing to impart their wisdom.

If you want to continue learning and advancing your career, don’t miss Autodesk’s Construction Meetups. These bi-weekly events give you the chance to hear from other industry pros, ask questions, and network with your peers. 

Sign up today and we’ll see you at the next meetup!

 

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How Construction Data Skills Are Being Taught in School

All eyes are on the next generation.

Over the last three years, new project data has doubled across the industry. As new technologies create more and more data, many firms are struggling to capture, analyze, and manage it all. This problem can have a significant impact on decision-making based on data. In fact, it’s estimated that poor decisions based on poor data may be impacting costs in the global construction industry at upwards of $1.85 trillion. 

The amount of data we create isn’t going to decrease. The big question then is who will manage all of this data? And how? Data management is critical to maintaining a competitive advantage, finishing projects on time, and staying on budget. 

All eyes are on the next generation. These soon-to-be industry-newcomers are acquiring the skills for data management in educational institutions across the world. Below you’ll find highlights from our recent interviews with educators at Birmingham City University (BCU), University College London (UCL), and Technology University Dublin (TU Dublin). They share how today’s educational institutions are building curriculums to prepare students for data-related roles. 

 

How are modern students being taught to use data?

The rooms of today’s undergraduate classrooms are primarily filled with students from Generation Z. These students are considered to be “digital natives” because they grew up with access to digital technology. While their innate familiarity with technology is certainly a plus, it doesn’t always mean they’re naturally equipped with the skills needed for data management. 

Dr. Avril Behan, Director & Dean of the College of Engineering & Built Environment at TU Dublin explains, “While many students are assumed to be digital natives because of their comfort with, in particular, social media and mobile devices, most students actually require support and education in relation to digital skills such as data management, security, data transfer and interoperability, and information visualization and communication.” For that reason, Technology University Dublin builds these competencies into its programs. 

Dr. Eleni Papadonikolaki, Associate Professor in Digital Innovation and Management at UCL The Bartlett School of Sustainable Construction at UCL also recognizes the need to manage the proliferation of data in the construction sector. “Our Master of Science in  Digital Engineering Management program prepares students to be able to manage this exponential growth in data by focusing on both input and output,” shares Dr. Eleni Papadonikolaki, Programme Director of Master of Science Digital Engineering, “namely focusing on both data capturing and cleaning, but also on data analysis and visualization.”

mark shelbourne birminghamStudents must also understand the rationale behind digital transformation and digitized processes. BCU is facing this task head-on by including information systems management strategies into its curriculum. As Dr. Mark Shelbourn, Head of the Department for Built Environment, notes, “this approach incorporates the three key strands: people, process, and technology-related considerations. How data can support these strands is vital for the sector.”

 

Have curriculums been adapted to teach modern data skills?

As both the educational and construction sectors become more digitized, universities are leveraging parent programs to prepare students for this advanced digital world. TU Dublin aligns their programs with its strategic plan of being an agile, technology-enabled, modern university that facilitates learners in an advanced digital world. “At TU Dublin, all of our students embark on a digital-first journey that guides them from their first speculative engagement, through program orientation, into learning and assessment, past graduation, and to become part of a digitally-enabled workforce,” elaborates Dr. Avril Behan.

Dr. Mohammad Mayouf, Course Leader for MSc Digital Construction at Birmingham City UniversityBCU provides a selection of modules to students as part of its Master of Science Digital Construction program. One of the modules,  “Fundamentals of Data Analytics,” gives students experience with a wide range of data and instructs them on how to use that data to improve processes across different phases and make better-informed decisions. Dr. Mohammad Mayouf explains the benefit of this program, “This is vital if the industry is to optimize the performance of buildings that are in operation to ensure they are meeting the challenges of a sustainable industry. As a result of this module, students will be able to become more strategic thinkers and visualize different situations and scenarios more holistically.”

Dr. Eleni Papadonikolaki, Associate Professor in Digital Innovation and Management at UCLStudents are also being prepared to see digital technology and data work through as a socio-technical construct. Data management skills are essential as soft skills for leadership. UCL factors these needs into its curriculum. “The future generations in the construction sector need to master social and management (or soft) competencies to lead in the sector. We have a balanced curriculum providing our students with both these hard and soft competencies,” shares Dr. Eleni Papadonikolaki, ARB MAPM SFHEA. 

Is workflow optimization being prioritized? If so, how?

Workflow optimization can help increase process efficiency, task automation, visibility, collaboration, and process adoption rates. These benefits all add up to better project outcomes for construction firms. However, mastering workflow optimization isn’t as simple as mastering different software applications. Instead, BCU incorporates digital underlined processes such as BIM and international standards (e.g., ISO 19650) to equip students with industry best practices. 

Dr. Mohammad Mayouf, Course Leader for MSc Digital Construction at Birmingham City UniversityStudents also learn to take an evaluation-based approach toward using technology in a project. This approach begins at level three in the program’s curriculum. “This is progressively employed within our curriculum from levels 3 to 6,” describes Dr. Mohammad Mayouf. “At level 7, students are expected to take project manager roles so they can oversee the entire workflow and make informed decisions accordingly.”

Dr. Eleni Papadonikolaki, Associate Professor in Digital Innovation and Management at UCLTaking a systematic approach to project management across the entire life cycle of a project provides students with a holistic view of workflow optimization. The Bartlett School of Sustainable Construction at UCL takes students from design and planning to handover and beyond to optimize existing workflows. Dr. Eleni Papadonikolaki, ARB MAPM SFHEA, emphasizes, “Revolutionary thinking is paramount for the future of construction as we don’t want to simply digitize existing processes that might be obsolete. Modules such as ‘Engineering the digital thread across life cycle’ and ‘Agile and hybrid project management’ target these exact challenges, turning them into opportunities for change.”

Of course, there are many obstacles that threaten workflow optimization, such as the number of stakeholders involved in typical construction processes and variance in their digital competence. TU Dublin understands that students will likely work with participants operating at all levels of BIM from zero to two or three. To address these challenges, the university focuses on future workflows in its built environment and construction-related programs. Dr. Avril Behan shares, “This includes the use of Autodesk software as part of our strategic partnership, where all stakeholders have sufficient digital capability, both in terms of human and equipment resources, to contribute to, engage in, and exploit fully interoperable, digital, and holistic systems.” The educational institution has also developed specific postgraduate programs in Building Information Modelling & Management and in Digital Construction Analytics / Engineering Analytics for working professionals and recent graduates. 

 

Making the grade: How to master data and analytics

From data management and security to workflow optimization, the newest generation is learning how to succeed in today’s digital construction environment thanks to robust, carefully designed curriculums. That said, enhancing data skills is not exclusive to the up-n-comers, nor should you wait for new employees to understand the impact of data on your own projects. If you’re interested in upskilling your current workforce, we recommend reading 6 Leaders in Construction Share Priority Data Skills to Plan for Now.

Knowing how to harness data is critical to informing effective decisions, reducing risk, and increasing profit. In our report, Harnessing the Data Advantage in Construction, we partnered with FMI to survey over 3,900 construction professionals on their data strategies and best practices. Get the report now to discover key insights into mastering data and analytics.

 

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Next phase of £650m Nottingham Island Quarter revised

Developer Conygar has submitted redrawn plans for phase 1B of Nottingham’s biggest regeneration scheme for decades, The Island Quarter scheme.

The proposals – which were initially submitted in January – include a 223-room hotel, 247 flats and an extensive food and beverage area in a 100m long forum.

As well as improving ventilation and access routes to the building, the changes build in extra flexibility during the construction process to face industry challenges, such as material shortages and labour availability.

Phase 1B hotel building for operator IHG’s Hotel Indigo and Staybridge Suites brands

Tom Huffsmith, of Conygar, said: “Throughout the last year, we have worked closely with our design team to ensure that the plans for The Island Quarter have constantly been updated to meet the changing needs of a post-pandemic world.

“These alterations to 1B reflect those made to the overall masterplan for the site, which has been reimagined to include more green space, better routes for pedestrians and cyclists, and a focus on intergenerational living.

“1B is going to be a truly iconic building for the city, and we’re working closely with Nottingham City Council to ensure the plans will be approved and progress can continue to be made on this important site.”

David Jones, director at planning consultant AXIS, said: “While these changes will bring a positive impact to both the useability and buildability of 1B, the design intent is very much the same. The functions of the building itself remain as they were in the original planning submission – 1B will be a real flagship for The Island Quarter.

“The design changes are indicative of the impact of the pandemic, which is reflected more widely in Leonard Design and Studio Egret West’s emerging masterplan for the site as a whole.”

 

 

London councils set out £98bn plan to retrofit 3.8m homes

All 33 of the London’s local authorities have signed up to a net zero carbon route map to retrofit 3.8m homes across all tenures in the capital to achieve an average EPC B rating by 2030.

The plan, which will be revealed in detail at the end of this month ahead of the Government spending review, could bring about a £98bn investment in the green economy in London, say councils.

The Retrofit London Housing Action Plan has been developed by the London Housing Directors’ Group with support from the London Environment Directors’ Network, the GLA, and Enfield and Waltham Forest as lead boroughs.

London boroughs are urging ministers to increase local government’s resources for this work.

They want the government to use the upcoming Spending Review to release £30m of funding for the next phase of the UK Cities Climate Investment Commission work.

Councils argue this is necessary to unlock over £200bn of private investment for delivering net zero across the UK’s 12 biggest cities.

The group also wants to see fresh financial incentives to encourage private retrofitting, such as green mortgages offering lower rates and a variable Stamp Duty Land Tax for more energy-efficient homes.

Key principles going forward


• Boroughs need to retrofit their own stock of 390,000 council homes and facilitate retrofit on the whole housing stock across London’s 3.8m homes.

• Planning decisions and guidance should support low-carbon retrofit activity, particularly in finding innovative ways to address the retrofit challenge in conservation areas.

• London needs to move away rapidly from gas heating.

• Boroughs will work collectively to develop skills and procurement models that can build capacity within the sector

The cross-party group London Councils warns the country’s retrofit market is highly unstable after serial failures of past green initiatives to tackle housing carbon emissions.

The National Audit Office slammed delivery standards in the government’s £1.5bn Green Homes Grant scheme as “rushed” and noted the scheme’s design failed to “sufficiently understand the challenges”.

Launched in September 2020 and scrapped in March 2021, the scheme was set up to help homeowners retrofit and insulate their homes.

It warns the industry cannot see a rerun of u-turns on the delivery of the £3.8bn Social Housing Decarbonisation Fund and £2.5bn Home Upgrade Grant.

London Councils says that boroughs’ ambitions for retrofitting the capital rely on targeted government investment, facilitating new private financing opportunities, and encouraging funding by landlords and individual households.

Joanne Drew, Co-Chair of the London Housing Directors’ Group, said: “Boroughs are fully committed to the home retrofit agenda and are proud to pioneer a new collaborative approach.

“Our plan identifies the steps needed to turn ambition into reality, setting out the costs involved and measures we will take to work with residents and landlords.”