Gannett Fleming’s Post

🌍 New Release: 2024 Building Commissioning Market Insights by Adam Muggleton, Chief Technical Officer, AESG 🌍   AESG is proud to present our latest paper, authored by our Chief Technical Officer, Adam Muggleton. With extensive experience across 21 countries and a noted advocate for high-performance buildings, Adam brings a wealth of knowledge to this pivotal report.   "2024 Building Commissioning Market Insights" offers an in-depth analysis of: - Emerging Trends: How the rapid growth in global infrastructure is reshaping building standards. - Critical Industry Challenges: Addressing the skills shortage and profitability pressures that threaten the sector. - Innovative Approaches: Discover how AESG is tackling the pressing challenges facing the building commissioning industry today. This report lays out our strategic methods that are setting new standards in efficiency and sustainability.   As a seasoned leader and a pioneer in digital solutions for building commissioning, Adam’s insights provide invaluable strategies for navigating the complexities of today's building commissioning landscape.   🔗 Explore the full paper here and gain insights into steering your projects toward sustainability and exceptional performance: https://lnkd.in/dgNXUEtC   We invite you to join the conversation. What steps is your organisation taking toward innovative solutions in 2024?

This is a very important position with a great opportunity to have a significant impact. The National Research Council Canada / Conseil national de recherches Canada is looking for a Program Director to lead the Construction Sector Digitalization and Productivity Challenge Program. More info from the job posting about the program: "The program (approximately $70M over seven years) will drive transformation to digitalized construction. The program will lower construction time and cost, while improving sector innovation potential, productivity and the pace at which low-carbon solutions can be deployed in new and retrofit construction projects. The program will be specifically designed to harness and focus Canada’s research and innovation capacity in industry, academia and research-based OGDs to address fill key knowledge gaps (e.g. guidelines, standard methods of data exchange, mandates at jurisdictions, digital construction roadmap, integration methods between digital ecosystem and low carbon environmental impacts assessment tools, and standard data exchange formats, among others) to realise standardised seamless building/infrastructure data collection. It will also seek to exchange practices and reporting, implement processes to optimise the designs and compliance of buildings and infrastructure, leverage benefits of advanced manufacturing processes (including off-site panelized and modular construction), and advance development of low-carbon retrofit solutions that lever performance-based design. Research will reverse-engineer the underlying performance standards from the existing prescriptive solutions in the National Model Codes and express these in terms of numerical quantities needed by designers and materials manufacturers when creating new low-carbon materials and systems and the buildings and houses that use them. Digitalization of the performance levels in building information management models will stimulate innovative building retrofit solutions and adoption of new low-carbon products. Research and development motivated by this Program, in collaboration with an ecosystem of industry value chain participants, academia, and research-based OGDs, will provide the technical solutions needed for early adopters in the private sector to uniformly implement integrated digital construction practices throughout the asset lifecycle and across the sector.  Demonstration projects with early adopters will showcase the value of digitalized construction solutions, which will help increase sector productivity, reduce time and cost, when coupled with a shift from prescriptive to performance-based solutions." Apply here: https://lnkd.in/ge8Q8ZuJ

Flexible Infrastructure Design: A Real Options Reasoning Approach to Navigating Uncertainty in Large-Scale Projects | Journal of Management in Engineering | Vol 40, No 3 https://lnkd.in/eGUiyAwH

What is decarbonization? The answer is complex, but it refers to the reduction and extraction of greenhouse gas emissions out of the operation of buildings and their supply chains. To design or retrofit buildings to be carbon neutral, we follow a five-step design process to cost-effectively reduce emissions, enhance resilience, improve comfort, reduce noise and manage long-term operational savings. In recognition of Earth Week, learn more about carbon reduction strategies: https://lnkd.in/gdht6tmt #EarthWeek #Decarbonization #SustainableDesign #NORR #Architecture #Engineering #Cion #BuildingScience, Evan Shkolnik, Kevin Shaw, Chris Doucette, Paul Frasie, M.Eng., P.Eng., LEED GA, Blake Jackson, AIA, LEED Fellow, WELL Faculty, CPHC, Laura Long, LEED AP, NOMA, Cyle Sheppard, Chris Pal, Adrian Todeila, P.Eng., MBA

Really interesting article by James Millar PLY from Aurecon about six pillars which drive maximum project outcomes for the public and the community during the delivery of major capital works. #civilconstruction #civilengineering #engineering #infrastructure Lara Ellson https://lnkd.in/gKrgGbjN

Business-wide functions should have a seat at the table when delivering engineering projects – and that includes commercial leaders.    There’s a huge imperative on the engineering sector to “build, build, build” right now, to support the future of sustainability, infrastructure, and work. But inefficiencies could threaten crucial projects.     Taking a broader view – similar to a product development team – can mitigate bottlenecks. This article includes an example where the approach accelerated concept selection by 60%, design development time was halved, and the planning period was reduced by 40%.     There are great insights for both efficiency and growth here ➡️    #Engineering #Building #Construction #Growth 

"Exciting news! 🌟 Our team is thrilled to share our expertise in engineering, architecture design, material procurement, delivery, and project management services within the dynamic Solar parking structure industry. With a commitment to innovation and sustainability, we're powering the future, one parking space at a time. Let's collaborate and shine brighter together! #SolarPower #EngineeringExcellence #Sustainability"

Why Decarbonizing Infrastructure Matters? ⚡Did you know, that the built environment, including both embodied ( design) and operational emissions, is responsible for up to 40% of global emissions. 🌡️Amongst this Emissions, 70% come from building operations with 30% from construction. 🚧The embodied #carbon of just four #building and #infrastructure materials – cement, iron, steel, and aluminum – are alone annually responsible for 15% of Global Carbon Emission. Given that the global construction industry is currently on pace to construct a New York City’s worth of building floor space every month for the next 40 years - any savings made could be significant. Some food for thought: To Cut Infrastructure #Carbon we must first start with the Design. https://lnkd.in/dmswBqvW

INSIGHTS INTO BUILDING-GRID INTERACTIONS AND REDEFINING ENERGY GOALS FOR THE FUTURE. For over two decades, architects have championed the concept of “net-zero” in sustainable design. However, the grid’s dynamics have evolved with the rapid growth of renewable energy sources like solar and wind. As we approach 2030, it’s time to question if net-zero is still the ideal goal or if a more nuanced approach is needed. The grid’s challenge lies in maintaining a delicate balance between energy generation and consumption, requiring adjustments to match demand. This session explores how buildings can play a pivotal role in this equilibrium, offering insights into building-grid interactions and redefining energy goals for the future. Architecture serves as a catalyst for innovation in energy efficiency and sustainability, offering solutions that reduce energy consumption and contribute to the resilience and adaptability of our future energy infrastructure. By embracing a holistic approach to design and planning, architects can drive meaningful change in shaping a more sustainable and equitable energy future. https://lnkd.in/gw5NYaFR

Understanding Greenfield and Brownfield Engineering In the realm of engineering and project development, the terms “greenfield” and “brownfield” refer to two distinct approaches that significantly influence planning, design, and execution. Greenfield projects are those initiated on undeveloped land where no prior construction exists, offering a blank canvas for innovation and modern design without the constraints of existing structures. This approach allows for the incorporation of cutting-edge technologies and sustainable practices from the ground up, making it an attractive option for companies looking to create state-of-the-art facilities. Conversely, brownfield projects involve the redevelopment or repurposing of previously developed sites that may be contaminated or underutilized. These projects often require extensive environmental assessments and remediation efforts but can lead to revitalization of urban areas, preservation of resources, and reduced sprawl by utilizing existing infrastructure. Both approaches present unique challenges and opportunities; greenfields allow for creativity but may face regulatory hurdles related to land use, while brownfields necessitate careful planning to address potential hazards but can foster community renewal. Understanding these concepts is crucial for professionals in engineering, urban planning, and environmental management as they navigate the complexities of modern development. #Engineering #Greenfield #Brownfield #SustainableDevelopment #UrbanPlanning #ProjectManagement Sustainable Development Design Engineering | Digitalisation