The Port Lands Flood Protection and Enabling Infrastructure Project is a $1.25 billion program that will revitalize 800-acres of flood prone land. The program will improve quality of life, revitalize nature at the underused industrial site, and protect local neighbourhoods from extreme weather.

We are creating a naturalized river valley, a crucial part of the project involves building new spaces, roads bridges and utilities, as well as structures to control water flow and manage sediment and debris.

During the tour at the Limberlost Place project we will talk and show how we leveraged both off site construction and field technology. We will discuss challenges and successes both before and during construction. Using two different types of off-site construction both at the Nordic and an offsite PCL facility with combination of total stations and 3D models helped the coordination and successful installation of structure.

The Quay is an ambitious infill development that will see a 21-storey purpose-built rental tower built in between two existing and fully leased/operational rental apartment buildings. The demolition of an existing 3-storey podium that connects to the existing 21-storey rental towers at 350 and 390 Queens Quay will make way for the new tower, which will also tie into the existing towers. The complexity of this development being constructed in such close proximity to fully operational apartment residences is further increased by the constraints of the project site which sits directly adjacent to the Gardener Expressway and an inlet for Lake Ontario.

Additionally, the development will see further densification via an addition to be built onto the back end of 350 Queens Quay. In total, 340 rental units will be added to this residential complex.

At the Quay, we have used digital technology to detect clashes within design models. Using Navisworks and Procore we can flag issues in the model and assign the same to respective consultants. This coordination is done monthly. Reviewing the design in 3D Models with the drawings is one aspect of the BIM team’s process. We have created 3D models of the existing civil utilities to better understand interference with the project’s below grade structure. As this site is next to the Gardener it was important to visualize the logistics planning, therefore, 3D models of the two tower cranes and it’s swing, fly forms, mobile cranes helped understand the constraints of such a tight site. The project was tying into an existing building and for that we created a 4D simulation using the model and schedule to sequence what the demolition and slab connection would look like. Using 4D software we were able to compare the Planned vs Actual schedule and we are currently working on comparing the planned with the actual cost of the project using 5D cost analysis.

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Join us in Toronto at the opening reception Sponsored by Ground Break Ventures to connect with event attendees for some networking, food and drinks. It will be a great opportunity to connect and catch up with industry colleagues and hear from a leading venture capital firm that values creativity, collaboration and transparency. Reception details will be sent to confirmed registrants via email prior to the reception.

Registration is Required - SOLD OUT

In a state of constant evolution, technology is innate in our every-day lives and reflects in how construction is embracing technology into its daily processes to elevate the level of projects built and delivered to clients. This presentation focuses on the real challenge of balancing the drive for change and technology while still acknowledging the human factor. The opening address will explore the generational transformation as we move from a manual construction environment into a world of automation and technology-driven practice. We will explore how human operability is the backbone behind the creation of automation and technology implementation in the field and how it is essential the two work hand-in-hand to foster greater efficiencies, productivity, and sustainable growth.

In the realm of construction, technology has emerged as a game-changer, revolutionizing traditional processes and enabling unprecedented levels of efficiency and productivity. This presentation explores how Hilti, a global leader in construction technology, is making construction better through innovative solutions. From advanced tools and software to digital construction platforms, Hilti's cutting-edge technologies empower construction professionals to optimize workflows, enhance safety, and deliver exceptional results. We will delve into Hilti's diverse range of solutions, including cordless power tools, laser measuring devices, and construction management software, showcasing their transformative impact on project execution. Join us to discover how Hilti's commitment to technological excellence is reshaping the construction landscape and creating a brighter future for the industry.

As the demand for skilled workers intensifies, our cutting-edge technologies offer a transformative solution. Through automation, robotics, and artificial intelligence, we revolutionize construction processes, boosting productivity and reducing dependence on manual labor. By embracing technologies like autonomous vehicles, artificial intelligence, prefabrication, robotics and more, we not only attract a new generation of tech-savvy talent but also drive sustainable growth.

“Knowledge is power” has become “data is the new currency” in our modern digital age. Data collection, storage, and analysis is ubiquitous in our world and this data has immense innate value. However, properly utilizing any data depends on producing—and consuming—data that is well-organized for its purpose and readily available to everyone that requires it. This data produces true value: effective, efficient decision-making that improves outcomes.

In the Province of Ontario—and across the world—shared data is used and required for infrastructure projects ranging from high-speed internet to transit, to municipal water renewal and housing developments. Projects like these involve large numbers of private sector partners, utilities, policymakers, and the inclusion of municipal, provincial, and federal government.

This presentation will examine the impact and benefits of obligated data sharing between all stakeholders for infrastructure planning, design, and construction. You will learn how the rest of the world uses shared data to improve infrastructure projects' efficiency and cost-effectiveness remarkably. You’ll also learn how we’re pioneering similar policies and developments in our province, making Ontario the most attractive place to invest resources to improve service delivery and build infrastructure.

There are 1.5 million people working in the Canadian construction industry today and half of them are expected to retire within a decade. Over that same time, demand for construction services is forecasted to double in response to population growth, clean energy transition, and the infrastructure deficit. When asked if a career in construction excited them, only 7% of high school students answered yes.

There is no question our industry is facing an unprecedented labour crisis. How did we get here and what might we do to address this challenge? Research demonstrates that automaton doesn’t eliminate jobs, it changes the nature of the work. Gen Z is now entering the workplace, what do they want to see in an employer and how might we respond? We will explore potential solutions to these challenges.

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Join us for a thought-provoking panel discussion on "Addressing the Labour Shortage in the Face of Growing Demand for Infrastructure." Explore innovative solutions to tackle the critical challenge of a labor shortage in the infrastructure sector. Learn from industry experts as they share successful workforce development programs, apprenticeship opportunities, and collaborative models to bridge the skills gap. Discover how technology and automation can augment the workforce and increase productivity. Be part of the collective effort to address this pressing challenge and ensure a skilled workforce that can meet the demands of the future. Don't miss this engaging session that offers actionable strategies and insights for navigating the labor shortage in infrastructure.

In this panel discussion, experts from the construction industry will gather to discuss how technology plays a role in mitigating risk. The panel will explore various technological advancements that have transformed design and construction processes. They will also discuss how technology can help mitigate risk by ensuring compliance with regulations, including safety standards and environmental requirements. The panel will delve into the importance of staying up-to-date with technological developments and incorporating specific technologies to better manage risks. The conversation will be informative, thought-provoking, and relevant to anyone working in the construction industry.

In recent years, on-site construction robotics has emerged as a game-changing technology in the construction industry, promising increased efficiency, safety, and cost savings. This panel discussion will bring together experts, and founders from the fields of robotics, construction, and engineering to discuss the current state and future prospects of on-site construction robotics.The panelists will share their insights on the latest advancements in cutting-edge construction robotics that are transforming the way buildings are designed, constructed, and maintained. They will discuss real-world examples of successful implementation of on-site construction robotics in various construction projects, highlighting the benefits and challenges associated with the use of these technologies.The panelists will also explore the potential impact of on-site construction robotics on the construction workforce, safety regulations, and sustainability practices. They will discuss the opportunities and limitations of incorporating robotics into construction processes and address the concerns related to job displacement, safety standards, and environmental implications.This panel discussion is a must-attend for professionals involved in construction, robotics, engineering, and anyone interested in the future of construction technology. Join us to gain valuable insights into the current state and future trends of on-site construction robotics and learn how this transformative technology is shaping the future of the construction industry.

Join our expert panel discussion on Utilizing Technology to Advance Worker Safety, where we will delve into the latest innovations and best practices for protecting workers in today's dynamic work environments. Our panel of industry leaders will explore how cutting-edge technologies, such as wearables, IoT, AI, and automation, are being leveraged to enhance workplace safety measures, minimize hazards, and improve overall worker well-being. Discover how technology is reshaping the landscape of worker safety and gain valuable insights on how to optimize safety protocols in your organization. Don't miss this engaging discussion on the future of worker safety in the digital era.

This panel discussion will cover the opportunities and challenges of modular and volumetric construction, which is an innovative approach to construction that involves manufacturing and assembling building components offsite in a factory. The panelists will explore the benefits of modular and volumetric construction, including faster construction times, reduced waste, and increased quality control. They will also discuss the challenges associated with this approach, such as transportation and logistics issues, as well as the need for specialized design and engineering. The presentation will provide insights into the potential for modular and volumetric construction to revolutionize the industry and how it can be integrated with traditional construction methods. Attendees will gain a deeper understanding of the opportunities and challenges associated with this approach and how it can be leveraged to drive growth and innovation in the construction industry.

The construction industry is evolving rapidly, and technological advancements such as Artificial Intelligence (AI) have brought about a new wave of innovation. AI has the potential to revolutionize the construction industry, providing new solutions to age-old problems and helping to improve efficiency, accuracy, and safety. In this panel discussion, we will bring together experts from some of the most promising start-up companies focused on AI in construction. They will share their insights and experiences about how AI is changing the industry, the challenges they have faced, and the opportunities they see for the future.

Join our esteemed panel of experts in this engaging discussion on the state of adoption of Building Information Modeling (BIM) and Virtual Design and Construction (VDC) in the construction industry. The panel will explore the current landscape of BIM and VDC implementation, including challenges faced, best practices, and success stories. From contractors to architects, BIM specialists to project managers, this panel will provide valuable insights and thought-provoking discussions on the evolving role of BIM and VDC in the construction industry, and how it is reshaping the way projects are designed, constructed, and operated. Don't miss this opportunity to gain valuable insights from industry leaders and be part of the conversation that is shaping the future of construction.

The industrial sector, including the oil, gas, and energy sectors, have been at the forefront of technological advancements in recent years. The adoption of new technologies has been critical in improving efficiency, reducing costs, and enhancing safety. However, implementing these new technologies has not been without challenges and lessons learned. This panel discussion will bring together experts from across the industrial industry to share their insights on the technology lessons learned and how they have been applied to improve operations. Topics will include the implementation of automation and artificial intelligence, the use of data analytics to optimize production, the challenges of cybersecurity, and the adoption of new technologies to reduce carbon emissions. The panelists will discuss the successes and challenges they have experienced in implementing new technologies and the lessons they have learned along the way. They will also address the importance of collaboration and partnerships in driving innovation and advancing the industry.

The Centre Block Rehabilitation program is a transformative work to modernize and upgrade the building systems, structural integrity and occupant spaces of Canada’s seat of parliament. As the Construction Manager, the PCL-EllisDon Joint Venture has undertaken the task of completing this monumental work, with the support of trade partners like Modern Niagara, Atwill-Morin, RJW, Plan Group and TWZ to name a few.Join Andrew and Ahmed as they provide an overview of the innovative technologies, workflows and processes the Joint Venture has integrated into the project in order to facilitate the extremely complex construction and rehabilitation of Centre Block, as it undergoes a transformation for the future while maintaining its historical integrity during construction and upon completion. The PCL-EllisDon Joint Venture leverages the capabilities of both it’s parent companies to use technology like laser scanning, drone photogrammetry, augmented reality, virtual reality while using workflows to connect the reality capture and BIM data to streamline processes and provide the project team with a variety of analysis and outcomes.

In today's rapidly evolving technological landscape, the construction industry is looking to Artificial Intelligence (AI) to optimize workflows. With the advent of cutting-edge AI-powered tools, contractors can now leverage machine learning algorithms to plan, estimate, and schedule their projects with unprecedented precision. This panel will delve into the various ways in which designers and contractors are using AI to streamline their operations, including the use of intelligent software to optimize designs and project schedules, real-time data analytics to track project progress, and advanced machine learning models to accurately forecast project costs. From automating tedious paperwork tasks to predicting potential project delays, AI has proven to be an invaluable asset to the design and construction industry. We will also discuss the potential benefits and challenges of implementing AI, including ethical considerations and the need for specialized training for workers. Finally, we will provide practical advice on how designers and contractors can start leveraging AI today, and outline the key steps they can take to ensure a successful implementation. This panel will provide valuable insights into how AI is transforming the industry, and offer practical strategies for designers and contractors looking to stay ahead of the curve in the years to come.

In the construction industry, collaborating with trade contractors is essential for successful project delivery. However, managing this collaboration can be challenging due to the complexity of coordinating various trades and tasks. With the help of technology, construction teams can significantly improve their communication, coordination, and collaboration with trade contractors.In this presentation, we will explore how to leverage technology to collaborate with trade contractors effectively. We will discuss various software tools and platforms available for communication, such as project management software, BIM collaboration tools, and mobile apps. We will also cover how to use digital documentation tools to track project progress and manage project changes.Furthermore, we will share best practices for working with trade contractors, including defining clear roles and responsibilities, establishing communication protocols, and implementing quality control processes. We will also discuss how to use technology to improve safety and mitigate project risks, such as using IoT sensors to monitor site conditions and using virtual reality to simulate site hazards.Attendees will leave this presentation with a better understanding of how technology can transform their collaboration with trade contractors and improve project outcomes. They will also gain practical tips for implementing technology solutions and best practices for working with trade contractors.

Offsite construction and robotics have the potential to revolutionize the construction industry, providing new solutions to age-old problems and helping to improve efficiency, accuracy, and safety. In this panel discussion, we will bring together experts from some of the most promising start-up companies focused on offsite construction robotics. They will share their insights and experiences about how robots are changing the industry, the challenges they have faced, and the opportunities they see for the future.

Industrial construction promises efficiency through an integrated delivery, yet most design and engineering are still fragmented throughout the processes. Design-build, led by construction companies, offers a solution. These construction groups often prioritize the manufacturing process over the needs of developers, planners, underwriters, facility managers, and end users, resulting in either stalled or value engineered products.The largest impact on sustainable development is at the beginning and the end of the value chain, but the efforts of the industry have been largely misplaced. Design-builds focus on capturing increasingly smaller improvements in engineering and manufacturing of modular building components while ignoring design and operational strategies that reflect a much more significant cost impact over the building life cycle. We believe to successfully position sustainable development that responds to economic, environmental, social, and cultural needs, the entire project, from concept to production, must be directed through holistic design; new design-build typology led by designers. Serotiny Group champions this new type of delivery, where designers are also the project managers, transforming typical development into sustainable design. We create end-to-end strategies, benchmarks, lean construction plans, and operational guidance to ensure projects capture value at every stage of the building life cycle. Here as Designers, we conduct developers, engineers, suppliers, component manufacturers, logistics players, machinery rental partners, off-site construction contractors, general contractors, specialist contractors and facility managers, while harmonizing performance, budget, and schedule.We partner with modular building system providers to create standardized, consolidated, and integrated delivery pathways for sustainable development using their products. We use these partnerships as opportunities to bridge gaps in research, development, and training needed to integrate and streamline our processes. Leveraging componentization allows us to customize delivery for every project, while using shared knowledge and processes to do it efficiently and with consistent quality.

The design and architecture industry is facing a variety of challenges in today's fast-paced and ever-changing world. This panel discussion aims to identify some of the most significant issues currently impacting design professionals, including sustainability, technology integration, and evolving client expectations. We will examine the industry's impact on the environment and the need for sustainable practices and materials. The session will explore the influence of technology on design and architecture, weighing the potential benefits and drawbacks of technology integration. Lastly, the session will address the importance of user-centered design and evolving customer preferences, highlighting successful examples of client-focused design. In conclusion, the panel will provide an outlook for the future of the design and architecture industry.

Heavy civil and public projects have seen a significant increase in the adoption of technology in recent years. The implementation of new technologies has been critical in improving efficiency, reducing costs, and enhancing safety. This panel will provide an overview of the technology adoption trends and best practices in the heavy civil and public projects industry and some of the key challenges to these mega projects. Topics will include the use of Building Information Modeling (BIM) for project design and coordination, the implementation of construction management software for scheduling and resource allocation, the use of drones for site inspections and progress monitoring, and the adoption of 3D printing and prefabrication for construction components. The panelists will share real-world examples and case studies of successful technology adoption on heavy civil and public projects, highlighting the benefits and challenges faced by project teams. The panel will also address the importance of collaboration and partnerships in driving technology innovation in the industry. The panelists will discuss the role of technology providers, contractors, and owners in the successful implementation of new technologies and how these stakeholders can work together to achieve their common goals.

Over the last few years, we've seen a growth of new startups in the AEC industry. These startups range from point solutions to new 'platform plays' aiming to increase productivity for our industry -- the second least digitized industry according to McKinsey. Many of the best performing startups have been acquired by some of the biggest players in AEC tech. Join us for a panel discussion with some of the players from the investing and M&A side of the largest AEC technologies to learn about how they see the overall AEC tech landscape and where we are headed when it comes to the incumbents and startups in the tech space.

In this presentation, the audience will learn about the cutting-edge technology of Autonomous Reality Capture for Quality Inspection in Construction. They will understand how reality capture solutions are evolving and how autonomous solutions are revolutionizing on-site construction project management and monitoring. Neil Chauhan (R-E-A-L.iT) and Sina Karimi (POMERLEAU) will demonstrate how the integration of autonomous technology can improve the accuracy, speed, and safety of quality inspections, making them more efficient and effective.The presentation will showcase the innovative features and capabilities of autonomous reality capture technology, including its ability to capture high-quality images and data in real-time, process that data automatically and quickly, and provide actionable insights that can improve decision-making. By attending this presentation, the audience will gain valuable insights into the future of reality capture technology with resulting empirical data and how it can benefit the construction industry as a whole, making it more efficient and sustainable.

This presentation probes the forthcoming technological advancements poised to revolutionize the construction industry. Emphasizing the transformative power of automation and digital tools, it highlights their potential to redefine design, build, and operate workflows. The impact of these technologies extends from office to field workflows to transforming on-site dynamics, ensuring enhanced efficiency, quality, safety, and sustainability. Additionally, the presentation delves into how these innovations will introduce new business models, emphasizing adaptability and client-centric approaches, ultimately redefining the core foundation of the construction industry.