Our professionals expertly design high performing, long-lasting structures built to optimize rail traffic and seamless continuity.
Expanding Economic Development with Optimized Rail Systems
Modern and accessible transit systems are vital for safe and efficient mobility. At Colliers Engineering & Design, we deliver high-performance rail systems critical to transporting people and building long-term economic growth. To support these systems, we actively monitor traffic in surrounding areas, use advanced technologies, and make consistent improvements to ensure the safety and wellbeing of our communities meet the highest standards. We also ensure safe pedestrian pathways and bicycle crossing beneath high-speed passenger rail routes.
Quality partnerships. High-performing rail systems
Our dedicated professionals help our clients achieve long-term success by providing expert guidance before, during, and after the construction process. We understand how complex transit system improvements can become and are committed to keeping you and communities safe and connected.
Our Specialized Services
From concept development and design, through execution and project closure, our professionals navigate clients through all phases of development.

The Civil Engineering Podcast Blog
Learn how civil engineering leaders Greg Johnson and Richard Maloney approach communication, mentorship, and career development in this podcast episode.

Strengthening our Building Engineering Systems Discipline with Four New Hires
Additions to the team establish a new office in Bethel, CT, growing our presence in Connecticut and New England Region.

BISNOW Data Center Investment Conference and Expo (DICE): National
Eric Marks, RA, LEED GA, National Architecture Market Lead for Data Centers at MG2 Design, an affiliate of Colliers Engineering…
Let’s talk about your next project!
Our multidisciplinary approach to design, combined with a deep understanding of the industry and passion for innovation, has positioned us as leaders consistently delivering outstanding results in shaping the built environment.





