Engineering

Faculty of Engineering

Robotics, energy, transport, sensing, water infrastructure, and civic systems engineering.

Faculty profile

Programs, studios, and labs are organized around evidence students can defend.

Students prototype field sensors, infrastructure models, public dashboards, and decision tools with municipal partners.

Pathways7 degree pathways
Featured courseDAT-330 Open Data Studio for Public Dashboards
Career signalsinfrastructure planner, robotics engineer, systems analyst, transport designer

Programs and labs

Academic routes inside Engineering.

Program

Civil and Water Infrastructure

Students combine faculty coursework with methods training, advising, and a partner-facing studio brief.

Program

Robotics and Sensing

Students combine faculty coursework with methods training, advising, and a partner-facing studio brief.

Program

Energy Systems

Students combine faculty coursework with methods training, advising, and a partner-facing studio brief.

Program

Transport Systems

Students combine faculty coursework with methods training, advising, and a partner-facing studio brief.

Lab

Systems Prototyping Lab

Faculty and students use this lab for applied research, public evidence, prototypes, or field-facing methods work.

Lab

Infrastructure Simulation Suite

Faculty and students use this lab for applied research, public evidence, prototypes, or field-facing methods work.

Lab

Field Robotics Workshop

Faculty and students use this lab for applied research, public evidence, prototypes, or field-facing methods work.

Advising

Start with a faculty home, then choose a problem to study deeply.

Faculty advisors help students connect core coursework, methods, research ethics, fieldwork, and career preparation without losing disciplinary depth.

  • Faculty advising from the first semester
  • Studio or lab work tied to regional evidence
  • Capstone planning with a named supervisor
  • Portfolio-ready outputs for graduate study or employment