With roots dating back to 1854, UNB's Civil Engineering department has a long and prestigious history. Our graduate program has helped hundreds of students cement the necessary engineering skills to plan, design and manage the essential infrastructure of modern society.
From highways and bridges to water treatment plants and energy-efficient buildings, UNB provides our graduates with a solid foundation to build exciting careers with consulting engineering companies, NGOs, provincial and federal government agencies, and academic and research organizations around the world.
The program generally has between 40 and 60 graduate students conducting research in all the major sub-disciplines of Civil Engineering. MEng students often complete their program on a part-time basis.
Research areas
- Construction Engineering and Management
- Geotechnical Engineering
- Engineering Materials and Infrastructure Renewal
- Structural Engineering
- Transportation Engineering
- Water and Environmental Engineering
Research Chairs: M. Patrick Gillin Chair in Construction Engineering and Management; D.C. Campbell Chair in Highway Construction and Pavement Research; OSCO Research Chair in Off-Site Construction
Current faculty and research
Feel free to view the faculty directory for more information regarding faculty members.
- Construction Engineering and Management (Measuring construction industry performance; Advanced information and communication technologies; Adoption of management and technological innovations; Off-site construction) | Jeff Rankin, Lloyd Waugh, Zhen Lei
- Geotechnical Engineering (Unsaturated soil mechanics; Estimation of mechanical properties of unsaturated soils; Ground improvement techniques; Slope stability; Soil-structure interactions, Numerical modeling of coupled processes in porous media with application to safety assessment in geoenvironmental engineering) | Won Taek Oh, Othman Nasir
- Engineering Materials and Infrastructure Renewal (Development of rapid testing methods for cement and concrete materials; Repair of concrete structure deterioration; Use of lithium and high-calcium fly ash in concrete; Service-life prediction of concrete structures) | Michael Thomas
- Structural Engineering (Structural health monitoring; Probabilistic structural analysis; Reliability based design of structures; Serviceability behaviour of concrete structures; Explosive resistant structures; Extreme loads on structures and non-structural building elements; Experimental testing of structures; Soil-structure interactions) | Kaveh Arjomandi, Alan Lloyd
- Transportation Engineering (Transportation and traffic planning; Road safety; Rural, community, and shared transportation systems; Pavement design, construction, and rehabilitation; Pavement asset management; Economics of sustainable development and transportation systems) | Eric Hildebrand, Trevor Hanson, Xiomara Sanchez, Yuri Yevdokimov
- Water and Environmental Engineering (Environmental hydraulics; Lake and river hydrodynamics; Sediment transport; Groundwater flow and contaminant transport; Surface water/groundwater interactions; Anaerobic membrane bioreactors for industrial wastes; Biological wastewater treatment; Solid waste management; Municipal infrastructure) | Katy Haralampides, Kerry MacQuarrie, Kripa Singh, Bruce Wilson


