MEng Specializations

Students enrolled in the Master of Engineering (MEng) program will have the option to declare a specialization to add depth to your degree. Each specialization has a set list of courses from which the student must select. The specific requirements for each specialization can be found in the academic calendar.

student in water research lab

Environmental and Water Resources Engineering

 This specialization offers advanced training in the areas of air, water and waste analysis and management. The courses will allow students to explore treatment processes, advanced modelling tools, and engineering standards in a wide range of areas of environmental engineering. An emphasis is also placed on the impact of a changing climate and tools that will help environmental engineers anticipate the needs of the future.

MEng Environmental and Water Resources Specialization Example Sequence – 2026/2027

Term 1 - Fall 2026

CIVE 771 Biological Wastewater Treatment: Theory and Practice
CIVE 770 Ecohydrological Modeling
CIVE 601 Engineering Risk and Reliability

Term 2 - Winter 2027

ENVE 577

Engineering for Solid Waste Management
CIVE 680 Water Management
CIVE 770 Environmental Fate of Organic Pollutants

Term 3 - Spring 2027

CIVE 781 Principles of Hydrologic Modelling
CIVE 596 Construction Engineering

*ENVE 577, CIVE 680, CIVE 771 and CIVE 781 satisfy specialization requirement; many other sequences possible. See graduate calendar for specialization requirements.

Alternative Course

ENVE 573 Contaminant Transport            Winter 2027
ENVE 585 Air Quality Engineering & Impacts

Winter 2027

CIVE 583 Design of Urban Water Systems         Winter 2027


 

See a full list of the Department’s upcoming graduate courses online.

When choosing alternative courses for your M.Eng sequence, ensure you still meet the specialization requirements described in the graduate calendar.

Architectural Engineering

For students interested in the intersection of design and engineering, this specialization offers advanced training in building systems, structural design, and sustainable technologies. This interdisciplinary focus prepares graduates to lead innovative solutions in the built environment.

MEng Architectural Specialization Example Sequence – 2026/2027

Term 1 - Fall 2026

CIVE 630 Advanced Building Energy Analysis
CIVE 700 Sustainable Buildings and Environment

Term 2 - Winter 2027

AE 601

Comprehensive Building Design Studio
CIVE 507 Building Science & Technology
CIVE 700 Advanced Structural Timber Design

Term 3 - Spring 2027

CIVE 596 Construction Engineering
CIVE 700 Scientific Machine Learning for Civil Engineers
CIVE 710 Advanced Project Management

 *AE 601, CIVE 507, and CIVE 630 are required, plus any one of CIVE 596, CIVE 700, or CIVE 710 satisfy specialization requirement; many other sequences possible. See graduate calendar for specialization requirements.

Alternative Courses:

CIVE 601 Engineering Risk and Reliability Fall 2026
CIVE 604 Advanced Structural Steel Design

Fall 2026/Spring 2027

CIVE 622 Finite Element Analysis Fall 2026
CIVE 630 Advanced Building Energy Analysis Fall 2026
CIVE 700 Structural Dynamics and Earthquake Engineering Fall 2026
CIVE 700 Smart Structures Winter 2027
CIVE 700 Fire and Structures Winter 2027
CIVE 512 Rehabilitation of Structures Winter 2027
CIVE 505 Structural Dynamics Spring 2027
CIVE 700 Design of Structural Concrete Systems Spring 2027


 

See a full list of the Department’s upcoming graduate courses online.

When choosing alternative courses for your M.Eng sequence, ensure you still meet the specialization requirements described in the graduate calendar.

Transportation Engineering

Transportation Engineering is a sub-discipline of Civil Engineering that focuses on the design, operation, and maintenance of  transportation systems for the safe and efficient movement of goods and people. This specialization provides the opportunity to gain advanced knowledge in the areas of pavements, public transit planning and operations, traffic operations, road safety, and travel demand modelling.

MEng Transportation Specialization Example Sequence – 2026/2027

Term 1 - Fall 2026

CIVE 740 Transportation Safety
CIVE 643 Fundamentals of Traffic Flow Theory
CIVE 601 Engineering Risk and Reliability

Term 2 - Winter 2027

CIVE 542

Pavement Structural Design

CIVE 641

Advances in Public Transportation Planning, Operations & Control

CIVE 644 Innovative and Sustainable Infrastructure Materials

Term 3 - Spring 2027

CIVE 640

Urban Transportation Planning Models: Principles & Applications

CIVE 596 Construction Engineering

*CIVE 542, 640, 641, 643 satisfy specialization requirement; many other sequences possible. See graduate calendar for specialization requirements.

Alternative Courses:

See a full list of the Department’s upcoming graduate courses online.

When choosing alternative courses for your M.Eng sequence, ensure you still meet the specialization requirements described in the graduate calendar.

student working in woodshop

Sustainable Structural Engineering

Courses in this specialization explore structural systems across their full life cycle—from design and construction to performance assessment and rehabilitation. Students gain practical skills in advanced design and analysis, forensic evaluation, and data-driven modeling, equipping them to create resilient, forward-looking solutions for the built environment.

MEng Sustainable Structural Systems Specialization Example Sequence – 2026/2027

Term 1 - Fall 2026

CIVE 700 Sustainable Buildings and Environment
CIVE 622 Finite Element Analysis
CIVE 601 Engineering Risk and Reliability

Term 2 - Winter 2027

CIVE 507

Building Science & Technology
CIVE 700 Advanced Structural Timber Design
CIVE 700 Smart Structures 

Term 3 - Spring 2027

CIVE 505 Structural Dynamic 
CIVE 700 Scientific Machine Learning for Civil Engineers

*CIVE 505, 507, 601, and 622 satisfy specialization requirement; many other sequences possible. See graduate calendar for specialization requirements.

Alternative Courses:

CIVE 604 Advanced Structural Steel Design      Fall 2026/Spring 2027
CIVE 630 Advanced Building Energy Analysis

Fall 2026

CIVE 700 Structural Dynamics and Earthquake Engineering Fall 2026
CIVE 700 Sustainable Buildings and Environment Fall 2026
CIVE 512 Rehabilitation of Structures  Winter 2027
CIVE 700 Fire and Structures      Winter 2027
CIVE 596 Construction Engineering      Spring 2027
CIVE 700 Design of Structural Concrete Systems Spring 2027
CIVE 710 Advanced Project Management        Spring 2027


 

See a full list of the Department’s upcoming graduate courses online.

When choosing alternative courses for your M.Eng sequence, ensure you still meet the specialization requirements described in the graduate calendar.

student wearing vr headset, in computer lab

Future Cities

The MEng in Civil Engineering, with a specialization in Future Cities, equips engineers to design smart, sustainable, and resilient urban systems. Through data-driven methods, systems-thinking, and interdisciplinary learning, students gain the skills to become city-building leaders for innovative infrastructure and urban projects.

Notes:

A Graduate Specialization is a University credential that is recognized on a student’s transcript but not on a diploma. A student will only receive this distinction on their transcript if they complete all of the requirements associated with the specialization.