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Project Management in the Built Environment (MASc, MPM)

Overview

This interdisciplinary graduate program offers a two-year, research-focused Master of Applied Science (MASc) degree or a one-year full-time/three-year part-time course-based Master of Project Management (MPM) degree.

Degree awarded: MASc, MPM

Administered by: Faculty of Engineering and Architectural Science (FEAS)

Curriculum

First Offered Fall 2022

Course code

Degree Requirements: Master of Applied Science

Credits

Thesis   (Milestone)
PM8001  Integrated Project Planning 1
PM8002 Project Execution, Monitoring, Control 1
Research Methods course from among the following BL8210, SM8103, SM8104, CE8140 (Supervisor approval required) 1
Two Electives  2

Course code

Degree Requirements: Master of Project Management (MPM)

Credits

PM8001 Integrated Project Planning 1
PM8002  Project Execution, Monitoring, Control 1
PM8003  Cost and Schedule 1
PM8004 Complex Project 1
Six Electives* 6
*Students may complete 4 electives and an MRP with the permission of the graduate program director.

Course code

Course title

Credits

Program Electives

 

PM8201

Emergent Design and Construction Processes

1

PM8202

Strategic Leadership and Management

1

PM8203

Int’l Construction Project Management

1

PM8204

Negotiating Legal and Regulatory Issues

1

PM8205

Directed Studies

1

PM8206

Special Topics

1

Course code

Course title

Credits

Other Pre-Approved Electives

 
All AR (Architecture) and BL (Building Science) 8000 level courses except Seminar and Studio courses

CV8102

Advanced Construction Management

1

CV8105

Construction Administration and Management

1

CV8110  Infrastructure Asset Management

1

CV8210 Environmental Impact Analysis

1

CV8303 Renov/Repair - Existing Struct

1

CV8306 Durability of Structures

1

CV8311 Risk and Reliability for Eng

1

CV8501

Advanced Geospatial Info Systems

1

CV8503

Geospatial Modeling & Visualization

1

CV8504

Estimation and Data Series Analysis

1

CV8505 GIS for Civil Engineering

1

ME8124 Multiple Participant/Objective Dec. Making

1

ME8127 Optimization Models

1

ME8128 Prob. Models in Operations Research

1

ME8201 Design of Algorithms and Programming for Massive Data

1

ME8202 Machine Learning

1

ME8203 Management of Big Data and Big Data Tools

1

ME8204 Data Mining and Prescriptive Analytics

1

ME8014 Innovation and Technology Management

1

MB8110

Integrating AI: Business Process Management Perspective 1
MB8111 Negotiation and Conflict

1

MB8112 Predictive Analytics for MBAs

1

MB8113  Dynamic Decision Making and Problem Solving

1

MB8114 Organizational Decision Making

1

MB8115 Fundamentals of Data Science for Management

1

MB8117 Project Management

1

MB8120 Data Science for MBAs

1

MB8121 Disruptive Digital Transformation

1

MB8124

Social Media Analytics

1
MB8137 Pop Up Topics in Mgmt

1

Thesis

This is a Milestone

PM8001 Integrated Project Planning

This is the first of two Case-Based and Project-Based Learning courses that address the continuous process of managing a project from conception to operations, framed in the context of a rapidly-changing built environment shaped by evolving environmental, social, and economic realities. This course focuses on the three pedestals of project management: cost, time, and scope, which are addressed through comprehensive integrated project plan, developed consistent with industry best practices and ritically considering emerging approaches. 1 Credit

PM8002 Project Execution, Monitoring, Control

This course continues the Project- and Case-Based Learning used in PM8001, focusing on the critical activities and decisions made by Project Managers during the Execution, Monitoring & Control, and Closing phases of a project. Post-occupancy operations, facility management and deconstruction/re-use will be considered with a special focus on minimizing the environmental impact of construction and maximizing social and economic benefits. As with PM 8001, emerging technologies will be critically considered. 1 Credit.

PM8003 Cost and Schedule

This course will provide an advanced understanding of building economics, including business case analysis and feasibility, development pro-forma, techniques for cost evaluation, cost control and value engineering strategies, life-cycle cost evaluation, IRR and ROI calculation, financing tools and total cost of borrowing. Both hard and soft costs will be considered throughout the project lifecycle (design, construction, operations, de-commissioning). Construction scheduling techniques are also covered to address the full spectrum of project deliverables. 1 Credit.

PM8004 Complex Project

This course serves as a culmination of the research, discourse, and application of project management knowledge. This four-month project draws upon the diverse backgrounds of four PMBE students in undertaking a comprehensive strategic assessment of an organization within the AECO industry within the framework of all its operational areas and proposes feasible and actionable strategic solutions. The summative project culminates in a presentation identifying strategic direction with implementable and actionable recommendations. 1 Credit.

PM8201 Emergent Design and Construction Processes

This course will focus on the application of virtual technologies to the design and construction processes, including digital tools for coordination, phasing and scheduling, and cost estimation, digital design and fabrication, visualization tools, IoT devices for construction site and facility data collection, adaptive building technologies, and the use of digital twins. Given rapid technology advancement, this course will incorporate case-based research into emerging technologies and their current or potential impacts on the project delivery process. 1 Credit.

PM8202 Strategic Leadership and Management

This course provides the foundations of functional, business, and corporate strategy for management critical in the operations and growth of organizations in the AECO industry. This course promotes the development of leaders in the dynamic AECO industry through in-depth analyses of strategic decision-making models applied and reinforced with case-based exercises. This course focuses upon developing knowledge essential in leadership over a range of project stakeholders and skill development in recruiting, presentation, negotiation, and networking. 1 Credit.

PM8203 Int’l Construction Project Management

This Course will inspire students to recognise the growing relevance of globalisation and how they relate to construction at large and to the Canadian construction industry. It will broaden their decision-making horizons beyond Canada. They will be made aware of issues and risks they may have to deal with in a highly competitive international market. 1 Credit.

PM8204 Negotiating Legal and Regulatory Issues

This course will introduce the legal aspects on construction including standard forms of contract; tort and liability; bonds and insurance; lien acts; dispute resolution; procurement law; professional liability; zoning and land use regulations; acquisitions and transactions; leases; and intellectual property. Students will also learn how to identify contractual traps and negotiate favorable terms. Navigating the Governance structures and the regulatory environment will also be discussed, focused on the project approvals process and potential site limitations. 1 Credit.

PM8205 Directed Studies

With the approval of the program director and supervisor, students enrolled in the graduate program in Project Management in the Built Environment may take a Directed Study course to gain knowledge in an area relevant to their research for which no graduate- level course is offered. A faculty member must supervise the study, and appropriate assignments (exam, report, etc.) will be agreed upon before registration. 1 Credit

PM8206 Special Topics

This course consists of lectures, seminars, and readings covering the latest advances and research in a field related to Project Management in the Built Environment. The course description will be announced prior to scheduling of the course. 1 Credit

Curriculum accurate for the 2025–2026 Academic Calendar. Page last revised: August 6, 2026.