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Master modern software design, development, testing, and project management for scalable applications.
Master the full lifecycle of software development and engineering.
The Master of Engineering (MEng) in Software Engineering is an advanced program for students and IT professionals to broaden their understanding of software engineering and its applications. Graduates are trained to work on all aspects of the software product lifecycle, developing high-capacity computer software in a controlled, systematic and quantifiable manner.
Montreal has one of the strongest technology ecosystems in Canada, with thriving software development, gaming, AI and fintech sectors. Demand for skilled software engineers who understand the full product lifecycle is exceptionally high.
Students can complete four to eight months of paid industrial internships, and up to 12 credits, as an elective, functioning as an industrial practicum experience alongside leading software and technology companies. They can learn from researchers ranked #1 in Canada and among the top 5 globally in Software Engineering research.
Offered by the Department of Computer Science and Software Engineering within the Gina Cody School, the department is ranked first in Canada for software engineering. The curriculum includes core courses in programming, software comprehension, advanced programming practices and software design methodologies, plus electives covering AI, software architecture, project management, quality assurance and professional leadership. The program accepts applicants with an undergraduate degree in another discipline plus two years of IT or industry experience.
Complete industrial stage and training courses as an elective practicum experience, gaining paid hands-on work with leading software and technology companies and up to 12 credits.
Core coursework covers the full software product lifecycle: requirements, design, development, testing, maintenance and project management.
Choose electives across seven topic areas including AI, software development, software architecture & design, software maintenance & quality, and professional leadership skills.
Normal duration is two years full-time, with part-time study available, and an undergraduate integration path allowing BEng students to count up to 16 credits toward both degrees.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include technology companies such as Ubisoft, Electronic Arts, Shopify, IBM and Microsoft, as well as startups across Montreal’s tech corridor, financial institutions, consulting firms, AI research organizations and government agencies.
Design advanced mechanical systems with expertise in manufacturing, robotics, and thermal engineering.
Deepen your expertise in mechanical design, thermal systems and advanced manufacturing.
The Master of Engineering (MEng) in Mechanical Engineering is a course-based program designed to enhance the analytical and design capabilities of practicing engineers. The program covers a broad range of topics including thermodynamics, fluid mechanics, materials science, robotics, manufacturing and aerospace systems.
Montreal’s aerospace, automotive, energy and advanced manufacturing sectors create strong demand for skilled mechanical engineers. Industry needs are expanding in areas like energy systems, robotics, additive manufacturing and smart materials.
Through the co-op option, students complete a paid, full-time internship of four to eight months and up to 13 credits, applying advanced mechanical engineering knowledge to real-world design and analysis challenges.
Offered by the Department of Mechanical, Industrial and Aerospace Engineering within the Gina Cody School, the program offers extensive elective options including Process Dynamics and Control, Computational Fluid Dynamics, Gas Turbine Design, Flight Control Systems, Optimum Design of Mechanical Systems, Smart Materials and Structures, Metal Machining and Surface Technology, and more. Students also have access to shared MIAE laboratories including the Engineering Design & Manufacturing Lab and Design & Additive Manufacturing Lab.
Gain hands-on experience through co-op placements in aerospace, automotive, energy and manufacturing organizations.
Choose from an extensive range of electives including CFD, gas turbine design, hydraulic control systems, robotics, smart materials, metal machining and surface technology.
Specialized coursework in flight control systems, helicopter flight dynamics, space flight mechanics and propulsion systems aligns with Montreal’s aerospace industry.
Access shared MIAE laboratories including the Engineering Design & Manufacturing Lab, Design & Additive Manufacturing Lab, Aircraft Systems Lab and advanced simulation facilities.
Structured for working professionals to advance their technical expertise, with flexible start terms in Fall, Winter and Summer and 1–2 year completion.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include aerospace companies such as Pratt & Whitney Canada, Bell Helicopter and CAE, automotive manufacturers, energy companies including Hydro-Québec, advanced manufacturing firms, consulting engineering organizations and research institutions.
Combine engineering knowledge with project management to lead complex construction projects.
Master the planning, management and innovation of construction projects.
The Master of Engineering (MEng) in Construction Engineering and Management trains engineers in the design and implementation of construction processes. The program introduces a wide range of project delivery systems, risk management, value engineering and alternative dispute resolution methods, with particular emphasis on sustainable development.
Québec’s construction sector faces a skilled labour shortage amid major public infrastructure projects, building retrofits and growing demand for green construction practices. Graduates with advanced project management skills are in high demand.
Through the co-op option, students complete a paid, full-time industrial internship of four to eight months and up to 16 credits, gaining practical experience in construction project management and site operations.
Offered by the Department of Building, Civil and Environmental Engineering within the Gina Cody School, the program covers state-of-the-art construction methods, project planning, scheduling and cost estimation. The curriculum includes core coursework in graduate seminars and project management, followed by specialized topics including BIM, building economics, facility management, modular construction, legal issues and big data in construction.
Gain hands-on experience through co-op placements in construction companies, engineering consulting firms, project management organizations and public agencies.
Core coursework in graduate seminars and project management builds a strong foundation, with specialized electives covering BIM, building economics and facility management.
Coursework places particular emphasis on sustainable construction practices, green building standards and environmentally responsible project delivery.
Learn state-of-the-art construction methods, modular and off-site construction techniques, and digital tools used in contemporary project management.
Develop expertise in project risk management, value engineering, alternative dispute resolution and the legal frameworks governing construction projects.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include construction companies such as Pomerleau, Bonterra and AtkinsRéalis, engineering consulting firms including WSP, AECOM, Stantec and CIMA+, as well as government agencies, project management organizations and building technology firms.
Improve operational efficiency through process optimization, supply chain management, and analytics.
Optimize systems, processes and operations through advanced industrial engineering.
The Master of Engineering (MEng) in Industrial Engineering is a course-based program for practicing engineers to enhance their knowledge, analytical skills and ability to solve complex technological problems. The program offers six distinct specialization options, providing remarkable flexibility in tailoring the degree to individual career objectives.
Manufacturing, logistics, healthcare operations and government sectors in Québec increasingly rely on industrial engineering expertise for process optimization, lean transformation and supply chain improvement. The program’s breadth meets the growing demand across multiple industries.
Through the co-op option, students complete a paid, full-time internship of four to eight months and up to 12 credits, gaining practical experience in industrial optimization and operations management.
Offered by the Department of Mechanical, Industrial and Aerospace Engineering within the Gina Cody School, the program is distinguished by its specialization options recognition for world-class academic and research programs.
Choose from Engineering Management, Lean Systems Engineering, Supply Chain Engineering, Industrial Optimization & Systems Analytics, Reliability & Maintenance Engineering or a General Stream.
Gain hands-on experience through co-op placements in manufacturing, logistics, healthcare, transportation and government organizations.
Most specializations include a capstone project (INDU 6990) or applied project component, working on real-world problems with industry partners and faculty.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include manufacturing companies, logistics and transportation organizations, healthcare systems, consulting firms specializing in operations improvement, government agencies, and aerospace manufacturers such as Pratt & Whitney Canada and Bombardier.
Gain expertise in embedded systems, power electronics, communications, and intelligent computing.
Advance your skills in electrical and computer engineering design and innovation.
The Master of Engineering (MEng) in Electrical and Computer Engineering is a course-based program designed to enhance the knowledge, design skills and abilities of practicing engineers. The program combines coursework with the option to complete one or more applied projects or internships, covering circuits, communications, power systems, control systems and computing.
The telecommunications, power electronics, automotive and aerospace sectors in Montreal and Québec create strong demand for advanced electrical and computer engineering expertise, particularly in areas like power systems, embedded systems, control engineering and communications.
Through the co-op option, students complete a paid, full-time internship of four months and 6 credits, gaining practical experience in leading technology and engineering organizations.
Offered by the Gina Cody School, the ECE department operates 13+ specialized research groups and extensive teaching labs in the Hall Building, including Power Electronics & Energy Research (PEER — one of Canada’s oldest, active since 1986), Medical Imaging with AI, Control Systems & Robotics with Quanser Aero and Qball platforms, and communications and network labs.
Gain hands-on experience through co-op placements in telecommunications, power, automotive, aerospace and electronics organizations.
Complete one or more applied projects (ENGR 6971–6991) as part of the program, working with faculty and industry partners on real-world engineering challenges.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include Hydro-Québec, telecommunications companies including Bell and TekSavvy, automotive manufacturers, aerospace companies such as Pratt & Whitney Canada and CAE, consulting engineering firms, electronics manufacturers and technology companies, as well as research organizations and government agencies.
Protect digital systems through cybersecurity, risk management, ethical hacking, and secure technologies.
Protect critical systems through advanced cybersecurity engineering.
The Master of Engineering (MEng) in Cybersecurity Engineering trains students to design, implement and manage the security of real-life information systems. Through applied research and coursework, students examine theories and practices used across the field of information systems security.
Cybersecurity threats continue to escalate globally, creating exceptional demand for skilled security professionals. Québec’s growing technology sector, financial services industry and government digital infrastructure require advanced security expertise at every level.
Home to one of the largest clusters of cybersecurity faculty in Canada and a co-lead of the Canadian Cybersecurity Innovation Network.
Students explore cybersecurity challenges related to critical infrastructure protection, secure communications, digital forensics, network security, cloud and edge computing, and cyber-physical systems.
Through the co-op option, students complete a paid, full-time internship of four to eight months and up to 16 credits, gaining practical experience in cybersecurity operations, security architecture and incident response.
Offered by the Department of Cybersecurity and Intelligent Systems Engineering (CISE) within the Gina Cody School, students have access to state-of-the-art laboratories and cutting-edge computing facilities for security research, penetration testing and forensic analysis.
Gain hands-on experience through co-op placements in cybersecurity firms, government agencies, financial institutions and technology organizations.
Work with specialized laboratories and cutting-edge computing facilities designed for security research, penetration testing, vulnerability assessment and forensic analysis.
Engage with current research including quantitative models of network vulnerabilities, stream cipher analysis and design, and security evaluations of open-source software.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include government and defence organizations including Public Safety Canada, cybersecurity firms, financial institutions, technology companies, consulting firms specializing in security and compliance, telecommunications providers and critical infrastructure operators.
Build solutions for water treatment, pollution control, environmental sustainability, and public health.
Develop expertise in solving complex environmental challenges through engineering.
The Master of Engineering (MEng) in Environmental Engineering is a course-based program that develops expertise in industrial waste management, environmental auditing and modelling of environmental systems. The program prepares graduates to address pressing environmental issues through advanced engineering approaches.
Environmental challenges including water quality management, pollution control, climate adaptation and sustainable resource management drive growing demand for environmental engineers in Montreal, Québec and globally. Government regulations and corporate sustainability commitments further expand career opportunities.
Through the co-op option, students complete a paid, full-time internship of four to eight months and up to 16 credits, applying environmental engineering knowledge to real-world projects in industry, government and consulting.
Offered by the Department of Building, Civil and Environmental Engineering within the Gina Cody School, the program covers applied environmental microbiology, data processing, field monitoring, wastewater and biosolids treatment, impact assessment and remediation techniques. Students have access to state-of-the-art equipment including atomic absorption spectroscopy, ICP/MS and HPLC systems.
Gain hands-on experience through co-op placements in environmental consulting firms, government agencies, industrial organizations and research institutions.
Develop expertise in industrial waste management, remediation techniques and environmental impact assessment — directly applicable to Montreal and Québec’s environmental challenges.
Coursework covers environmental microbiology, wastewater treatment, biosolids management and field monitoring — bridging biology and engineering practice.
Build skills in environmental auditing practices and computational modelling of environmental systems, supporting data-driven decision-making in environmental management.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include environmental consulting firms such as AtkinsRéalis, AECOM and Stantec, government agencies including the Québec Ministry of Environment and Eau du Québec, water treatment organizations, industrial facilities requiring environmental compliance, and research institutions focused on sustainable development.
Explore aircraft design, propulsion systems, aerodynamics, and space technologies.
Gain hands-on expertise in aerospace design, testing and innovation.
The Master of Engineering (MEng) in Aerospace Engineering is a course-based program designed to enhance your analytical and design capabilities. The program strengthens specific areas of knowledge acquired at the undergraduate level and introduces students to graduate-level topics in aerospace applications.
Montreal is the world’s third-largest aerospace hub. Industry demand for skilled aerospace engineers continues to grow, driven by aircraft development, propulsion innovation, unmanned aerial systems and space technology.
Students can complete a paid, full-time industrial stage of four to eight months and up to 12 credits alongside leading aerospace companies and research organizations. Students can participate in Space Concordia, whose Rocketry Division launched the first student-built rocket from Canadian soil in more than 25 years.
Offered by the Department of Mechanical, Industrial and Aerospace Engineering within the Gina Cody School, the program is coordinated with two Québec-based industry organizations (CIMGAS and CAMAQ) and collaborates with multiple Québec universities and industry partners. Students must complete courses at partner universities as part of an inter-university collaboration framework.
The Concordia Space Institute connects students with research opportunities spanning aerospace engineering, space systems and satellite technologies.
Courses are taken across multiple Québec universities, with students required to complete at least two courses at partner institutions, expanding academic and professional networks.
Curriculum design is coordinated by CIMGAS and CAMAQ to meet evolving aerospace sector needs, with Aerospace Case Studies taught by industry experts.
Choose from Aeronautics & Propulsion, Avionics & Control, Structures & Materials, or Space Engineering to align with your career objectives.
Students work with the Concordia Institute for Aerospace Design and Innovation (CIADI) on customer-focused research projects with quantifiable deliverables, supervised by experienced engineers and faculty.
Gain hands-on experience through a paid industrial placement of four to eight months and up to 12 credits with major aerospace employers in Montreal and Québec.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include aerospace and defence organizations such as Pratt & Whitney Canada, Bell Helicopter, Airbus, CAE Electronics, Bombardier Aerospace, Magna Steyr and GE Aviation, as well as the Canadian Space Agency, Honeywell Aerospace, Zodiac Aerospace and several university-affiliated research centers.
Learn smart building design, HVAC systems, energy efficiency, and sustainable infrastructure solutions.
Develop the skills to design and evaluate high-performance buildings.
The Master of Engineering (MEng) in Building Engineering prepares graduates for roles such as building systems engineer, energy modeller, building performance analyst and sustainability consultant. The program combines technical depth across building systems with an applied, industry-oriented approach.
Demand for these roles is increasing in Montreal and across Québec, driven by large-scale building retrofit, electrification of heating systems and stricter performance and emissions requirements.
Through co-op experience and applied coursework, students develop practical skills that translate directly to these roles. Students have access to unique research infrastructure, including one of only five solar simulators of its kind in the world, supporting research in building envelopes, solar performance and sustainable building design.
Offered by the Gina Cody School, home to Canada’s oldest accredited Building Engineering program established in 1982, the program equips students to assess and improve building systems across envelope, HVAC and energy use. Students use tools such as building energy modelling, simulation and BIM to support design, retrofit and operational decisions. The program welcomes students with architecture backgrounds looking to specialize in high-performance and sustainable buildings.
Gain hands-on experience through co-op placements in engineering consulting firms, construction companies, energy and technology organizations, and public agencies. Students also benefit from guest speakers and industry-informed projects.
Evening courses allow students to pursue the degree while working. The program can be completed full-time or part-time, with options to accelerate through higher-credit, project-based courses.
Coursework includes energy modelling, building simulation, system design and performance analysis. Students may also access advanced facilities such as solar and building performance labs through applied or research-linked activities.
Develop expertise across building envelope, HVAC systems, indoor environmental quality, fire safety and controls, with an emphasis on how these systems interact in real projects.
The curriculum reflects current codes, standards and certifications, as well as the growing use of digital tools and artificial intelligence in building design and operation.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include engineering, construction, energy and technology organizations such as Pomerleau, CIMA+, Hydro-Québec, AtkinsRéalis, AECOM, Stantec, WSP and Arcadis, as well as BPA, GBI, Pageau Morel, BrainBox AI, Kolostat, Ingenia, Régulvar, Enertrak, Enviroair, ITC Technologies, Master Group and Natural Resources Canada (NRCan).
Develop expertise in structural design, transportation, water resources, and sustainable infrastructure.
Strengthen your expertise in the design, construction and management of civil infrastructure.
The Master of Engineering (MEng) in Civil Engineering is a course-based program that increases technical knowledge in the design of built facilities, construction processes, operation and maintenance, and environmental impact assessment. The program is designed to strengthen specific areas of knowledge acquired at the undergraduate level.
Demand for civil engineers is growing in Montreal and across Québec, driven by major infrastructure renewal, seismic retrofitting of aging buildings, transportation network expansion and the push toward sustainable urban development.
Through the co-op option, students complete a paid, full-time industrial internship of four to eight months and up to 16 credits, applying classroom knowledge to real-world civil engineering projects.
Offered by the Department of Building, Civil and Environmental Engineering within the Gina Cody School, the program is designed for practicing engineers to develop advanced analytical skills and comprehend cutting-edge technology concepts. The program offers five specialization areas: Structural Engineering, Bridge Engineering, Transportation Engineering, Geotechnical Engineering and Structural Mechanics.
Gain hands-on experience through the Graduate Co-op Option, a structured internship program through the Institute for Co-operative Education, connecting classroom learning with real-world industry projects.
Choose from Structural Engineering, Bridge Engineering, Transportation Engineering, Geotechnical Engineering or Structural Mechanics to focus your expertise.
Coursework includes seismic assessment and retrofit, structural health monitoring and civil infrastructure rehabilitation — directly aligned with Montreal’s aging infrastructure needs.
Access established research centres and laboratories for intelligent transportation systems, decision models in construction, sustainable cities and infrastructure management.
The program is structured for working professionals to advance their technical skills while maintaining full-time employment, with flexible start terms in Fall, Winter and Summer.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include engineering consulting firms such as AtkinsRéalis, AECOM, Stantec, WSP and CIMA+, as well as municipal and provincial government agencies, construction companies including Pomerleau and Bonterra, and research organizations focused on infrastructure management and sustainable cities.
Advance your expertise in AI, software development, and applied computing for real-world technology challenges.
Bridge the gap between computer science and applied computing for industry.
The Master of Applied Computer Science (MApCompSc) is a course-based program designed for those who want to advance or reorient their careers toward computer applications in industry and commerce. The program increases knowledge of both theoretical and practical applications of computer science.
The Montreal technology sector continues to expand rapidly, with growing demand for skilled computer science professionals. The city’s AI ecosystem, gaming industry, fintech sector and software companies create strong employment opportunities for graduates.
Through the co-op option, students can complete a paid internship of up to eight months and 12 credits through the Institute for Co-operative Education, applying theoretical knowledge to real-world computing challenges in industry.
Offered by the Department of Computer Science and Software Engineering within the Gina Cody School, the program offers a wide variety of core and elective courses covering a complete range of computer science and software engineering topics. Graduates are highly sought-after as qualified professionals able to design and create new software, modify and test existing software, devise efficient algorithms, and implement techniques for computerized applications across industries.
Gain hands-on experience through the Graduate Co-op Option, a structured internship program through the Institute for Co-operative Education, connecting classroom learning with real-world industry projects.
Curriculum covers a complete range of CS and SE topics through core courses in algorithms, databases and software engineering, with electives spanning AI, machine learning, cybersecurity and more.
Benefit from proximity to one of the world’s strongest AI research hubs, with connections to Mila, and Montreal’s vibrant gaming, fintech and software sectors.
Complete the program in two years full-time, or pursue part-time study if employed in business, government or another academic program.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include technology companies such as Ubisoft, Electronic Arts, Shopify, IBM and Deloitte Digital, as well as AI research organizations including Mila – Québec AI Institute, financial institutions, government agencies, and startups across Montreal’s tech corridor.
Optimize processes, improve quality, and enhance organizational performance through systems engineering.
Master the design, analysis and management of AI systems across industries.
The Master of Engineering (MEng) in AI Systems Engineering provides students with the skills and technical expertise to design, analyze and manage AI systems. The program also develops students’ career and research potential.
AI systems engineering expertise is in high demand across manufacturing, aerospace, automotive and technology sectors. Montreal’s strong aerospace industry and growing technology ecosystem create diverse opportunities for AI systems professionals.
Students apply artificial intelligence to real engineering challenges in areas such as autonomous systems, digital twins, smart manufacturing, intelligent transportation systems and robotics.
Coursework explores the design, deployment and management of AI-enabled systems in manufacturing, transportation, smart cities, cloud and edge computing environments.
Through internships and co-op opportunities, students complete a paid, full-time internship of four to eight months and up to 16 credits, applying AI systems engineering knowledge to real-world projects in industry and consulting.
Offered by the Department of Cybersecurity and Intelligent Systems Engineering (CISE) within the Gina Cody School, the program is one of the few Canadian programs focused specifically on AI systems engineering at the graduate level. Students engage in applied research and coursework examining existing theories and methods that influence quality of systems, services, products and processes. The program accepts students from a wide range of engineering and science backgrounds.
Gain hands-on experience through co-op placements in AI systems engineering, manufacturing, consulting firms and research organizations.
One of the few Canadian graduate programs dedicated specifically to AI systems engineering, combining systems thinking with practical AI management.
Accepts students from a wide range of engineering and science backgrounds — Mechanical, Industrial, Electrical, Civil, Environmental, Software, Computer Science and more.
Discover the exciting career opportunities that await after completing this program.
Graduates build successful careers across diverse, high-growth industries around the world.
Typical employers include both digital companies and manufacturing companies adopting AI such as NVIDIA, Google, Microsoft, MDA, CAE, Accenture, Deloitte, etc.