École de Technologie Supérieure
AC-4: Graduate Program

Students who wish to undertake this master can either write a thesis or undertake an intervention project in a company, an application project or a technical report. This program train specialists in the development of clean technologies, processes, methods or tools that support these technologies to solve environmental problems caused by human activities. To do so, students acquire advanced knowledge in the field of environmental engineering, including scientific and technical knowledge of ecosystems, analytical techniques and treatment or remediation techniques. Students will also acquire the skills and abilities necessary to analyze the technical, economic, social and environmental issues of a complex problem situation, design preventive, corrective or curative solutions and validate the conformity of a solution and its implementation according to the requirements of industries, municipalities or government institutions and the socio-economic and environmental issues of its long-term use. This program totals 45 credits and is offered in continuing education. To this end, activities are proposed for the fall, winter and summer sessions. With thesis 1 compulsory general activity (3 credits) : MTR801 Planning an Engineering Research Project (3 cr.) Specialization Courses 2 compulsory activities (6 credits) : ENV802 Environmental problem solving (3 cr.) ENV810 Environmental systems dynamics (3 cr.) 2 optional activities (at least 6 credits) chosen from the following : ENV820* Environmental Analytical Techniques (3 cr.) ENV825* Clean processes and procedures (3 cr.) ENV830* Industrial Environmental Management (3 cr.) ENV835* Urban ecosystems (3 cr.) ENV840 Environmental decision support tools (3 cr.) ENV867 Environmental Engineering Design (3 cr.) ENV880 Special Topics in Environmental Engineering (3 cr.) GES802 Feasibility analysis (3 cr.) MAT802 Complementary mathematics (electrical engineering profile) (3 cr.) MAT805 Complementary mathematics (mechanical engineering profile) (4 cr.) MGC859 Hydrologic Modelling (3 cr.) MGC861 Applied Hydrogeology (3 cr.) MGC862 Contaminated Sites rehabilitation (3 cr.) MTR871 Directed Reading (Cycle 2) (3 cr.) With project The following mandatory workshop: ATE800* Intellectual integrity: know-how-to-be and know-how (0 cr.) The following 2 mandatory activities : ENV802 Environmental problem solving (3 cr.) ENV810 Environmental systems dynamics (3 cr.) AND 3 specialization activities (at least 9 credits) chosen from the following for the student who chooses the profile with 15 credits project: OR 5 activities (at least 15 credits) to 7 activities (at least 21 credits) for the student who chooses the 6 credits project profile : ENV820** Environmental analysis techniques (3 cr.) ENV825** Clean processes and procedures (3 cr.) ENV830** Industrial environmental management (3 cr.) ENV835** Urban ecosystems (3 cr.) ENV840 Environmental decision support tools (3 cr.) ENV867 Environmental Engineering Design (3 cr.) ENV880 Special Topics in Environmental Engineering (3 cr.) MAT802 Complementary mathematics (electrical engineering profile) (3 cr.) MAT805 Complementary mathematics (mechanical engineering profile) (4 cr.) MGC859 Hydrologic Modelling (3 cr.) MGC861 Applied Hydrogeology (3 cr.) MGC862 Rehabilitation of Contaminated Sites (3 cr.) MTR871 Directed Reading (Cycle 2) (3 cr.)

This program totals 30 credits and has continuing education objectives. It is intended for engineers and professionals wishing to acquire advanced knowledge on the different types of renewable energy. They will be able to develop the skills and abilities necessary to identify technological needs in a given company and transfer technology in the industry. The following mandatory workshop: ATE800 Intellectual integrity: know-how-to-be and know-how (0 cr.) 1 mandatory activity in any academic path (3 credits) : ENR810 Renewable Energies (3 cr.) At least 12, 21 or 27 course credits selected from the following list depending on whether the student chooses the project-based, technical or course-only pathway: 6DIG966 Atmospheric Ice Thermodynamics (3 cr.) (UQAC) - offered as a distance learning course to ÉTS students 6MIG801 Systems Analysis (3 cr.) (UQAC/UQAR) - offered as a distance learning course to ÉTS students ENR820 Biofuels and combustion (3 cr.) ENR830 Energy Converters (3 cr.) ENR835 Solar Systems Technologies (3 cr.) ENR840 Electrical Network Behavior (3 cr.) ENR845 Earth Energy Technologies (3 cr.) ENR850 Electrical Power Quality (3 cr.) ENR855 Hydropower (3 cr.) ENR880 Special Topics in Renewable Energy and Energy Efficiency (3 cr.) ENR889 Photovoltaic Solar Energy Systems (3 cr.) ENV802 Environmental problem solving (3 cr.) ENV810 Environmental systems dynamics (3 cr.) MAT802 Complementary mathematics (electrical engineering profile) (3 cr.) MAT805 Complementary mathematics (mechanical engineering profile) (4 cr.) MIR70808 Wind Energy Workshop (3 cr.) (UQAR) - offered as a distance learning course to ÉTS students MTR871 Directed Reading (Cycle 2) (3 cr.) SYS801 Microcomputer control (4 cr.) SYS803 Measuring systems (4 cr.) SYS807 Advanced Fluid Mechanics (4 cr.) SYS810 Simulation Techniques (3 cr.) SYS839 Electric Drives (3 cr.) SYS847 Wind technology (3 cr.) SYS859 Energy Efficiency (3 cr.) SYS867 Special Topics I in Engineering (3 cr.)

This program totals 15 credits. The following mandatory workshop: ATE800 Intellectual integrity: know-how-to-be and know-how (0 cr.) 5 courses selected from the following (15 credits) : GES846 Global Markets and Business Strategies (3 cr.) GES851 Competitive advantage: methods and applications (3 cr.) GES871 Financing international engineering projects (3 cr.) GES872 Economic Intelligence, Ethics and International Governance (3 cr.) GES873 Virtual teams and global engineering environments (3 cr.) GES874 Environmental protection and international projects (3 cr.) GES875 Seminars on international projects (3 cr.) GES886 Special Topics: International Projects and Global Engineering (3 cr.)

The objectives of this program are to provide students with the opportunity to acquire the knowledge and skills to carry out specialized professional engineering activities in the field of occupational safety and industrial systems control, namely the design and improvement of processes, standards, technical specifications of industrial equipment or systems with a view to eliminating, reducing or controlling risks or exposures potentially harmful to human beings, the property of others or the environment. It was developed based on the requirements of the Canadian Council of Accredited Safety Professionals (CCPSA) to support certification as a Certified Safety Professional. The following mandatory workshop: ATE800 Intellectual integrity: know-how-to-be and know-how (0 cr.) 5 activities selected from the following (15 credits) : ENV830 Industrial environmental management (3 cr.) ERG800 Ergonomics of Industrial Process (3 cr.) ERG801 Design and selection of tools and equipment (3 cr.) GTS502 Risks in the health sector: assessment sources and techniques (3 cr.) SST801 Occupational Health and Safety Management (3 cr.) SST803 Fire Safety and Protection (3 cr.) SST805 Industrial Process Risk Management (Cr. 3) SST810 Industrial noise and vibration (3 cr.) SST820 Occupational safety legislation and standardization (3 cr.) SST825 Safety of Electrical and Automated Systems (3 cr.) OHS880 Special OHS Risk Engineering Topics (3 Cr.)

Energy Efficiency Short Program : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Prog-courts/0565 Short renewable energy program : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Prog-courts/0563 Construction Engineering Short Program: Environmental Hydraulics : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Prog-courts/0858 Environmental Engineering Short Program : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Prog-courts/0648 DESS in Environmental Engineering : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/DESS/3284 DESS in Occupational Health and Safety Engineering : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/DESS/genie-risques-sst DESS in international projects and global engineering : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/DESS/3294 Master's degree in engineering, concentration in renewable energies and energy efficiency : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Maitrises/Avec-memoire/1560_energie Master's degree in engineering, concentration in occupational health and safety engineering : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Maitrises/Avec-memoire/1560_sst Master of Engineering, International Projects and Global Engineering : https://www.etsmtl.ca/Programmes-Etudes/Cycles-sup/Maitrises/Avec-projet/3094_int