Programs

Master of Engineering in Chemical Engineering

The Master of Engineering (MEng) is a professional, course-based degree designed for engineers seeking to enhance their career opportunities. This program can be completed in as little as one year of full-time study. Students will build strong foundations in chemical engineering and related areas through graduate courses offered across the University of Toronto Engineering faculty. The program also offers the opportunity to gain professional work experience through the MEng Co-op program. Graduates will be equipped with skills to excel in technical and leadership roles within sectors such as energy, materials, pharmaceuticals, manufacturing, and consulting.

Master of Engineering in Civil and Environmental Engineering

The Master of Engineering (M.Eng.) in Civil and Environmental Engineering is a two-semester program designed to equip you with advanced knowledge and practical skills for a career in the field. You can specialize in Structural Engineering, Environmental Engineering, or Transportation Systems Engineering. The curriculum is taught by industry leaders and incorporates hands-on experience through real-world projects, often in collaboration with industry partners.

Master of Engineering in Civil Engineering

The Master's degree programme in Civil Engineering at FH Aachen University of Applied Sciences is designed for students who have completed a first professionally qualifying degree in civil engineering. This program builds upon foundational knowledge, offering advanced study in specialized areas within the field. Admission requires meeting specific academic and language criteria, ensuring a cohort of highly motivated and qualified individuals.

Master of Engineering in Civil Engineering (International Program)

This two-year Master of Engineering program in Civil Engineering is designed for international students. It aims to equip the next generation of civil engineers with comprehensive knowledge in areas such as urban and infrastructure planning, geotechnical and structural systems, construction management, transportation systems analysis, and environmental and sustainability policies. The program addresses the growing challenges faced by cities, including population growth, aging infrastructure, climate change, and pollution, emphasizing a holistic approach to infrastructure management throughout its lifecycle.

Master of Engineering in Computational Mechanics & Scientific Computing

Duke's Master of Engineering in Computational Mechanics and Scientific Computing is designed for individuals interested in developing model-based simulations. The program provides a strong foundation in engineering physics, computer science, probability, data sciences, and applied mathematics, preparing graduates for careers in virtual system design and testing. While an engineering degree is beneficial, it is not strictly required; applicants with backgrounds in physics, computer science, or mathematics who are interested in computer modeling are also encouraged to apply.

Master of Engineering in Computer Science - CMI Specialisation in Computer Science, Image, Virtual Reality, Interactions, and Games

This five-year Cursus Master Ingénierie (CMI) program, specializing in Computer Science, Image, Virtual Reality, Interactions, and Games (IIRVIJ), aims to train highly skilled professionals. Graduates will be equipped to tackle complex scientific and organizational challenges, abstract them, and lead teams to find solutions. The program provides a strong foundation in core computer science principles such as programming, software engineering, databases, and fundamental computer science concepts. It also offers specialized knowledge in digital imaging, including geometric modeling, rendering, virtual reality, human-computer interaction, and image processing, particularly during the master's years. Graduates will possess solid theoretical and practical computer science skills, enabling them to manage software development cycles, apply theoretical knowledge to practical problems, lead teams, and adapt to new contexts. The program emphasizes practical application through various project-based learning activities, preparing students for specialized roles in digital imaging and related fields.

Master of Engineering in Computer Science & Engineering

The Master of Engineering (MEng) in Computer Science and Engineering at Washington University in St. Louis is designed for students seeking to deepen their expertise in computer science and computer engineering. This flexible program is ideal for those looking to transition into the CSE profession, gain U.S. credentials in CSE, or advance their skills as current professionals. The program requires 30 units of graduate-level coursework, including 24 units of course work and 6 units for a Master's Capstone project. A minimum GPA of 2.70 and a grade of C- or better in all courses are required for graduation. Students must also demonstrate foundational knowledge in computer science, either through prior coursework or by passing placement exams.

Master of Engineering in Earth and Atmospheric Sciences

This Master of Engineering (M.Eng.) program focuses on understanding complex Earth systems and developing solutions for a sustainable future. You will study topics such as climate science, atmospheric research, geophysics, hydrology, and resource sustainability. The program allows you to deepen your expertise in a specific area or explore interdisciplinary research through a tailored plan of study. A key feature of the M.Eng. is its emphasis on a hands-on design project, which provides practical, real-world experience instead of a traditional research thesis. This project is central to the degree, enabling you to apply your knowledge to environmental challenges, build confidence, and prepare for leadership roles in your field.

Master of Engineering in Electrical Engineering

The Master of Engineering in Electrical Engineering is a two-year graduate program offered by the ANU College of Systems and Society. This degree focuses on advanced topics in electrical engineering and computing, equipping students with specialized knowledge and practical skills. Designed for those with an undergraduate background in engineering or a related field, the program allows for a significant degree of specialization through elective courses. Graduates will be prepared for advanced roles in the engineering sector, research, and development.

Master of Engineering in Environmental Engineering

The Master of Engineering (MEng) in Environmental Engineering at Duke University is designed for individuals driven to solve critical global challenges. This program offers a rigorous academic experience within a renowned research community, fostering innovative thinkers and leaders. You'll have the opportunity to collaborate with faculty from the Pratt School of Engineering and the Nicholas School of the Environment, gaining access to diverse expertise. The program allows for specialization in areas like Environmental Data Science, Environmental Engineering & Public Policy, Environmental Health Engineering, and Hydrology & Environmental Fluid Dynamics, or the flexibility to design a personalized course of study.

Master of Engineering in Industrial Engineering with a focus on Sustainability (M.Eng.) - On-Campus

This on-campus Master's program in Industrial Engineering focuses on sustainability, integrating technical, economic, and environmental perspectives. It is designed for graduates with a relevant Bachelor's degree who wish to develop expertise in managing complex challenges at the intersection of technology, business, and sustainable development. The program aims to equip students with the skills needed for leadership roles in industries that require professionals capable of merging technical requirements with economic goals and sustainable strategies. The curriculum emphasizes both technical systems (digital automation, production automation, intelligent systems) and business management (corporate leadership, international management, strategic decision-making), with a strong focus on sustainability science and management. Students can specialize in either Sustainability Management or Sustainability Technology, allowing for a tailored learning experience. The program culminates in a Master of Engineering (M.Eng.) degree, preparing graduates for advanced roles in industry and sustainable business development.

Master of Engineering in Instrumentation, Applied Physics

The Master of Engineering (M.Eng.) in Instrumentation, Applied Physics is a non-thesis, professional master's degree program designed for students seeking to advance their careers with specialized knowledge and skills in applied physics and instrumentation. This program focuses on practical application and is not intended as a pathway to a Ph.D. It aims to equip graduates with the expertise to thrive in industry roles related to the design, development, and implementation of physical systems and instrumentation. The curriculum emphasizes core areas of physics and provides hands-on experience relevant to industrial challenges. Students will engage with advanced topics in classical mechanics, electrodynamics, and quantum mechanics, alongside essential programming skills. The program is structured to be completed within two years, providing an intensive and focused educational experience. Graduates are prepared for careers that require a strong foundation in applied physics and the ability to work with sophisticated measurement and control systems.

Master of Engineering in Materials Science

The Master of Engineering (ME) in Materials Science at Dartmouth's Thayer School of Engineering provides an intensive, interdisciplinary curriculum for students seeking to deepen their understanding and application of materials science principles. This program focuses on the design, discovery, and implementation of new materials across various fields. Students will engage with cutting-edge research and develop practical skills in material characterization, processing, and performance analysis. The curriculum is designed to prepare graduates for leadership roles in industries that rely heavily on advanced materials, fostering innovation and problem-solving capabilities.

Master of Engineering in Materials Science and Engineering

The Master of Engineering (M.Eng.) is a one-year, flexible degree designed to be completed in 12 months. It is open to applicants with a background in any science or engineering-related field. The program offers two tracks: a Capstone Course track focused on design projects, and an Internship track that includes practical work experience. The majority of graduates find employment in industry upon completion.

Master of Engineering in Mechanical and Mechatronics Engineering

The Master of Engineering (MEng) in Mechanical and Mechatronics Engineering at the University of Waterloo is a course-based professional degree designed to enhance your practical skills and prepare you for advanced roles in mechanical, mechatronics, or health technologies. Taught by world-renowned faculty using state-of-the-art facilities, this program allows you to deepen your expertise within Waterloo's vibrant tech ecosystem. You can tailor your degree by choosing specializations in areas such as Building Systems, Sustainable Energy, Materials and Advanced Manufacturing, or Mechatronic Systems. The MEng program can also be combined with a Graduate Diploma in Fire Safety. This program offers flexible study options, with full-time completion in 16 months or a part-time option for those balancing work and study. A key feature is the optional co-op stream, where you can gain valuable hands-on experience through paid 4- or 8-month work terms, helping you build industry connections and apply classroom learning in real-world scenarios. There is also a distinct MEng in Health Technologies option that focuses on combining engineering with medical innovation, ideal for careers in medical device development, AI in healthcare, and digital health solutions.

Master of Engineering in Mechanical Engineering

The Master of Engineering (M.Eng.) in Mechanical Engineering at Texas A&M University is designed for students seeking advanced technical knowledge and skills in the field. This program emphasizes practical application and professional development, preparing graduates for leadership roles in industry and engineering. Ranked among the top ten mechanical engineering programs in the nation, Texas A&M offers a robust curriculum supported by distinguished faculty and extensive research opportunities. Students in the M.Eng. program benefit from a flexible structure that includes core mathematics, technical electives, and options for both on-campus and distance learning courses. The department actively engages in cutting-edge research, leveraging federal and industry support to advance knowledge in mechanical engineering. This program aims to cultivate graduates who will have a significant societal and professional impact.

Master of Engineering in Optical Engineering

This Master of Engineering program in Optical Engineering aims to develop highly skilled professionals in the field. The first year is dedicated to a broad expansion of knowledge within optical engineering. In the second year, students delve deeper into specific areas, select their dissertation topic, and develop a research plan. The third year focuses on completing and defending the dissertation, culminating in the award of a Master of Engineering degree.

Master of Engineering in Power Electronics and Power Systems

This Master of Engineering program focuses on Power Electronics and Power Systems, offering advanced study and research opportunities in the field. Students will gain in-depth knowledge of modern power electronic devices, converters, control strategies, and their applications in power systems. The program aims to equip graduates with the skills to address current challenges and future trends in renewable energy integration, smart grids, and energy efficiency. The curriculum combines theoretical learning with practical applications, encouraging students to engage in research projects. Graduates will be prepared for careers in research and development, engineering design, and management within the power industry, academia, and related sectors. The program is delivered by experienced faculty with expertise in various aspects of power engineering.

Master of Engineering Leadership (MEL)

The Master of Engineering Leadership (MEL) is a 12-month degree program designed for practicing professionals seeking to advance their careers. It combines technical expertise from the Faculty of Applied Science with business and leadership skills from the Robert H. Lee Graduate School at UBC Sauder. The interdisciplinary curriculum provides a holistic understanding of engineering and management, preparing graduates for leadership and management positions.

Master of Engineering Leadership in High Performance Buildings (MEL)

The Master of Engineering Leadership (MEL) in High Performance Buildings is a specialized 12-month program designed for architects and engineers who aspire to lead innovation in the building sector. It uniquely combines advanced engineering and architecture courses with business and leadership training from UBC Sauder’s Robert H. Lee Graduate School. The program addresses the growing global demand for sustainable buildings that minimize energy consumption and greenhouse gas emissions while enhancing user experience. You will gain expertise in green building design, energy modeling, and innovative engineering, alongside crucial business skills in strategy, operations, project management, and leadership. This interdisciplinary master's degree equips you with the technical expertise and business acumen necessary to drive change in the industry, prepare for advanced career roles, and foster leadership opportunities in the rapidly evolving field of high-performance buildings.

Master of Engineering Management

The Master of Engineering Management is designed for engineers aiming for leadership roles within engineering industries. This program combines advanced engineering knowledge with contemporary management principles, delivered in collaboration with UOW's Sydney Business School. It equips you with the skills to effectively manage engineering projects, teams, and assets in a global context.

Master of Engineering Management