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Masters in Engineering in Canada

Pursuing a Master’s in Engineering in Canada is an excellent choice for students looking to advance their technical expertise and career prospects in a globally competitive market. Canada is home to some of the world's top universities, offering high-quality education, cutting-edge research facilities, and strong industry collaborations.

A Master’s in Engineering (MEng or MASc) in Canada typically takes 1–2 years to complete, with options for both coursework-based and research-focused programs. Graduates benefit from Canada’s strong job market, access to work permits, and opportunities in diverse engineering fields.

This blog will cover essential details about studying for a Master's in Engineering in Canada, including top universities, eligibility criteria, admission process, tuition fees, scholarships, specializations, and job opportunities.

Masters in Engineering in Canada - Overview

A Master’s in Engineering (MEng or MASc) in Canada typically spans 1 to 2 years, depending on the university and the chosen specialization. The program is designed to provide students with advanced technical knowledge, problem-solving abilities, and research skills essential for modern engineering challenges.

There are two primary types of master’s programs in engineering:

  • Master of Engineering (MEng) – This is a coursework-based program focused on practical industry applications. It is ideal for students looking to advance their careers in engineering without conducting extensive research. Some universities also offer co-op or internship opportunities to enhance practical experience.
  • Master of Applied Science (MASc) – This is a research-intensive program requiring students to complete a thesis under faculty supervision. It is suited for those interested in R&D roles, academic careers, or pursuing a Ph.D. in engineering.

Some universities also offer specialized master’s programs that integrate business and engineering, such as Master of Engineering Management (MEM), for students looking to take on leadership roles in technical industries.

Core Subjects in Masters in Engineering

The curriculum varies by specialization but generally includes:

  • Advanced Mathematics and Engineering Analysis
  • Project Management and Leadership in Engineering
  • Computational Methods and Data Analytics
  • Emerging Technologies (AI, IoT, Renewable Energy)

Why Study Master’s in Engineering in Canada?

Canada has become a top destination for engineering students due to its high-quality education system, strong job market, and welcoming immigration policies. Below are some key reasons why pursuing a Master’s in Engineering in Canada is an excellent choice:

1. Home to World-Class Universities 

Canadian universities are recognized globally for research excellence, cutting-edge technology, and strong industry partnerships. Many engineering programs rank among the top in the world. Some of the best universities for Master’s in Engineering in Canada include:

University Popular Specializations
University of Toronto Civil, Electrical, Mechanical, AI & Robotics
University of British Columbia (UBC) Software, Biomedical, Environmental, Renewable Energy
McGill University Materials, Mining, Aerospace, Chemical
University of Alberta Chemical and Materials Engineering

2. Access to Top Research Facilities & Industry Collaborations 

Canadian universities are known for their state-of-the-art research facilities and close ties with industries, offering students exposure to real-world applications. Many programs allow students to work on cutting-edge research projects in areas like nanotechnology, AI, clean energy, and automation. Universities collaborate with leading global companies such as IBM, Tesla, Microsoft, and Bombardier, giving students direct access to industry leaders.

3. High Demand for Skilled Engineers

Canada is experiencing a growing demand for engineers in various sectors, including civil engineering, software development, electrical engineering, mechanical engineering, and environmental engineering. With increasing investments in infrastructure, renewable energy, and AI-driven industries, there is a strong job market for engineering graduates.

Graduates with a Master’s in Engineering in Canada can secure high-paying jobs in industries such as:

  • Technology and Software Development (AI, IoT, Cybersecurity, Data Science)
  • Automotive and Aerospace Engineering
  • Renewable Energy and Environmental Engineering
  • Construction, Civil, and Structural Engineering
  • Healthcare and Biomedical Engineering

4. Globally Recognized Degrees & Career Opportunities

Engineering degrees from Canadian universities are highly respected worldwide, offering graduates excellent career opportunities in both Canada and international markets. Many engineering graduates secure positions in top-tier companies such as Google, Amazon, Tesla, General Electric, and Siemens.

Additionally, Canada provides a Post-Graduation Work Permit (PGWP), allowing students to work in Canada for up to three years after graduation. This helps graduates gain industry experience and increases their chances of obtaining permanent residency (PR) through Express Entry programs  and Provincial Nominee Programs (PNPs).

Eligibility Criteria for Masters in Engineering in Canada

The admission requirements for a Master’s in Engineering (MEng or MASc) in Canada vary across universities and specializations. However, most institutions follow a set of standard criteria for evaluating applications. Before applying, it is highly recommended that prospective students visit the official university program page to review the specific requirements for their chosen course.

1. Academic Qualifications

  • Applicants must have a four-year bachelor’s degree in engineering or a closely related field from a recognized institution.
  • Some universities may accept applicants from other science or technology backgrounds, such as Physics, Mathematics, or Computer Science, provided they meet additional coursework requirements.
  • A minimum GPA requirement (often 3.0 on a 4.0 scale or B grade) is commonly expected, though top universities may require higher scores.

2. GRE (Graduate Record Examination) Scores

  • While the GRE is not mandatory for all universities, some institutions, especially those with competitive programs, may require GRE scores as part of the admission process.
  • It is advisable to check the program-specific requirements on the university’s official website.

3. English Language Proficiency Requirements 

Since the medium of instruction in Canadian universities is English, international students must demonstrate their proficiency in the language. Accepted tests include:

  • IELTS (International English Language Testing System): Typically, a minimum overall band score of 6.5 to 7.0 is required, with no individual section below 6.0.
  • TOEFL (Test of English as a Foreign Language): Most universities require a minimum score of 90-100 (iBT).
  • PTE (Pearson Test of English): A score of 60-65 or higher may be required by certain institutions.

Note: Some universities may waive the English language requirement if the applicant has completed their previous education in an English-speaking country or a university where English was the primary language of instruction.

4. Work Experience (If Required)

  • While most MEng (coursework-based) programs do not require work experience, some universities may prefer applicants with 1-2 years of relevant industry experience.
  • MASc (thesis-based) programs often prioritize candidates with research experience or publications in relevant fields.

5. Letters of Recommendation (LORs)

  • Most universities require two or three letters of recommendation (LORs) from academic professors or professional supervisors who can assess the applicant’s capabilities, technical knowledge, and research potential.

6. Statement of Purpose (SOP) or Personal Statement

  • Applicants must submit a well-written SOP explaining their motivation for pursuing a Master’s in Engineering in Canada, career aspirations, relevant experience, and reasons for choosing the specific university and program.

7. Additional Requirements (Program-Specific)

  • Some universities may conduct interviews for MASc programs, especially for research-based positions.
  • Certain engineering specializations may require portfolios, technical projects, or coding assessments (for software engineering or AI-related fields).

Admission Process for Masters in Engineering in Canada

Applying for a Master’s in Engineering (MEng or MASc) in Canada requires careful planning and preparation. The admission process involves multiple steps, from researching universities to obtaining a study permit. Below is a detailed step-by-step guide to help prospective students navigate the application process successfully.

Step 1: Research & Shortlist Universities

  • Start by identifying top Canadian universities offering a Master’s in Engineering in your preferred specialization (such as Mechanical, Civil, Electrical, Computer, or Software Engineering).
  • Consider factors such as program structure (coursework-based MEng vs. research-based MASc), faculty expertise, research facilities, industry partnerships, tuition fees, and location.
  • Check the eligibility criteria for each university to ensure you meet the academic, GRE, and English proficiency requirements.
  • Review the admission deadlines for your chosen universities, as they vary depending on the intake (Fall, Winter, or Summer).

Step 2: Prepare Admission Documents 

Most Canadian universities require the following documents as part of the application:

  1. Academic Transcripts – Official transcripts from all post-secondary institutions attended. Some universities may require transcripts to be evaluated and verified by WES (World Education Services).
  2. Statement of Purpose (SOP) – A well-written essay outlining your motivation for pursuing a Master’s in Engineering, career goals, relevant experience, and why you chose the specific university and program.
  3. Letters of Recommendation (LORs) – Usually, two or three LORs from academic professors or professional supervisors who can evaluate your skills, knowledge, and potential for graduate studies.
  4. English Language Proficiency Test Scores – Submit valid IELTS, TOEFL, or PTE scores as required by the university.
  5. GRE Scores (if required) – Some universities may ask for GRE scores, especially for competitive research-based (MASc) programs.
  6. Resume/CV – A detailed resume highlighting academic qualifications, internships, work experience, research projects, and technical skills.
  7. Research Proposal (for MASc applicants) – If applying for a thesis-based program (MASc), you may need to submit a research proposal outlining your proposed study area and potential faculty supervisors.

Step 3: Apply Before Deadlines

  • Once all documents are ready, create an account on the university’s official admission portal and fill out the application form.
  • Some universities may require an application fee (typically ranging from CAD 100 to CAD 150).
  • Submit the completed application before the deadline, keeping in mind that Canadian universities generally have Fall intake (September) and Winter intake (January).

Step 4: Attend Interviews (if applicable)

  • Some universities, particularly for research-based MASc programs, may conduct an interview with faculty members to assess the applicant’s suitability for the program.
  • Be prepared to discuss your academic background, research interests, career goals, and why you wish to study at that institution.

Step 5: Receive Offer Letter & Apply for a Study Permit

  • If your application is successful, you will receive an Offer of Admission (Acceptance Letter) from the university.
  • Once you have the offer, proceed with the following steps:
    • Pay the required tuition deposit to confirm your seat.
    • Gather the necessary documents and apply for a Canadian study permit through Immigration, Refugees and Citizenship Canada (IRCC).
    • If required, provide proof of financial support, a valid passport, and pass the medical examination.
    • If applicable, apply for scholarships or student loans to cover tuition and living expenses.

Top Universities for Masters in Engineering in Canada

Canada is home to some of the world's most prestigious universities offering Master's in Engineering programs. These institutions provide cutting-edge research facilities, industry collaborations, and globally recognized degrees that enhance career prospects. 

Below is a list of the top universities for pursuing a Master’s in Engineering in Canada, along with their QS rankings and estimated tuition fees.

University QS World University Ranking 2025 Average Annual Tuition Fees
University of British Columbia (UBC) 38 15.8L – 38.9L (CAD 26,365 – 64,831)
University of Alberta 96 12.6L – 24.2L (CAD 21,004 – 40,290)
Western University =120 17.8L – 27.1L (CAD 29,780 – 45,217)
University of Ottawa 189 12.6L (CAD 21,004)
Simon Fraser University 319 12.6L (CAD 21,004)
University of Victoria 349 15.6L (CAD 26,000)
Concordia University 415 14.4L (CAD 24,000)
Carleton University 741-750 17.2L – 23.1L (CAD 28,707 – 38,472)
University of Manitoba 661-670 11.7L – 17.8L (CAD 19,491 – 29,656)
University of Windsor =547 16.6L – 26.6L (CAD 27,650 – 44,317)

Note: Tuition fees are approximate and may vary depending on the specific program and duration. For the most accurate and up-to-date information, it is advisable to visit the official websites of the respective universities.

Course Curriculum of Masters in Engineering in Canada

A Master’s in Engineering (MEng) in Canada provides students with a blend of theoretical knowledge and practical skills required to excel in various engineering disciplines. The curriculum is designed to equip students with expertise in core engineering principles, data-driven decision-making, and emerging technologies. 

It includes fundamental subjects such as advanced mathematics, engineering design, and project management, along with specialized electives like artificial intelligence, renewable energy, and IoT.

The following table outlines the key subjects that form the foundation of a Master’s in Engineering in Canada:

Course Name Description Key Topics
Advanced Mathematics for Engineers Covers mathematical techniques essential for solving real-world engineering challenges, including optimization and modeling. Linear algebra, differential equations, numerical methods
Engineering Design & Innovation Focuses on creative problem-solving, applying design thinking principles, and utilizing modern tools for product development. CAD modeling, design optimization, prototyping
Project Management in Engineering Equips engineers with the skills to plan, execute, and manage large-scale projects while balancing cost, time, and quality constraints. Risk assessment, budgeting, agile methodologies
Data Science & Analytics for Engineers Introduces engineers to data-driven decision-making, predictive modeling, and the use of analytical tools in engineering applications. Machine learning, predictive modeling, statistical analysis
Artificial Intelligence in Engineering Explores AI-powered automation, intelligent systems, and machine learning models applied across various engineering disciplines. Neural networks, automation, AI-driven simulations
Renewable Energy Technologies Examines sustainable energy sources, energy efficiency, and the latest advancements in green technology to address environmental concerns. Solar power, wind energy, smart grids
Robotics & Automation Covers the principles of robotic system design, automation in manufacturing, and AI-powered robotics for industrial applications. Control systems, IoT integration, autonomous machines
Internet of Things (IoT) in Engineering Focuses on the integration of IoT technologies in engineering fields, enabling smart infrastructure, industrial automation, and real-time monitoring. Smart cities, industrial IoT, sensor networks

Elective Subjects

Students can choose from various electives based on their specialization and career goals. Some popular elective courses include:

  • Artificial Intelligence in Engineering – Covers AI-driven automation, predictive modeling, and intelligent control systems.
  • Renewable Energy Technologies – Focuses on sustainable energy solutions, including solar, wind, and hydro power systems.
  • Robotics & Automation – Explores robotic system design, industrial automation, and AI-powered robotics.
  • Internet of Things (IoT) in Engineering – Discusses smart infrastructure, sensor networks, and IoT applications in engineering.
  • Biomedical Engineering – Covers medical device development, bioinformatics, and healthcare technology innovations.
  • Aerospace Engineering – Includes aerodynamics, propulsion systems, and spacecraft design.

Projects

Most engineering master’s programs in Canada emphasize hands-on learning through industry-relevant projects, including:

  • Capstone Design Projects – Collaborative projects where students design and develop engineering solutions for real-world challenges. For example, students may work on smart city infrastructure projects in collaboration with IBM or Siemens.
  • Research-Based Projects – Opportunities to work on cutting-edge research in emerging fields like AI, renewable energy, and advanced materials. Many students collaborate with companies like Tesla and General Electric on sustainability-driven projects.
  • Industry-Sponsored Projects – Joint projects with companies that allow students to solve engineering problems and gain industry experience. Companies such as BombardierSchneider Electric, and Bosch often sponsor engineering innovation projects.
  • Simulation & Modeling Projects – Developing computational models for complex engineering systems such as fluid dynamics, structural analysis, and robotics. Software firms like Autodesk and Dassault Systèmes frequently collaborate on such projects.

Internships & Co-op Programs

Many Canadian universities offer internships and co-op programs to provide students with practical industry experience. These opportunities include:

  • Paid Co-op Placements – Students work in engineering firms, gaining hands-on experience while earning a stipend. Examples include placements at Ford CanadaIntel, and Honeywell.
  • Internships with Multinational Companies – Opportunities to work with leading global engineering companies in sectors like automotive, aerospace, and renewable energy. For instance, AirbusBoeing Canada, and Shell offer internships for engineering graduates.
  • Research Internships – Collaborate with professors and researchers on funded projects in cutting-edge engineering domains. Many research internships are supported by organizations like Nokia Bell LabsIBM Research, and Mitel Networks.
  • Government & Public Sector Internships – Work with regulatory bodies and infrastructure projects for policy-driven engineering roles. Organizations such as Natural Resources CanadaOntario Power Generation, and Transport Canada provide opportunities in this domain.

Engineering Specializations in Canada

Canada is home to some of the world's top engineering programs, offering diverse specializations with strong career prospects. Below are the major engineering specializations available in Canadian universities:

1. Civil Engineering

  • Focuses on designing and maintaining infrastructure such as roads, bridges, and buildings.
  • Key subfields: Structural Engineering, Geotechnical Engineering, Environmental Engineering, Transportation Engineering.
  • Career opportunities: Construction firms, government agencies, and consulting companies.

2. Mechanical Engineering

  • Involves the design, analysis, and manufacturing of mechanical systems.
  • Specializations include Robotics, Automotive Engineering, Thermodynamics, and Materials Engineering.
  • Industries: Manufacturing, energy, aerospace, and automation.

3. Electrical and Electronics Engineering

  • Deals with electrical circuits, power systems, and electronic devices.
  • Major subfields: Power Systems, Telecommunications, Embedded Systems, Microelectronics.
  • Career paths: Renewable energy, telecommunications, consumer electronics, and automation.

4. Computer Science & Software Engineering

  • Integrates computer science with engineering principles to develop software applications and systems.
  • Specializations: Cybersecurity, Artificial Intelligence, Cloud Computing, Data Science.
  • Job opportunities: Tech giants like Google, Microsoft, Shopify, and startups.

5. Aerospace Engineering

  • Focuses on the design and testing of aircraft, spacecraft, and defense technologies.
  • Research areas: Aerodynamics, Propulsion Systems, Avionics, Spacecraft Design.
  • Industries: Aviation, space exploration, defense, and aerospace manufacturing.

6. Biomedical Engineering

  • Combines engineering with medical sciences to create healthcare solutions.
  • Key areas: Medical Devices, Prosthetics, Biomechanics, Bioinformatics.
  • Job prospects: Healthcare, pharmaceuticals, medical technology companies, and research institutions.

Scholarships and Financial Aid for Master’s in Engineering in Canada

Pursuing a Master’s in Engineering in Canada can be a significant financial investment, but various scholarships and financial aid options help ease the burden. Scholarships are typically categorized into merit-based scholarships, need-based scholarships, and external funding opportunities. Many Canadian universities, government programs, and private organizations offer generous financial aid to support international and domestic students.

The following table highlights some of the top scholarships available for Master’s in Engineering students in Canada:

Scholarship Funding Institution Benefit
Nova Scotia Graduate Scholarship Dalhousie University 9,000 CAD (₹5.40 lakh)
Merit-Based Entrance Scholarships McMaster University Up to 30,000 CAD (₹18 lakh)
Graduate Research Studentship University of Waterloo Up to 17,000 CAD (₹10.2 lakh)
International Admission Scholarship University of Ottawa 7,500 CAD per year (₹4.5 lakh/year)
Ontario Graduate Scholarship Partnering Canadian Universities 5,000 CAD per year (₹3 lakh/year)
Entrance Awards University of Calgary 9,600 to 26,000 CAD (₹5.76-15.6 lakh)

For a detailed overview of eligibility criteria, selection processes, and additional scholarship opportunities for MS students in Canada, explore our comprehensive guide on Scholarships in Canada for Indian Students.

How to Apply for Scholarships?

Applying for scholarships for a Master’s in Engineering in Canada requires careful planning and attention to detail. Follow these steps to improve your chances of securing financial aid:

  • Research Available Scholarships: Explore university-specific, government-funded, and external scholarships that match your eligibility criteria.
  • Check Eligibility Requirements: Review academic, financial, and other criteria to ensure you qualify for the scholarship.
  • Prepare Required Documents: Gather necessary documents such as transcripts, letters of recommendation, statement of purpose, proof of extracurricular achievements, and financial statements (if applicable).
  • Submit Applications Before Deadlines: Keep track of deadlines and submit your applications well in advance to avoid last-minute issues.
  • Write a Strong Scholarship Essay: Many scholarships require a personal statement or essay. Focus on your academic achievements, leadership skills, and career aspirations.
  • Apply for Multiple Scholarships: Increase your chances of receiving financial aid by applying to multiple scholarships instead of relying on just one.
  • Follow Up on Your Application: Some scholarships may require additional interviews or documentation. Keep track of emails and updates from scholarship committees.

Cost of Studying Masters in Engineering in Canada

Pursuing a Master's in Engineering in Canada involves tuition fees and living expenses, including accommodation, food, transportation, health insurance, and miscellaneous costs. Below is a breakdown of these expenses to help students plan their budget effectively.

Estimated Annual Expenses for Master's in Engineering in Canada

Expense Annual Cost (CAD) Annual Cost (INR)
Tuition Fees CAD 21,000 - 65,000 INR 22.5L - 69.7L
Accommodation CAD 8,000 - 15,000 INR 8.6L - 16.1L
Food & Groceries CAD 3,000 - 5,000 INR 3.2L - 5.4L
Transport CAD 1,000 - 1,800 INR 1.1L - 1.9L
Health Insurance CAD 600 - 900 INR 64K - 96K
Miscellaneous CAD 2,000 - 3,500 INR 2.1L - 3.8L
Total Estimated Cost CAD 50,000 - 90,000 INR 53.5L - 96.3L

For a detailed breakdown of tuition fees and other expenses associated with pursuing a Master's in Canada, refer to our guide: Cost of Studying in Canada – Tuition Fees, Visa Fees, and More.

Job Opportunities & Salary After Masters in Engineering in Canada

Earning a Master’s in Engineering in Canada opens doors to a wide range of career opportunities across industries such as technology, manufacturing, construction, and energy. Below is an overview of the key job roles and their average salaries.

Job Roles After a Master's in Engineering in Canada

Graduates can pursue various roles based on their specialization:

  • Mechanical Engineer – Designing, analyzing, and improving mechanical systems in industries such as automotive, aerospace, and manufacturing.
  • Electrical Engineer – Working on power systems, electronics, and telecommunications, ensuring efficient electrical infrastructure.
  • Software Engineer – Developing applications, AI systems, and cloud-based solutions for industries like IT, finance, and healthcare.
  • Civil Engineer – Planning and managing infrastructure projects, including bridges, highways, and buildings.
  • Project Manager – Overseeing engineering projects, ensuring they are completed on time and within budget.

Average Salaries in Canada for Engineering Graduates

The table below outlines the estimated annual salaries for different engineering roles:

Job Role Average Salary (CAD & INR per Year)
Mechanical Engineer CAD 60,000 - 91,000 (INR 64.3L - 97.5L)
Electrical Engineer CAD 59,000 - 92,000 (INR 63.2L - 98.6L)
Software Engineer CAD 72,000 - 113,000 (INR 77.2L - 1.21Cr)
Civil Engineer CAD 58,000 - 90,000 (INR 62L - 96.3L)
Engineering Project Manager CAD 77,000 - 112,000 (INR 82.6L - 1.2Cr)

Source: Glassdoor

Top Employers Hiring Engineering Graduates in Canada

Canada has a thriving job market for engineers, with numerous multinational corporations and leading firms actively recruiting skilled professionals. Here are 10 top employers that hire graduates with a Master’s in Engineering:

  1. Bombardier – Specializing in aerospace and rail transportation engineering.
  2. Siemens Canada – A global leader in automation, electrification, and digitalization.
  3. IBM Canada – Hiring software engineers and AI specialists for cloud computing and data science roles.
  4. Tesla Canada – Focusing on electrical and mechanical engineering for sustainable energy and automotive innovation.
  5. General Motors (GM) Canada – Employing engineers for automotive design, AI-driven technology, and manufacturing.
  6. SNC-Lavalin – A major employer in civil and infrastructure engineering projects.
  7. AECOM – Engaging civil, structural, and environmental engineers for large-scale infrastructure projects.
  8. Amazon Web Services (AWS) Canada – Hiring software engineers and cloud specialists for cutting-edge technology solutions.
  9. WSP Global – One of Canada’s leading firms in structural, environmental, and transportation engineering.
  10. Hatch Ltd. – A top employer in mining, energy, and infrastructure engineering.
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142 results found

Master Of Applied Science in Civil Engineering (MASC)

The University of British Columbia, Canada

  • DURATION
    2 Years
  • FEES
    INR 5.66L/yr
  • EXAMS
    -
  • INTAKE SESSION
    -

Master of Engineering (Chemical and Materials Engineering)

University of Alberta, Canada

  • DURATION
    1 Year
  • FEES
    INR 0.00L/yr
  • EXAMS
    -
  • INTAKE SESSION
    AUG 2025

Master of Engineering Science (MESc) in Civil and Environmental Engineering

Western University, Canada

  • DURATION
    -
  • FEES
    INR 23.49L/yr
  • EXAMS
    IELTS-6.5
  • INTAKE SESSION
    SEP 2024

Master of Applied Science in Chemical Engineering

University of Ottawa, Canada

  • DURATION
    2 Years
  • FEES
    INR 35.22L/yr
  • EXAMS
    IELTS-6.5
  • INTAKE SESSION
    SEP 2024

MEng in Engineering Science

Simon Fraser University, Canada

  • DURATION
    2 Years
  • FEES
    INR 0.00L/yr
  • EXAMS
    IELTS-7.0
  • INTAKE SESSION
    SEP 2024

Master of Applied Science In Civil Engineering

University of Victoria, Canada

  • DURATION
    2 Years
  • FEES
    INR 5.03L/yr
  • EXAMS
    -
  • INTAKE SESSION
    MAY 2025

Software Engineering (MEng)

Concordia University, Canada

  • DURATION
    2 Years
  • FEES
    -
  • EXAMS
    -
  • INTAKE SESSION
    SEP 2024

Master of Applied Science in Aerospace Engineering

Carleton University, Canada

  • DURATION
    2 Years
  • FEES
    INR 22.40L/yr
  • EXAMS
    IELTS-6.5
  • INTAKE SESSION
    SEP 2024

Master of Engineering in Mechanical Engineering

University of Manitoba, Canada

  • DURATION
    2 Years
  • FEES
    INR 7.39L/yr
  • EXAMS
    -
  • INTAKE SESSION
    SEP 2024

MEng in Mechanical Engineering - Automotive Option

University of Windsor, Canada

  • DURATION
    -
  • FEES
    INR 14.56L/yr
  • EXAMS
    IELTS-6.5
  • INTAKE SESSION
    SEP 2024

Chemical Engineering (MASc)

Toronto Metropolitan University, Canada

  • DURATION
    1 Year
  • FEES
    INR 14.73L/yr
  • EXAMS
    -
  • INTAKE SESSION
    JAN 2025

Master of Applied Science in Mechanical Engineering

Ontario Tech University, Canada

  • DURATION
    2 Years
  • FEES
    INR 27.07L/yr
  • EXAMS
    IELTS-6.5
  • INTAKE SESSION
    SEP 2024

Master of Engineering in Integrated Wood Design

University of Northern British Columbia, Canada

  • DURATION
    1 Year
  • FEES
    -
  • EXAMS
    -
  • INTAKE SESSION
    SEP 2024

Software Systems Engineering - MASc/MEng

University of Regina, Canada

  • DURATION
    1 Year
  • FEES
    INR 9.71L/yr
  • EXAMS
    IELTS-6.5
  • INTAKE SESSION
    SEP 2024

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