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QS Rank:

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456

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University of Guelph

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Ontario

Canada

The Master of Applied Science (MASc) in Computer Engineering at the University of Guelph is an intensive program designed to equip students with a profound understanding of the technical and theoretical aspects of computer engineering. This program is meticulously crafted to foster innovation, with a curriculum that blends both foundational knowledge and cutting-edge technologies. Students delve deep into subjects such as computer architecture, digital systems, embedded systems, and software engineering, preparing them for the ever-evolving tech landscape. The comprehensive coursework is complemented by hands-on project work, encouraging students to apply their learning in practical settings and develop critical problem-solving skills essential for today’s engineering challenges.
The curriculum encompasses a variety of specialized courses such as Advanced Computer Networks, Machine Learning, Embedded Systems Design, and Digital Signal Processing, among others. Each of these courses is designed not only to impart essential technical skills but also to promote collaborative learning and teamwork through group projects and research initiatives. Students are encouraged to engage in independent inquiries, leading to innovative research that contributes to the field of computer engineering. The program's structure allows students to select elective courses tailored to their interests, ultimately enabling them to customize their educational journey and align it with their career aspirations.
At the heart of the MASc program is a commitment to research excellence. The University of Guelph boasts a robust array of research facilities and resources, providing students with the tools and technology necessary to conduct impactful research. The university has established various research centers and labs that focus on areas such as smart systems, robotics, and artificial intelligence. This infrastructure not only supports student projects but also encourages collaboration with faculty on groundbreaking research initiatives that often lead to publications in prestigious journals and presentations at international conferences. The university's emphasis on research underscores its dedication to fostering innovation and contributing to advancements in technology.
The faculty associated with the MASc program are not only distinguished educators but also leading researchers in their respective fields. With a wealth of industry experience and academic expertise, they bring a real-world perspective to the classroom. The faculty employs a hands-on teaching methodology that emphasizes experiential learning, enabling students to bridge the gap between theory and practice effectively. This approach ensures that students are not only prepared academically but are also equipped with the practical skills required to excel in the technology industry upon graduation.
The University of Guelph has strong connections with the local and global tech industry, providing students with numerous opportunities for internships and job placements. These industry collaborations ensure that students gain valuable work experience while completing their degree. The university actively facilitates networking opportunities, workshops, and career fairs, allowing students to connect with potential employers and industry leaders. The high employability rate of graduates from the program is a testament to the robustness of its industry partnerships and the comprehensive preparation provided to students.
Graduates of the MASc in Computer Engineering at the University of Guelph are well-positioned for a multitude of career pathways. They find themselves in high-demand roles across various sectors, including technology, telecommunications, automotive, and healthcare. Common job titles include Software Engineer, Systems Architect, Research Scientist, and Project Manager. The skills developed during the program prepare graduates to lead projects, innovate solutions, and drive technological advancements in their chosen fields. Alumni of the program have gone on to achieve notable success, contributing to both academic research and industry innovations.
Why Study Computer Engineering at University of Guelph?

  • A well-rounded curriculum combining theoretical knowledge and practical experience, ensuring students are industry-ready upon graduation.
  • Access to state-of-the-art research facilities and high-end laboratories, fostering an environment conducive to innovation and discovery.
  • Opportunity to work closely with esteemed faculty who are leaders in their fields, enhancing learning through mentorship and collaboration on research projects.
  • Extensive industry connections that facilitate internships and job placements, leading to high employability rates for graduates.
  • A diverse and inclusive community, welcoming international students and fostering a rich cultural exchange.

To apply for the Master of Applied Science in Computer Engineering, prospective students should meet specific eligibility criteria. Candidates typically need a bachelor’s degree in a related field such as computer engineering, electrical engineering, or computer science. Furthermore, applicants may be required to submit proof of English language proficiency through standardized tests like IELTS, PTE, or TOEFL, with minimum scores specified by the university. Detailed application requirements and the timeline for submission can typically be found on the official university website.
In summary, the MASc in Computer Engineering at the University of Guelph is not just an academic program; it is a gateway to a successful career in the technology sector. With a profound emphasis on research, an industry-aligned curriculum, and a dynamic learning environment, this program empowers students to become leaders in their field, equipped to tackle the challenges of tomorrow's technology landscape. Enroll today to embark on a transformative educational journey that will shape your future and propel you towards a successful career in computer engineering.

intake

Duration

24 Months

Ranking

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#483

US World and News Report

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#456

QS World University Rankings

Class Profile

Diversity

Others:

12%

British Columbia:

10%

Alberta:

5%

Quebec:

20%

Ontario:

50%

Manitoba:

2%

Saskatchewan:

1%

Eligibility Criteria

English Proficiency Tests

  • IELTS

    6.5

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  • PTE

    60

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  • TOEFL

    89

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FAQs

  • To apply for the Master of Applied Science in Computer Engineering, prospective students should meet specific eligibility criteria:

    • Candidates typically need a bachelor’s degree in a related field such as computer engineering, electrical engineering, or computer science.
    • Applicants may also be required to submit proof of English language proficiency through standardized tests like IELTS, PTE, or TOEFL, with minimum scores specified by the university.

    For detailed application requirements and the timeline for submission, students can refer to the official university website.

  • The MASc in Computer Engineering program features a comprehensive curriculum that combines both foundational knowledge and advanced topics. Students will:

    • Engage in specialized courses such as Advanced Computer Networks, Machine Learning, and Embedded Systems Design.
    • Participate in hands-on project work, allowing them to apply their learning in practical settings.
    • Be encouraged to engage in independent inquiries, leading to innovative research.
    • Select elective courses tailored to their interests, enabling them to customize their educational journey.
  • The faculty in the MASc in Computer Engineering program utilize a hands-on teaching methodology that emphasizes experiential learning. This approach:

    • Bridges the gap between theory and practice effectively.
    • Encourages collaborative learning and teamwork through group projects and research initiatives.
    • Equips students with practical skills required to excel in the technology industry upon graduation.
  • Graduates of the MASc in Computer Engineering are well-positioned for various career pathways across multiple sectors, including:

    • Technology
    • Telecommunications
    • Automotive
    • Healthcare

    Common job titles include Software Engineer, Systems Architect, Research Scientist, and Project Manager. The skills developed during the program prepare graduates to lead projects and drive technological advancements in their fields.

  • The MASc in Computer Engineering program at the University of Guelph offers several unique features that contribute to student success:

    • A well-rounded curriculum that combines theoretical knowledge with practical experience.
    • Access to state-of-the-art research facilities and high-end laboratories.
    • Opportunities to work closely with esteemed faculty who are leaders in their fields.
    • Extensive industry connections that facilitate internships and job placements.
    • A diverse and inclusive community that welcomes international students.
  • The program places a strong emphasis on research excellence. Students benefit from:

    • Access to robust research facilities and resources.
    • Collaboration with faculty on groundbreaking research initiatives.
    • Opportunities to conduct impactful research that may lead to publications in prestigious journals and presentations at international conferences.

    This infrastructure fosters innovation and contributes to advancements in technology.

  • The University of Guelph has strong connections with local and global tech industries, providing numerous opportunities for:

    • Internships
    • Job placements

    The university actively facilitates networking opportunities, workshops, and career fairs, allowing students to connect with potential employers and industry leaders. This support contributes to a high employability rate for graduates from the program.

  • The MASc in Computer Engineering at the University of Guelph is designed to:

    • Equip students with a profound understanding of both technical and theoretical aspects of computer engineering.
    • Foster innovation through a curriculum that blends foundational knowledge with cutting-edge technologies.
    • Empower students to become leaders in their field, ready to tackle the challenges of tomorrow's technology landscape.

    Ultimately, it serves as a gateway to a successful career in the technology sector.

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