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School of Engineering Science

Operating at the frontiers of innovation, an education in engineering science opens doors to a wide array of career paths in a high-tech job market that is growing exponentially. Our graduates become electronics engineers, biomedical engineers, engineering physicists, automotive engineers, computer engineers, robotics specialists or information scientists.

About Us

The School of Engineering Science at Simon Fraser University aspires to excel in engineering education and research, training innovative thinkers and leaders equipped with robust scientific foundations and hands-on design skills.

We aim to contribute to societal advancement by expanding technological boundaries, nurturing collaborative research, and cultivating a community that thrives on continuous learning and impactful solutions.

Our Faculty

Combining electronics, computing and systems design, engineering scientists develop high-tech solutions for an infinite field of human challenges. This could range from inventing new tablet devices or creating the latest heart pacemakers to building an ultra-efficient service robot or streamlining the functions of the next generation of satellites.

We are not a traditional engineering school. Located within SFU’s Faculty of Applied Sciences, we operate at the frontiers of technological development.

Our award-winning instructors inspire, challenge and train our students to become the next generation of real-world innovators.

All of our programs are fully accredited by the Canadian Engineering Accreditation Board, meeting national education standards.

Why Choose Engineering Science at SFU?

#1


In Canada for Innovation

World University Rankings 2023

90%

of our recent graduates have secured employment

BC Baccalaureate Graduates Survey 2022

$80,250


median salary

BC Baccalaureate Graduates Survey 2022

Learn more about our programs within the School of Engineering Science

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Hire our students

Our students acquire a rich foundation of skills then work with our faculty to drive and develop new ideas within our five main program areas: biomedical engineering, computer engineering, electronics engineering, engineering physics and systems engineering.

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Collaborate on Research Projects

The School of Engineering Science is renowned for innovation and achievement in research. Our world-class faculty and highly engaged students operate at the pioneering edges of technology – supported by productive relationships with industry partners in Metro Vancouver and beyond.

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Our History

2023

  • Cheng Li is appointed as the Director of the School of Engineering Science
  • Engineering students, Adam Spelrem, Thomas Challis, Yu-Xing Lim and Zachary Spencer take first-place at the Western Engineering Competition
  • Engineering science student, Aru Bhola, and sustainable energy engineering student, Erin Flood, took home a first-place prize at this year’s Canadian Engineering Competition (CEC)

2022

  • We welcome back our alumni from the School of Engineering Science, who graduated virtually in 2020 and 2021 to our in-person celebration
  • Jie Liang has been elected as Fellow of the Canadian Academy of Engineering (CAE)
  • Michael Adachi is a recipient of the Michael Smith Health Research BC 2022 Scholar Award

2020

  • Faisal Beg, Ivan Bajic, Jie Liang and Marinko Sarunic received funding from the Canada Foundation for Innovation’s (CFI) John R. Evans Leaders Fund (JELF) for Artificial Intelligence Engineering and Visualization Lab
  • Bonnie Gray is part of an NRC-IRAP to support a BC Company metabolic insights
  • Faisal Beg was PI on a 2020 MSFHR (Michael Smith Foundation for Health Research) Innovation to Commercialization Award funded to build a fully automated AI solution to measure body composition from routinely acquired CT images in Oncology/Sarcopenia/Cachexia

2019

  • Metro Vancouver YWCA nominated Careesa Liu, a PhD student in the School of Engineering Science, for a 2019 Women of Distinction Award
  • Michael Adachi and Zhenman Fang received Canada Foundation of Innovation (CFI) Funds

2018

  • Marinko Sarunic receives BCIC Ignite Award for Retinal Imaging Technology and MSFHR Innovation to Commercialization Awards
  • Andrew Rawicz to complete ‘Walk Around The World’, with over 40,000 kilometres
  • Teresa Cheung has received funding from a joint initiative of the Rick Hansen Institute, IC-IMPACTS and the Indian Spinal Injuries Centre

2017

  • Lesley Shannon wins the Diversity Champion award from the Vancouver Board of Trade for being a sponsor of diversity and equality at an organizational level
  • SFU Engineering Science students take 1st prize in Western Engineering Competition for third consecutive year

2016

  • Bernhard Rabus named NSERC Industrial Research Chair in Synthetic Aperture Radar (SAR).
  • SFU Engineering Science students take 1st prize in Western Engineering Competition for second consecutive year

2015

  • Lesley Shannon named NSERC Chair for Women in Science and Engineering.
  • Ash Parameswaran inducted as a fellow of the Canadian Academy of Engineering (CAE).
  • Innovation Boulevard medical imaging lab led by Ryan D'Arcy receives $3.6 million in federal investment

2014

  • British Columbia Alzheimer's Research Award Program awards Faisal Beg $1.5 million to help find solutions to Alzheimer’s disease and related dementias.
  • Lesley Shannon is awarded the APEGBC Teaching Award for Excellence in Engineering and Geoscience Education.
  • The Canadian Foundation for Innovation (CFI) gives an award to Ryan D'Arcy to help establish his medical imaging lab at the hospital, where it will serve as a cornerstone to Surrey’s new health sciences initiative Innovation Boulevard.

2013

2011

  • Graduate student Andrew Au wins First Place in the 2011 BCNET Digital Media Challenge for his project that merges videos to create a 3D experience.
  • John Jones is awarded the APEGBC Teaching Award for Excellence in Engineering and Geoscience Education.
  • Ash Parameswaran is one of three Simon Fraser University professors to be recognized with an SFU Excellence in Teaching award.
  • The Mechatronic Systems Engineering program delivered at SFU Surrey receives accreditation from the Canadian Engineering Accreditation Board (CEAB).
  • John Jones becomes Director of the School of Engineering Science.

2010

  • John Jones is one of three Simon Fraser University professors to be recognized with an SFU Excellence in Teaching award.
  • Systems One is launched at SFU Surrey, a new cohort program for students entering their first year of studies in the Faculty of Applied Sciences.  Combining core courses in both Mechatronic Systems Engineering and Software Systems, this direct-entry program provides students with a streamlined pathway into Surrey-based programs in the Faculty of Applied Sciences.

2009

  • The Schools of Engineering and Computing Science form the re-structured Faculty of Applied Sciences, whose new focus is on high-technology and computational teaching and research.

2008

  • The Mechatronic Systems Engineering program and the Business School start a five-year co-op based "Double-Degree" Program.

2007

  • In April 2007, the Mechatronic Systems Engineering curriculum passed and received Senate Approval.
  • In September 2007, the new Mechatronic Systems Engineering Program accepts its first students – 65 undergraduates plus a group of graduate students located at SFU Surrey.
  • Mehrdad Saif is elected for a second five-year term as Director of the School.

2005

  • Engineering Science launches new Biomedical Engineering program. First students accepted into program start September 2005.

2004

  • Engineering Science student David Press wins the Governor-General’s Silver Medal for the top undergraduate student in SFU for attaining near perfect grades and the highest marks in the School of Engineering’s 21-year history.
  • Renovation planning begins in the Applied Sciences Building, including plans for a Wireless Communication Lab for research.
  • A proposal to offer the Mechatronic Systems Engineering (MSE) program at SFU Surrey is submitted and approved. Over the next three years, program planning takes place.

2003

  • Engineering Science professor John Bird develops sonar technology that provides high-resolution 3D underwater acoustic mappings and imaging allowing users to view the ocean floor in three dimensions.
  • Engineering Science graduate student Martin Dvorak is the recipient of a 2003 Natural Sciences and Engineering Research Council doctoral prize for his creation of the world’s fastest bipolar transistor, a microscopic device that controls signals transmitted on optical fibers.
  • SFU Engineering Science students win five awards in the Canadian Engineering Competition 2003 – more than any other competing institutions.
  • SFU Engineering Science students win more than half of the communication awards at the annual ASI Exchange, organized by the Advanced Systems Institute of BC. SFU Engineering Science graduate students win eight out of 15 possible awards, while all undergraduate awards go to SFU Engineering Science undergraduate students.

2002

  • The B.C. Government Doubling the Opportunity (DTO) program begins, and SFU Engineering sets on a path of major expansion.
  • Mehrdad Saif takes on the Directorship of the School.

2001

  • Engineering Science professor Jim Cavers receives the R.A. McLachlan Memorial Award – APEGBC’s highest honor for a professional engineer.
  • SFU Engineering Science professor Colombo Bolognesi and Engineering Physics professor Simon Watkins jointly receive the 2001 New Frontiers in Research Award from the Science Council of BC for their work in the development of semiconductor devices based on new alloy crystals.
  • SFU Engineering Science professor Albert Leung wins the prestigious $100,000 Preston Manning Principal Award for Innovation for his invention of the micromachined thermal accelerometer.
  • SFU Engineering Science students are the grand prize winners of the $50,000 New Ventures BC Competition for their development of Air Games Wireless Inc.
  • SFU Engineering Science student Maria Trinh wins the 2001 Premier’s Award for young women in science.

1999

  • SFU Engineering Science professor Albert Leung develops and licenses his micromachined thermal accelerometer. The $1 billion market for inertial sensors finds use of his device ranging from smart shoes to NASA experiments in Mars.
  • SFU Engineering Science students design a mattress to help prevent Sudden Infant Death Syndrome.
  • SFU Engineering Science students design automated pill dispenser to aid forgetful seniors in remembering to take their pills.

1998

  • Engineering Science professor Jim Cavers wins the prestigious $100,000 Preston Manning Principal Award for Innovation for his invention of the adaptive digital predistorter, a device that increases the transmission capability of digital communications systems.

1997

  • Engineering Science student Lalit Nathawad earns the Governor-General Silver Medal as SFU’s top undergraduate student.
  • SFU Engineering Science hosts the first Micro Robot Soccer Tournament in Canada.
  • Engineering Science graduate student Pavel Heintz places fourth in the International Competition of Aerial Robotics in Orlando, Florida.
  • SFU Engineering Science graduate students William W. Li and Ali Faraz win “Best Student Exhibit” Award at the 1997 ASI Exchange.

1996

  • SFU Engineer Tim Collins wins the prestigious $100,000 Preston Manning Principal Award for his development of the V-chip as a simple mechanism for parents to control what their children watch on TV.
  • US President Bill Clinton signs the Telecommunications Act of 1996, requiring all future TV sets to include the V-Chip, invention of SFU Engineer Tim Collins.
  • Engineering Science professor Bill Gruver and Vladimir Cuperman elected Fellows of the IEEE.

1995

  • Engineering Science student Andreas Huster wins Governor-General’s Silver Medal as SFU’s top undergraduate student.
  • SFU Engineering Sciences’ Institute for Micromachining and Microfabrication research (IMMR) and the Japanese governments’ Mechanical Engineering Laboratory form micromachining partnership.
  • Tom Calvert wins the Xerox Canada-Forum Award.
  • Engineering Science professor Jim Cavers wins the prestigious BC Gold Medal in Engineering and Applied Sciences, presented by the Science Council of BC.

1994

  • SFU engineering students win “Best of Show” plus a gold prize in the domestic robot category for their improved MacroDog project at the annual BEAM Robot Olympics.

1993

  • First PhD degree awarded.
  • Faculty members: 22.
  • Undergraduate students: 245.
  • Graduate students: 92 (33 MEng, 41 MASc, 18 PhD).
  • SFU Engineering students win gold medal for technical excellence for their MacroDog project – plus silver for their innovative vision system –during the annual BEAM Robot Olympics.

1990

  • First MEng degree awarded.
  • First students admitted to the PhD program.

1989

  • First MASc degree awarded.
  • Move to the Applied Science Building.

1987

  • First students admitted to the Master of Applied Science Program.

1986

  • Engineering Science accredited by the Canadian Council of Professional Engineers.
  • First BASc degrees awarded.
  • First students admitted to the Master of Engineering Program (a part-time program designed for practicing engineers).

1985

  • First international internship: Mark Frass joins the Sony Corporation in Japan to complete his undergraduate thesis.
  • Renamed the School of Engineering Science under the Faculty of Applied Sciences.
  • Donald George appointed Dean of Applied Sciences and continues as Director of School of Engineering Science.
  • Move to the Academic Quadrangle with lab facilities in the old South Court Lounge.

1984

  • First industrial research contract awarded by Mobile Data International.
  • Evening graduate courses start on a special arrangements basis for practicing engineers.
  • First internships: 24 students placed at companies including Glenayre Electronics, IBM, MacDonald Dettwiler & Associates, Microtel Pacific Research, Robotic Systems International, Triumf and Vancouver General Hospital.

1983

  • Funding received from the government to officially establish Engineering Sciences.
  • 1st and 2nd year classes of 33 and 25 students, respectively, admitted.
  • Jim Cavers joins Donald George and Tom Calvert as the program's first professors.
  • Facilities: one small lecture room on the 7th floor of the Library.
  • Move to larger facilities in the Multi-Purpose Complex.

1981

  • Proposal for a traditional engineering program awarded to University of Victoria but SFU receives approval from the Universities Council of BC to develop Engineering Science, focusing on the high-tech side of engineering.
  • Donald George joins SFU as Visiting Professor of Computing Science. He heads the planning of a distinct engineering program to produce well-educated, innovative engineer-scientists with entrepreneurial skills and attitudes oriented to new technologies.
  • Donald George appointed as Director of Engineering.

1980

  • Senate approves a formal planning process.
  • Tom Calvert, as Director of Engineering, heads the planning committee to develop a traditional engineering program at SFU.
  • Carleton University’s Donald George is hired as one of the external consultants assisting with planning.

1979

  • Tom Calvert chairs an ad hoc committee examining the feasibility of establishing Engineering at SFU.

Our vision and mission

Vision

The School of Engineering Science at Simon Fraser University aspires to excel in engineering education and research, training innovative thinkers and leaders equipped with robust scientific foundations and hands-on design skills. We aim to contribute to societal advancement by expanding technological boundaries, nurturing collaborative research, and cultivating a community that thrives on continuous learning and impactful solutions.

Mission

Our mission is to deliver the highest quality of education and research in key areas that drive and address society’s technological needs. We craft future engineering professionals, leaders, thinkers, and perpetual learners who navigate beyond boundaries. In collaboration with industry and community partners, we create innovative solutions to societal challenges.