Major map:
Engineering Physics
Bachelor of Science in Engineering (B.E.) - View all program options
Learn how to get the most out of your degree and prepare for your future career.
Engineering physics is a bridge between pure and applied science, utilizing fundamental concepts in today’s rapidly changing and highly technical engineering environment. An engineering physicist is motivated by the application of science for advancing technology and sustainability.
Not a USask student?
Learn more about studying engineering physics at USask and apply for admission.
Explore your major
Learn more about some of the required major-specific courses for this degree. View the course and program catalogue or meet with an academic advisor to understand all program requirements.
The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.
Fall Term
GE 102.2 | Introduction to Engineering I
GE 112.1 | Engineering Discipline Experience
GE 122.2 | Engineering Mechanics I
GE 132.1 | Engineering Communications I
GE 140.1 | Design I
GE 152.1 | Electrical Circuits I
GE 172.1 | Engineering Programming
CMPT 142.3 | Introduction to Computer Science for Engineers
MATH 133.4 | Engineering Mathematics I
Natural Science Series
BIOL 102.1 | Nature for Engineering
CHEM 142.1 | Global Impact of Chemistry for Engineering
GEOL 102.1 | Introduction to Geology for Engineering
PHYS 152.1 | Introduction to Atoms and Nuclei for Engineering
Winter Term
GE 103.1 | Introduction to Engineering II
GE 123.3 | Engineering Mechanics II
GE 133.2 | Engineering Communication II
GE 143.2 | Design II
GE 153.2 | Electrical Circuits II
CHEM 146.3 | General Chemistry for Engineering
MATH 134.3 | Engineering Mathematics II
PHYS 156.3 | Electromagnetism and Waves for Engineering
Discipline bridge course:
- CMPT 146.3 | Principles of Computer Science for Engineers
Academic tips
- Explore information about the Engineering Physics program in the course and program catalogue
- Meet with an academic advisor in the Engineering Student Centre, or the Undergraduate Program Chair in Engineering Physics, for help choosing your courses and planning your degree
- Maintain a minimum yearly average of 60% to advance to the next year of the program
- First-year grades matter – entry into Engineering Physics is competitive, and acceptance into the program is based on your cumulative average from First Year
- Visit the student Learning Hub for help developing your academic skills
- Apply for College of Engineering and university scholarships, awards and bursaries
- Read the College of Engineering weekly e-newsletter, “The Explorer”, sent out every two weeks during the academic year
What will I learn?
- Learn about concepts of pure and applied science, utilizing fundamental concepts in today's rapidly changing and highly technical engineering environment
- Understand the foundations of modern scientific principles, mathematical rigour, and engineering practice
- Learn about physics, specifically optics, mechanics, electronics, instrumentation, and modelling
Gain relevant experience
- Familiarize yourself with study abroad programs to make informed decisions in your later years of study
- Explore undergraduate research opportunities with internationally recognized faculty and their research groups
- Apply to the Engineering Co-op Internship Program (ECIP) and complete one or more paid engineering internships (4, 8, 12, or 16 months) to gain experience towards registration as a Professional Engineer
- Join one of several student design teams in the College of Engineering:
Huskie Formula Racing
Steel Bridge Design Team
USask Aero Design Team
USask Sled Dogs Quarter-Scale Tractor Team
USask Space Design Team
Create local and global connections
- Visit the USask Community Centre to make connections and build community
- Get involved in your campus community through student groups, campus rec, and USask events
- Get to know your faculty and their research interests
- Connect with the Saskatoon Engineering Students' Society (SESS) and/or the Physics and Engineering Physics Students' Society (PEPSS)
- Become a member of a student professional association:
Canadian Association of Physicists (CAP)
Engineers Without Borders
Get career ready
- Meet with a career educator at Career Services to explore your career possibilities
- Take a career assessment to learn more about your strengths, personality, interests, and values
- Create your résumé and cover letter to take advantage of part-time and summer job opportunities
- Develop your LinkedIn profile to begin building your professional brand
- Apply to the Engineering Co-op Internship Program (ECIP) and complete one or more paid engineering internships (4, 8, 12, or 16 months) to gain experience towards registration as a Professional Engineer
Featured courses
- EP 320.3 Discrete Linear Systems and Control Theory
- EP 325.3 Optical Systems Design
- EP 428.3 Computational Engineering Physics
- EP 440.3 Space Systems Design
- PHYS 252.3 Foundations of Modern Physics
Explore your major
Learn more about some of the required major-specific courses for this degree. View the course and program catalogue or meet with an academic advisor to understand all program requirements.
The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.
Fall Term
EE 232.3 | Digital Electronics
EP 202.3 | Electric and Magnetic Fields and Circuits
EP 253.1 | Modern Physics Laboratory I
MATH 223.3 | Calculus III for Engineers
PHYS 252.3 | Foundations of Modern Physics
RCM 200.3 | Effective Professional Communication
Winter Term
EE 221.3 | Analog Electronics
EP 214.3 | Analog Signals and Systems
EP 228.3 | Computer Tools for Engineering Physics
MATH 224.3 | Calculus IV for Engineers
PHYS 223.3 | Mechanics I
STAT 241.3 | Probability Theory
You choose
- One course (3 c.u.) from either EP 271.3 Heat Kinetic Theory and Thermodynamics, OR ME 227.3 Thermodynamics I
- From a variety of courses to fulfill your degree requirements
The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.
Fall Term
EE 321.3 | Advanced Analog Electronics and Instrumentation
EP 353.2 | Modern Physics Laboratory II
PHYS 356.3 | Intermediate Electromagnetism
PHYS 383.3 | Quantum Mechanics I
MATH 331.3 | Applied Differential Equations
Winter Term
EP 317.3 | Applied Physics of Materials
EP 320.3 | Discrete Linear Systems and Control Theory
EP 325.3 | Optical Systems Design
EP 354.2 | Modern Physics Laboratory III
PHYS 323.3 | Mechanics II
You choose
- Two courses (6 c.u.) of Engineering Physics Requirements
Academic tips
- Meet with an academic advisor in the Engineering Student Centre, or the Undergraduate Program Chair in Engineering Physics, for help choosing your courses and planning your degree
- Maintain a minimum yearly average of 60% to advance to the next year of the program
- Apply for College of Engineering and university scholarships, awards and bursaries
Add to your major
Choose from a variety of options to complement your major.
- Engineering Co-op Internship Program
- Persuasive Communication (certificate)
- Leadership and Negotiation (certificate)
- Technical and Professional Writing (certificate)
- Technological Innovation (certificate)
Gain relevant experience
- Explore study abroad options or gain support as an international student through the International Student and Study Abroad Centre (ISSAC)
- Become a peer mentor through the University Library or Peer Health
- Sign up for a Student Undergraduate Research Experience (SURE)
- Get involved in research by applying for a research assistantship
- Apply to the Engineering Co-op Internship Program (ECIP) and complete one or more paid engineering internships (4, 8, 12, or 16 months) to gain experience towards registration as a Professional Engineer
- Join one of several student design teams in the College of Engineering:
Huskie Formula Racing
Steel Bridge Design Team
USask Aero Design Team
USask Sled Dogs Quarter-Scale Tractor Team
USask Space Design Team
Create local and global connections
- Engage with your community through volunteering
- Meet with new people and grow your cultural understanding through Building Bridges and Global Connections
- Join the Saskatoon Engineering Students' Society (SESS) and/or the Physics and Engineering Physics Students' Society (PEPSS)
- Become a member of a student professional association:
Canadian Association of Physicists (CAP)
Engineers Without Borders
Get career ready
- Discover job opportunities, explore career options, and meet professionals at Career Services events and career fairs
- Explore experiential learning opportunities to gain relevant experience and skills
- Expand your professional network on LinkedIn
- Get a better understanding of your career possibilities through career informational interviews
- Conduct occupational research through Job Bank and LinkedIn
- Apply to the Engineering Co-op Internship Program (ECIP) and complete one or more paid engineering internships (4, 8, 12, or 16 months) to gain experience towards registration as a Professional Engineer
USask Student Competencies
USask Student Competencies are the knowledge, skills, and attributes developed and leveraged to achieve success in your learning and work:
- Engaging in our intercultural society
- Nurturing successful relationships
- Leveraging technology
- Adaptive design and problem solving
- Communicating meaningfully
- Cultivating well-being
Explore your major
Learn more about some of the required major-specific courses for this degree. View the course and program catalogue or meet with an academic advisor to understand all program requirements.
The courses listed here and in the Course and Program Catalogue are not necessarily offered each year and do not represent the totality of your requirements.
Fall Term
EP 413.3 | Instrumentation and Design
EP 417.3 | Advanced Materials Science with Applications
EP 421.3 | Advanced Optics
GE 348.3 | Engineering Economics
PHYS 456.3 | Electricity and Magnetism II
Winter Term
GE 449.3 | Engineering in Society
EP 428.3 | Computational Engineering Physics
Fall and Winter Terms
PHYS 490.0 | Physics Seminars
You choose
- One course (3 c.u.) from Engineering Physics Requirements
- One course (3 c.u.) from Senior Humanities/Social elective
- One course (3 c.u.) from Complementary Studies elective
- One course (6 c.u.) from either EP 495.6 Capstone Design Project, OR GE 495.6 Technological Innovation Capstone Design Project (Department permission required)
Academic tips
- Specialize, update your knowledge, and acquire research experience and skills by pursuing a Master’s degree in Physics and Engineering Physics
- Consider completing a certificate offered by the Graham School of Professional Development in the College of Engineering
Consider applying to a graduate program
- Physics and Engineering Physics (M.Sc., Ph.D.)
Gain relevant experience
- Consider running for a leadership position with the Saskatoon Engineering Students' Society (SESS) and/or the Physics and Engineering Physics Students' Society (PEPSS)
Create local and global connections
- Join the USask Alumni and Friends community
Get career ready
- Update your résumé, cover letter or CV to apply for jobs
- Attend Careers Day to meet with employers and make connections
- Book a Mock Interview appointment with Career Services to prepare for your interview
- Explore experiential learning opportunities to gain relevant experience and skills
- If you are new to Canada, take time to learn about how to search for a job in Canada
USask Student Competencies
USask Student Competencies are the knowledge, skills, and attributes developed and leveraged to achieve success in your learning and work:
- Engaging in our intercultural society
- Nurturing successful relationships
- Leveraging technology
- Adaptive design and problem solving
- Communicating meaningfully
- Cultivating well-being
Possible destinations
People with an engineering physics degree take their knowledge and skills into many different industries and occupations. Note that some of the career paths listed here require further education and training.
Designations
Since the Bachelor of Science in Engineering (B.E.) program in Engineering Physics is accredited by Engineers Canada, graduates can apply immediately to any provincial or territorial licensing body in Canada to become an Engineer in Training once they have completed their degree. After completing four years of relevant engineering work experience and passing the National Professional Practice Exam, Engineers in Training are then eligible to be licensed as a Professional Engineer (P.Eng. designation). Our graduates are also recognized internationally through the Washington Accord of the International Engineering Alliance.
USask alumni career paths
- Acoustical Engineer
- Aerodynamicist
- Aeronautical Engineer
- Aerospace Engineer
- Air Traffic Controller
- Astronautical Engineer
- Astronomer
- Astrophysicist
- Biophysicist
- Cardiac Imaging Researcher
- Electronics Engineer
- Energy Efficiency Engineer
- Geophysicist
- Health Physicist
- Materials Scientist
- Medical Laboratory Technologist
- Meteorologist
- Molecular Biophysicist
- MRI Technologist
- Nanotechnologist
- Nuclear Physicist
- Physicist
- Plasma Physicist
- Quantitative Analyst
- Research Assistant
- Robotics Technologist
- Science Writer
- Seismologist
- Structural Engineer
- University Professor
The value of my degree lies in its versatility and strong foundation in both fundamental science and applied engineering. Because of its interdisciplinary nature, my degree prepares me for a wide range of career paths. It opens opportunities in specialized fields like quantum computing, nuclear engineering, energy systems, materials science, and space systems design. Additionally, it provides a strong foundation for pursuing graduate studies, which can further specialize my expertise in a particular field. Overall, my degree equips me with a flexible and future-ready skill set, allowing me to adapt to evolving technologies and pursue opportunities across multiple engineering and scientific domains.
—Nishok, fourth-year student in engineering physics
Where do USask alumni work?
- Army National Guard
- Bombardier
- BP
- Calgary Board Education
- Calian Group
- Cameco
- Cameco Corporation
- Canadian Nuclear Laboratories
- Coanda Research and Developments
- DefenseStorm
- Delco Automation
- Dordt University
- Ford
- Garmin
- Honeywell Aerospace
- IBM
- LightMachinery
- MDA Space
- Natural Resources Canada
- Poly
- Siemens
- University of Calgary
- University of California, Berkeley
- University of Saskatchewan
- Vecima Networks
Explore Canadian salaries for various occupations using the Job Bank Career Planning Tool
"The most valuable part of my program has been the focus on undergraduate research, right from year 1, I was able to collaborate with professors and earn invaluable experiences working on research programs. I think my degree in Engineering Physics provides me with a strong foundation in fundamental physics/maths while also training me to apply those concepts to real-world engineering problems. I can not only understand the underlying physics behind a problem, but also design and test real solutions. I plan to leverage this combination in roles such as R&D or systems engineering."
—Adhyan, second-year student in engineering physics
"I have always had an interest in physics and love learning the fundamental ways that the world works. EP offers the physics knowledge required to bridge between pure physics and practical application through engineering.I have also been fascinated by the potential of nuclear energy (both fission and fusion), and EP offers a good path towards that industry."
—River, third-year student in engineering physics