Engineering Physics

 



Engineering Physics is one of the most competitive engineering programs at UBC. Our co-op employers have found our students to be extremely bright, creative and highly-motivated. They are well suited in both R&D settings and traditional engineering positions. This unique five-year program provides students with comprehensive training in engineering along with a strong foundation in mathematics, physics, and applied technologies. The program also provides hands-on project experience to our students such as the Instrument Design course (Robotics Competition) and Project Labs to prepare them for solving challenging technical problems in the workplace. In addition, some students also participate in extra-curricular activities such as the Space Elevator team and Supermileage team and have won recognition for their outstanding accomplishments and achievements.

With the excellent academic training, our Engineering Physics students are equipped to be on the cutting edge of technology. Our students are well integrated into industries like Aerospace, Alternative Energy Research, Robotics and Automation, Nanotechnology, Applied Physics, Electronics, Optics and Photonics, Biotechnology, Software Development etc. By understanding the theory behind new ideas, students play a critical role in the process of taking those new ideas from concept to practical application.

The skills and experience offered by the students depend on the number of academic and work terms completed, as well as their field of specialization. Students specialize in one of the four areas:

  1. Electrical Engineering
  2. Mechanical Engineering
  3. Mechatronic Sciences

Student Availability

Employment
Starts In
Level Number of Months Available Academic Year Level
January Juniors 4 2
May Seniors 4 or 8 3 or 4
September Seniors 4 4

Student Skill Sets

  • Product development and testing, data collection and analysis
  • Laser and optical applications
  • Mechanical design and machining
  • Robotics and automation
  • Alternative fuel cell research
  • Aerospace application
  • Automotive design and manufacturing
  • Prototyping and design
  • Test bench construction and design
  • Analog, digital and integrated circuits
  • Software development and database development
  • Electronic assembly and testing
  • Conducting laboratory experiments and instrument design
  • C++, C, Java, Perl, SQL, Labview, Matlab, AutoCad

Hire a Student

Post a job description with the Science Co-op office.