📰 School Feature: Engineering Innovation in Breast Cancer Screening
The University of Manitoba is applying Electrical and Computer Engineering to real-world healthcare innovation. In summer 2026, undergraduate engineering student Nolan Card joined Professor Joe LoVetri’s research team through an Undergraduate Research Award to support the development of a next-generation breast cancer screening system. The project combines ultrasound and microwave imaging and uses breast-tissue and tumour models to test and calibrate the technology. This research highlights how Electrical and Computer Engineering can connect imaging, sensing, electronics and medical applications, while giving undergraduate students hands-on experience in innovative engineering research.
✨View link to read full article on school news webpage.
🏫 Overview of the University of Manitoba
Founded in 1877, the University of Manitoba (UM) is the oldest university in Western Canada and Manitoba’s largest and most research-intensive university. Located in Winnipeg, UM is a member of Canada’s U15 group of research-intensive universities and offers extensive opportunities in research, experiential learning, co-op and industry-connected education.
⚡ Bachelor of Science in Electrical Engineering
The Bachelor of Science in Electrical Engineering prepares students to design electrical and electronic systems for fields such as clean energy, communications and biomedical technology. The program is CEAB-accredited.
📌 Program at a Glance
- Credential: Bachelor of Science (BSc)
- Program requirement:
- Complete the common preliminary year / foundation studies in Engineering
- Complete at least 8 preliminary-year engineering courses before applying to Electrical Engineering
- Meeting the minimum requirements does not guarantee admission to the major
- Expected length: 4–5 years
- Intakes for Direct Entry to Preliminary Engineering:
- Fall (September)
- Winter (January)
- Summer (May)
- Program option: Co-op / Industrial Internship Program
Students first enter Engineering’s preliminary year and later apply for admission to Electrical Engineering.
For direct entry from Manitoba high school, applicants currently require an 80% minimum average, with at least 70% in English 40S, Pre-Calculus Mathematics 40S, Chemistry 40S and Physics 40S. Equivalent international qualifications are assessed by the university.
What Will I Learn?
Students build foundations in mathematics and physical sciences before progressing into topics such as:
- Dynamics and thermodynamics
- Electric fields and circuits
- Energy conversion and transmission
- Electronics, materials and devices
- Communication systems
- Control systems
- Engineering design and instrumentation
- Engineering analysis and problem-solving
- Final-year capstone design project
Students may also pursue recognized focus areas including:
- Biomedical
- Communication Devices
- Power and Energy Systems
- Engineering Physics
Future Career Pathways
Graduates may explore positions such as:
- Electrical Engineer
- Power Systems Engineer
- Communications Engineer
- Control Systems Engineer
- Electronics Engineer
- Biomedical / Medical Device Engineer
Graduates may also explore opportunities related to energy systems, telecommunications, electronics, automation, biomedical technology, research and engineering design.
👉Click to learn more updated information about the Bachelor of Science in Electrical Engineering on University of Manitoba Official Website.
💻 Bachelor of Science in Computer Engineering
The Bachelor of Science in Computer Engineering combines hardware, software and electronics, with study areas including embedded systems, networks, software engineering and biomedical applications. The program is CEAB-accredited.
📌 Program at a Glance
- Credential: Bachelor of Science (BSc)
- Program requirement:
- Complete a common year of foundation studies in Engineering
- Complete at least 8 preliminary-year engineering courses before applying to Computer Engineering
- Meeting the minimum requirements does not guarantee admission to the program
- Expected length: 4–5 years
- Intakes for Direct Entry to preliminary Engineering: :
- Fall (September)
- Winter (January)
- Summer (May)
- Program option: Co-op / Industrial Internship Program
Students first apply to the preliminary year of Engineering before competing for admission to the Computer Engineering major.
For direct entry from Manitoba high school, the current requirement is an 80% minimum average, with no less than 70% in English 40S, Pre-Calculus Mathematics 40S, Chemistry 40S and Physics 40S. Equivalent international qualifications may also be considered.
What Will I Learn?
The program combines engineering, computing and electronics, with core studies in areas such as:
- Computer programming
- Digital hardware
- Digital systems design
- Software engineering
- Algorithms
- Electronics
- Communications
- Electric circuits
- Mathematics and physical sciences
- Thermodynamics
- Hardware and software system design
- Final-year capstone design project
Students can further focus their studies in:
- Biomedical
- Computer Networks and Communications
- Embedded Systems
- Software Engineering
Future Career Pathways
Potential careers include:
- Embedded Systems Engineer
- Hardware Engineer
- Software Engineer
- Computer Networks Engineer
- Medical Device Engineer
- Cloud Engineer
Other potential opportunities include database engineering, avionics engineering, software design, IT consulting, engineering consulting and technical project management.
👉Click to learn more updated information about the Bachelor of Science in Computer Engineering on University of Manitoba Official Website.
⭐ Why Study Electrical and Computer Engineering at the University of Manitoba?
- CEAB-accredited programs that meet Canadian engineering education standards.
- Hands-on learning through labs, technical projects and final-year capstone design.
- Co-op and internship opportunities for paid industry experience.
- Flexible focus areas including biomedical, communications, energy, embedded systems and software engineering.
- Undergraduate research opportunities through faculty-led projects and research awards.
- Research-intensive environment connecting engineering with healthcare, energy and emerging technologies.
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Source: https://umanitoba.ca/
