Engineering Physics, McMaster University

Engineering Physics, McMaster University Engineering Physics teaches the application of modern physics concepts towards the engineering of new technological advances.

Engineering Physics is based on a broad scientific basis, but in contrast to the approach of science departments, brings these fundamentals to bear on a wide range of problems of current relevance to engineering and technology. Thus students will acquire a strong background in mathematics and basic science, as well as engineering principles, and will through the undergraduate program be able to ap

ply this knowledge to a wide range of applications. We regard this interdisciplinary aspect of our discipline as one of its key strengths. Indeed, this has opened many doors for our graduates and allowed them to excel in diverse high-technology areas in a rapidly changing world.

A breakthrough years in the making.EngPhys' own Dr. Leyla Soleymani alongside Dr. Mahla Poudineh from the University of...
06/10/2026

A breakthrough years in the making.

EngPhys' own Dr. Leyla Soleymani alongside Dr. Mahla Poudineh from the University of Waterloo are developing the Wearable Aptalyzer, a tiny, minimally invasive patch designed to continuously monitor glucose, ketones, and other important health markers in real time.

Unlike current continuous glucose monitors, the device uses microscopic hydrogel needles that are less than a millimeter long, with the goal of providing a more comfortable monitoring experience.

The technology could have a major impact on diabetes management by helping users track both glucose and ketone levels continuously, while also opening the door to monitoring other biomarkers in the future.

Innovations like this highlight how engineering research can transform healthcare and improve quality of life for millions of people.

05/19/2026

Have you ever thought about building your own interactive game? 🎯 

This student-created version of Duck Hunt combines engineering, sensors, and creativity, taking a classic game and making it into a fully hands on experience.

This is just one of the many creative projects coming out of ENGPHYS 3L04!

What would you build?

Created by: Humaam and Aaryan

Donna Strickland continues to inspire the next generation!As a proud McMaster Engineering Physics Alumni, Donna Strickla...
05/13/2026

Donna Strickland continues to inspire the next generation!

As a proud McMaster Engineering Physics Alumni, Donna Strickland earned the 2018 Nobel Prize in Physics for her ground breaking work in laser physics, becoming the first woman in 55 years to receive the award.

Today she is focused on putting the fun back in physics, encouraging students to experiment, explore and ask big questions.

Read the full article, link in our bio.

05/08/2026

Introducing McMaster’s Bachelor of Nuclear Engineering.

Built for the next generation of innovators, problem-solvers and leaders ready to power the future of clean energy. From reactor access to hands-on learning and industry connections, there’s no better place to launch what’s next.

This is
And we’re just getting started.

Follow to keep up with this exciting new program!

05/06/2026

Something is shifting at our core.
Friday.
05.08.2026

05/04/2026

A disturbance in the force…
Something powerful is coming Friday 👀

Congratulations to Jeff Gajdacs for the successful defense of the MASc thesis titled “A Vision-Based Measurement System ...
05/01/2026

Congratulations to Jeff Gajdacs for the successful defense of the MASc thesis titled “A Vision-Based Measurement System for Kinematic Analysis in Remote Physiotherapy Application”.

04/30/2026

What if conducting music was as intuitive as moving your hands?

Introducing Measure for Measure 🎶

This EngPhys 3L04 group designed a wireless conductor’s baton that turns motion into music.

👏 Clap to play/pause
📈 Tilt to control volume
🎵 Swing to set the tempo

Using motion sensors and Bluetooth connectivity, their custom-built system connects directly to a digital audio workstation, bringing orchestral conducting into the digital age.

Engineering meets music. Precision meets creativity.

Who wants to see more awesome projects from this year? 🙋‍♀️

04/27/2026

Another awesome Capstone project from this year! RADMAP!

This radiation dose-rate mapping system is designed for underwater surveys in the McMaster Nuclear Reactor. Using two cameras, a reference tag, and an ROV-mounted probe, the system triangulates position and pairs it with real-time radiation measurements to generate a 3D map of dose rates.

Watch the full video in depth on our YouTube. Link in bio

04/22/2026

Another EngPhys Capstone making a real-world impact (literally)

CAPS is a real-time impact detection system embedded within a helmet liner, designed to measure and map head impacts using a distributed network of sensors. By capturing both the magnitude and location of impacts, the system provides actionable telemetry that enables faster, data-driven decisions to enhance safety across sports and industrial environments.

To watch the full breakdown and see how it all works, head to our YouTube.
🔗link in our bio

Address

1280 Main Street West, John Hodgins Engineering Building, Room A315
Hamilton, ON
L8S4L7

Opening Hours

Monday 9am - 4pm
Tuesday 9am - 4pm
Wednesday 9am - 4pm
Thursday 9am - 4pm
Friday 9am - 4pm

Telephone

+19055259140

Website

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