Colorectal cancer (CRC) is the second leading cause of cancer-related deaths in Canada, with over 24,000 new cases and 9,300 deaths reported in 2023. Early detection significantly improves survival rates, yet current screening methods, such as stool-based tests and colonoscopies, have major limitations. Fecal tests often produce false positives, leading to unnecessary and invasive colonoscopies, […]

This project develops WearNovAIN, a wearable sweat-based diagnostic patch for early-stage breast cancer detection. Combining colorimetric sensing and AI analysis, it aims to provide a low-cost, non-invasive solution for underserved communities.

This project focuses on the commercialization of a compact, high-efficiency heat exchanger developed using advanced lattice geometries and additive manufacturing technologies. Designed to meet the thermal management needs of space-constrained systems, the innovation offers significant advantages in size, weight, and performance over traditional heat exchangers. The intern, Sanjoy Dam, will conduct market research, customer discovery, […]

This project focuses on solving key problems in large-scale pellet-fed 3D printing, a technology that holds great promise for cost-effective, sustainable manufacturing. Unlike traditional 3D printers that use expensive filaments, pellet-fed printers use raw plastic pellets directly, making them more affordable and flexible for industries like construction, automotive, and tooling. However, the current systems have […]

This project will support the development of DeepScript, a software platform that helps researchers find promising small molecules for drug discovery without needing to run large and expensive screening campaigns. Instead of testing hundreds of thousands of compounds, DeepScript uses biological data and artificial intelligence to predict which existing compounds are most likely to work […]

This project aims to develop next-generation dental implants using Yttria (Y2O3)–Zirconia (ZrO2) composites through advanced ceramic additive manufacturing. The work will begin with a pre-prototyping validation survey to assess market needs, clinical requirements, and user preferences. Based on the survey findings, material and process optimization will be carried out to produce clinically viable prototypes. The […]

This project focuses on creating a low-cost, paper-based sensor that can quickly detect and archive Pseudomonas aeruginosa, a harmful bacterium found in both medical and environmental settings. This includes infections in hospitals and contamination in water systems—two areas where fast, accurate detection is essential for protecting public health. The sensor leverages smart electrochemical technology to […]

Online dating platforms struggle to balance emotional intimacy with user privacy. Most rely on static profiles and text-based chats, which lack the non-verbal cues—like gaze, facial expressions, and body language—that are essential for building trust. While video calls attempt to fill this gap, they introduce two critical issues: First, fixed camera angles in conventional video […]

Oculum is developing a new imaging system to improve how eye surgeons see delicate, transparent tissues during surgery—without the need for chemical dyes, which are often risky and not approved for many procedures. This project will help Oculum move from early research to real-world use by building the business and operational tools needed to bring […]

mTatt is a medtech startup developing functional microtattoos for real-time, at-home health monitoring. Using dissolving microneedles — biocompatible structures under 1 mm in length — we painlessly deliver fluorescent sensors into the skin, creating a functional tattoo. These sensors respond to key biomarkers like NT-proBNP, glucose, or electrolytes, providing clinically valuable insights without blood draws […]

**Public Project Overview** This project will develop a new type of robotic tool for sanding, grinding, and polishing using advanced magneto-rheological (MR) actuators. Unlike traditional tools that rely on air pressure or electric servo motors, the MR-based tool can quickly and smoothly adjust how hard it pushes on a surface, making it ideal for high-precision […]

This project will support the early development of CORIMA, a new digital platform designed to help ports and other industries improve how different organizations work together to manage safety and risk. The platform is based on research done at Dalhousie University and uses a systems-thinking approach to identify gaps in coordination that can lead to […]