Research Project Papers

Computer Simulation of Laser Engraving: A Proof of Concept

Faculty: Dr. Hamidreza Karbasi, PhD, P.Eng., Integrated Advanced Manufacturing Technologies (IAMT)

Laser engraving is becoming an appealing option for those applications where previously Electrical Discharge Machining (EDM) was the only choice because of its advantages with practicability, time and cost. The main purpose of this research project was to develop a proof of concept software that could simulate the geometry of engraved surface and estimate the depth and width of an engraved groove and its associated laser parameters.

Intercultural Communication: A “Foundation?Competency in Health Informatics

Faculty: Dr. Yuri Kagolovsky, MD, MSc, Health Informatics, School of Health Sciences & Kathryn Brillinger, Med, Liberal Studies & Essential Skills

The complexity of health informatics (HI) projects necessitates a solid base of skills and knowledge in a variety of different fields. Case studies are an excellent way to introduce this complexity without overwhelming students. The main purpose of this research paper is to present clear guidelines for choosing and using case studies, and to describe how they have been used in a four-year HI degree program.

A Systematic Approach to Using Case Studies in Health Informatics Education

Faculty: Dr. Yuri Kagolovsky, MD, MSc, Health Informatics, School of Health Sciences & Kathryn Brillinger, Med, Liberal Studies & Essential Skills

Health informatics (HI) projects are very diverse endeavours involving a complex mosaic of "cultures." Intercultural communication (ICC) is missing from HI education and this impedes the development of a variety of important skills. The main purpose of this research paper is to outline the model and principles that HI educators can apply in their teaching. Two courses currently taught in HI degree program are described.

Development of Integrated HVAC Units for Multi-Unit Residential Buildings

Faculty: Colin McGugan, B.A.Sc., M.Eng., P.Eng., School of Engineering and Information Technology

This project targets the development of an Integrated In-Suite Ventilator (ISV) for the Multi-Unit Residential Building (MURB) market. The focus of the work is on developing and testing innovative subsystems that could make ISV’s more effective, affordable and efficient for the MURB market.