| Name |
Pejman Salehi
|
School
| School of Applied Computer Science & Information Technology
School of Creative Industries
School of Engineering & Technology
School of Trades & Apprenticeship
|
Program
| - Bachelor of Applied Technology (Honours) - Architecture - Project and Facility Management
- Bachelor of Computer Science (Honours)
- Bachelor of Design (Honours)
- Bachelor of Engineering - Building Systems Engineering
- Bachelor of Engineering - Electronic Systems Engineering
- Bachelor of Engineering - Mechanical Systems Engineering
- Bachelor of Engineering - Power Systems Engineering
- Bachelor of Interior Design (Honours)
|
| Academic and Professional Designations | - PhD in Electrical and Computer Engineering
- MSc in Software Engineering
- BSc in Industrial Engineering (Systems Analysis)
- BSc in Software Engineering
|
| Title | Executive Dean, Computer Science, Engineering Technology, Trades and Creative Industries, and Director, Digital Learning Simulations
|
Areas of Expertise & Interest
| - Higher Education
- Leadership
- Software Engineering
- Innovation
- Strategy
|
| Industry Experience, Professional Currency Activities | - 9 years in an academic leadership role at Conestoga College.
- 5 years of academic experience as faculty and program coordinator at Sheridan College.
- 8 years of industrial experience in the field of software development and research in model driven software engineering.
|
Major Research Projects, Scholarly Activities, and/or Publications
|
Select publications:
- "A Model-driven Approach for the Generation of Configurations for Highly Available Software Systems", Journal of Innovations in Systems and Software Engineering: A NASA Journal, 2018.
- "A UML-based domain specific modeling language for service availability management", Journal of Computer Standards & Interfaces, 2016.
- "A Modal-based Approach to Web Application Design for Older Adults using MVC Design Pattern", 18th International Conference on Human-Computer Interaction, 2016.
Patents:
- A Model Driven Approach for Availability Management Framework Configurations Generation, USPTO#: US8752003 B2, 2014.
- Heuristic approach on checking service instance protection for availability management framework (AMF) configurations, USPTO #: US 8584090, 2014.
- Heuristic approach on checking service instance protection for availability management framework (AMF) configurations, USPTO #: US 8584090 B2, 2013.
|
