Teaching
Dr. Hosseini has taught in three academic institutions since 2008. His teaching experiences include approximately 40 offerings of undergraduate and graduate courses. His areas of expertise are thermofluid engineering and numerical simulation of thermomechanical, energy, and structural systems using finite element analysis and computational fluid dynamics.
Being the first son of an elementary school teacher himself, Dr. Hosseini values teaching as it will train future scientists and engineers that will be resourceful, well-rounded, highly qualified personnel that will impact the world by their knowledge and passion for the environment.
The teaching style and pedagogical approach come from personal connection to education and training, while sustainable development goals highly drive the content and dynamics of lectures.
Our classes and lectures are located on the unceded and traditional lands of the Tsleil-Waututh (səl̓ilw̓ətaʔɬ), Kwikwetlem (kʷikʷəƛ̓əm), Squamish (Sḵwx̱wú7mesh Úxwumixw), Musqueam (xʷməθkʷəy̓əm), Katzie (q̓icə̓y̓), Semiahmoo, Kwantlen, Qatqayt, Tsawwassen, and Stó:lō First Nations. The importance of reconciliation and protecting the land and environment for their lawful owners is of utmost importance in teaching material.
Equity, diversity, and inclusion are essential in designing course contents, delivery, and assessment.
Simon Fraser University
School of Sustainable Energy Engineering, 2021-Current
- Thermodynamics for energy engineering (U) - SEE 224 - Spring 2022, Spring 2025
- Mechanical Design and Finite Element Method (U) – SEE 325 - Fall 2022, Fall 2023, Fall 2024
- Atmospheric Air Pollution and Greenhouse Gas Cycle (G) - SEE895: Special Topic - Spring 2023, Summer 2024
- Atmospheric Fluid Dynamics and Pollution (U) - SEE477: Technical Elective, Fall 2024
University of Alberta
Department of Mechanical Engineering, 2019-2021
- Thermodynamics I (U) - MECE 340 - Fall 2019.
- Fluid Dynamics II (U) - MECE 430 - Summer 2020 and Summer 2021.
Sharif University of Technology
2010-2019
- Thermodynamics I (U)
- Thermodynamics II (U)
- Fuel and Combustion (U)
- Internal Combustion Engine (U)
- Mechanical Measurement (U)
- Advanced Combustion (G)
- Advanced Internal Combustion Engine (G)
Carleton University
Department of Mechanical and Industrial Engineering, 2008-2010
- Advanced convective heat transfer (G)
- Applied thermodynamics (U)