In August 2023, Amin enthusiastically joined St. Peter's College as a faculty member, embarking on a new chapter in his career as an educator. With a deep passion for teaching and a genuine desire to empower young minds, Amin is committed to imparting his vast knowledge and expertise to aspiring students. His genuine enthusiasm for education and his dedication to nurturing the next generation of problem solvers for the world make him a valuable asset to the academic community. Through his engaging teaching style, Amin seeks to inspire and motivate students, equipping them with the critical thinking skills and innovative mindset necessary to address real-world challenges and make a positive impact on society. As a faculty member, Amin's genuine enthusiasm for learning and teaching creates a stimulating and supportive environment that fosters students' intellectual growth and personal development.

Development of a Process in Extraction of Tunicate Cellulose Nanocrystals for TuniStrong Inc.Develop comprehensive understanding of chemical treatment on the properties of TCNCs. The feasibility of re-using the spent solvent and optimization of the overall process. The application of CNC on composites materials will also be evaluated.

Advanced Energy Conversion MaterialsISSN: 2717-5804 (Print) 2717-5812 (Online)Description:Advanced Energy Conversion Materials (AECM) is an international multidisciplinary and open access forum for communicating scientific and technological advances on exploring new mechanisms of high-performance materials and devices to achieve higher conversion efficiency, energy storage and better safety and for publishing novel research findings of new materials that can be used to generate clean and renewable energy or to help manage problems from existing energy sources.Potential topics include but are not limited to the following:• 2D and solar photovoltaic materials (organic, inorganic or hybrid materials);• Waste-water purification based on nanomaterials;• Nanosensors based nanomaterials for detection gas, liquid, and etc;• Electrochemical, electrode materials and electrolyte materials;• Theoretical calculation and modelling for energy conversion processes;• Advanced materials for COz capture and utilization;• Storage of thermal energy by phase change materials (PCMs);• Piezoelectric and self-charging devices;• Advanced energy conversion and storage device design;• Batteries and supercapacitors;• Fuel cells, solar cells;• Generation and storage of Hydrogen;• Conversion and storage of Hydrocarbon;• Thermoelectric materials;• Nanocomposite dielectrics for energy storage;• Regional or global energy analysis and case study;• Thermal management materials and thermal management systems.

The Users’ Executive Committee (UEC) serves as an arm’s length advisory group to the Canadian Light Source Science Director and as an advocate for the CLS user community. Representing the interests of all CLS users, the UEC provides recommendations and feedback to the CLS on opportunities to improve the user experience and enhance scientific capabilities, providing a mechanism for users to suggest recommendations for research programs and upgrades in alignment with the CLS Strategic Plan.

Leadership Experience as Volunteer:President of Engineering Graduate Community Council (EGCC) at Usask (2022-2023).Duties: Coordinate, supervise and oversee the other members of the Executive Committee in their duties; chair all meetings; To be connector between EGCC executives and Councilors of Academic Councils and organize Annual General Meeting; To cover responsibility of any Vice-President, in case they resign; To communicate with external parties; To have authority to update EGCC website and send mass emails to students; To represent the EGCC at College and University level Councils; and, To have co-signing authority for the Council.

Research Assistant Biomass to biobased materials Lab at Usask-Chemical Engineering. Guest lecturer for Biomass to biobased materials course at Usask (Winter 2022).

2022-2023: CHE 454 and CHE 882 TA Design of Industrial Waste Treatment Systems. GE 132 Drawing, and sketching course.2021-2022: GE 133 Teaching assistant for 1st year engineering CAD. GE 132 Drawing, and sketching course.

2019-2021: Research Assistant Sustainability and Bioresources Lab at UPEI-FSDE

2020-2021: Strength of Materials (Fall 2020)2019-2020: Sustainability in Engineering (Fall 2019), Mechanics and Materials (Winter 2020),Guest lecturer for Bioresources Engineering course (Bioplastics and Sustainable Materials) Fall 2020