- Developed a displacement-pressure finite element model based on the theory of poro-elasticity for manufacturing advanced system of composite fabrication, enabling optimization of manufacturing parameters and accelerating production cycles- Developed a web-based application for numerical analysis of composite manufacturing using Docker, Django, React, PostgreSQL, and led product-market matching endeavors• Implemented the application on Amazon EC2 and coupled with ParaView for visualization• Developed Python and MATLAB modules to study the effect of uncertainty in sensor data on the characterized material parameters• Member of Joint Occupational Health and Safety Committee

- Employed client specifications, measurements, and sketches to design mechanisms and components and prepared manufacturing plans for several hundred dollars projects. - Collaborated closely with project/production manager to strategically identify and select cost-effective materials and construction techniques, leveraging lean strategies and FMEA approach. - Proactively engaged with clients at crucial project milestones, incorporating their feedback and ensuring seamless coordination, ultimately securing final client approval and jurisdictional compliance.

- Participated in the development of an interview guide to obtain a measure of stakeholders' satisfaction toward the "Canadian Innovation Supercluster Initiative"- Investigated the barriers and enablers to innovation by analyzing the effects of public funding, IP protection strategies, and open innovation partnerships on SMEs working in the advanced manufacturing sector in Canada (partnership with NGen)

- Developed and presented non-credit engineering courses in the form of graduate seminars and online modules using active learning methodologies- Collaborated with other instructors and program coordinator on the program objectives and structure

- Designed new products and optimized manufacturing processes as a member of the R&D unit under time and budget constraints- Structural analysis of sheet-metal parts and thermal analysis of electrical devices using Solidworks and ABAQUS- Supported sales team to prepare informative demonstrations for prospective customers

- Feasibility study and development of a finite element physics-based framework aimed at “Autonomous Automated Non-Intrusive Condition Assessment” of reinforced concrete structures- Developed a subroutine for extraction of corrosion-induced cracks from 3D images of the structure and imported the data in Diana FE to predict the failure modes of the system- Designed and prepared specimens for validation of the numerical model

- Feasibility study of substituting a hybrid powertrain in an Iranian Class C conventional automobile (Tiba)- Analyzed cost and technology readiness based on available suppliers in Iran and the timeline of the project- Collaborated with a team of 5 to prepare and present a roadmap for the future of hybrid vehicles industry in Iran