- Liaise between course professors and students in regard to their term project.
- Facilitate group work for first-year students’ semester-long Reverse Engineering Project.
- Mark course assignments and offer feedback during office hours.

- Responsible for the student group’s major finances.
- Coordinate between the finance team and the university officials.
- Propose budgets.
- Ensure that all student chapter activities adhere to the budget.

- Observed and participated in some of the different types of destructive and non-destructive testing methods.
- Helped perform liquid penetrant and ultrasonic testing.
- Scheduled testing operations keeping in mind facility and specialists’ availability.
- Updated and organized standards and documents in the quality assurance department.
- Helped to draft and send new forms company-wide.

- Liaised between planning engineers and managers in order to fast-track the tasks being completed.
- Gained familiarity with the process of steel fabrication from delivery of raw materials to their departure to the ships.
- Analyzed the department’s operations from a new perspective and used theoretical knowledge to suggest improvements by the end of my internship.
- Aided in designing a new workspace at the facility using AutoCAD through the application of ergonomic and facility design knowledge.

- Collaborated with a team in the planning and execution of MUES events, including vendor management, guest speakers, and budgeting- resulting in successful and well-executed events.
- Liaised with students who would come to the office for certain services or purchases.
- Was responsible for creating club merchandise as well as keeping track of sales made using Square.
- Maintained effective communication with other committees to ensure seamless operations.
- Attended periodic meetings with the head of the committee to report on any latest developments.

-Managed the marketing tasks for a large-scale event.
-Effectively collaborated with a team whilst being remote.
-Facilitated communication of the details of essential tasks to be completed by organizers or competitors alike through
effective communication methods.
-Periodically reported to the committee head and met all deadlines.

● Generated a Python code to analyze a dataset with different qualitative and quantitative features.
● Compared the different features to establish a correlation between medical history and probability of heart disease prevalence.
● Presented findings in a thorough investigative analysis report.

● Used Excel and Python to perform different demand forecasting methods for a manufacturing business.
● Presented findings to company owners to improve current inventory systems and future production.

● Analyzed the checkout queues at Toronto Reference Library.
● Simulated the current queue on Arena software and identified bottlenecks and other problem areas.
● Redesigned the system and simulated it on Arena to see if improvements were made in results.
● Proposed the redesigned system in a technical report.
(04/2024)

● Used Gurobi Optimizer for Python as an integer programming technique to decide the optimal number and locations of hospitals that sufficiently cover the Greater Toronto Area.
● Performed a sensitivity analysis and a model extension on other crucial aspects of the process such as the queuing system inside said hospitals.

An academic project.

- Designed a four-bar claw mechanism using the complete design process till a working prototype was produced that could transfer metal balls of a specified size from one container to another.
- Used a design evaluation matrix to consider multiple linkage systems and performed mechanics calculations before deciding on the most effective one for the design prompt.
- Tested the concept by creating a 3D SolidWorks model then created an AutoCAD drawing of the part subassemblies which were laser printed out of an acrylic sheet. Ultimately the prototype was assembled.
- Successfully completed the task of transferring multiple metal balls between containers in a competition setting.

An academic project.

- Performed reverse engineering on an electric mixer to analyze the parts in order to devise an efficient assembly process and produce a comprehensive assembly report.
- Conducted calculations such as those for predetermined motion time studies, time standards, line balancing, worker analyses, cost analyses, and process charts.

An academic project.

- Was tasked with creating a mobility device to aid disabled users in their homes. Extensively researched all available solutions and analyzed them thoroughly.
- Went through various rounds of the complete design process which included but wasn’t limited to exploring different user requirements, statics calculations, and engineering drawings. Finally, created a SolidWorks assembly over the course of a semester.
- Developed and showcased an extensive final design report to an audience.

An academic project.

- Conducted extensive research into current cooking methods causing household air pollution (HAP) on public health in developing countries which highlighted the need for alternative food heating methods to replace current options.
- Collaborated with a team to devise and analyze potential solutions; finalized a hydrogen electrolysis cooker as an effective and implementable solution.
- Drafted and presented a comprehensive proposal for a solution to a large audience and judges.

An academic project.

- Performed research into existing delivery solutions and reverse-engineered them to gauge their potential to adapt to meet the needs of food delivery during the COVID-19 pandemic.
- Conducted surveys and analyzed the results to determine the feasibility of a few possible options before ultimately deciding on a drone food delivery solution to minimize the risk of virus transmission.
- Used MATLAB to perform appropriate calculations to ensure the safety, efficacy, and efficiency of the proposed solution for the final report.
- Created and presented a design proposal including all relevant technical information and engineering drawings.