Medical Devices, Robotics, Aerospace and Defense, Consumer Electronics

Designed and built a prototype for a silent propulsion system for a micro UAV drone for military reconnaissance missions

Creating and optimizing mechanical and electrical preventive maintenance task lists for machines in GMP floors producing blister and bottled products, saving downtime.RCA on failure analysis of machine using SAP data to form solutions ranging between replacement to mechanism rebuilds and creating innovative designs.Initiated 15+ Continuous Improvement, SD/SOP to task list conversion, IQOQ and Decommissioning CCR and CAPA projects.

Designed and optimized 65% mass efficient mechanical features throughout the satellite structure including primary, secondary, and payload structures for HERON MK II using several CAD software and Python. Communicated with the Thermal Systems sub-team to inform design decisions to minimize delays.

Designed a comparably high strength to weight ratio sumo robot using Arduino, SolidWorks, and Autodesk Fusion 360.Formulated over 80 iterations on gear design to best achieve a quick 3 ms turnaround motion when the infra red sensors would detect edge of the sumo ring.

As a team of 6, we researched and developed a prototype for a completely new air filtration mechanism that can eliminate 99.97% of VOCs in 'green' facilities in Ontario, in the hopes of replacing the inefficient current carbon air filterAs the main CAD designer, used SolidWorks extensively for building the prototype system and electrical components configurationCost analysis for product manufacturing from start to finish of the value chainMostly communicated with the client to ensure project requirements are met and/or exceeded timely

Researched on designing and manufacturing an independent double wishbone suspension system which will automatically adjust stiffness to remove unwanted vibrations using a low pass filter circuit.Integrated the current suspension design with accelerometer at top and bottom wishbones with integrator circuit to measure displacement that needs to be counteracted with 86% accuracy.Transformed the displacement measurement to an input signal to low pass filter in LTspice which outputs a changing spring stiffness, with cut-off frequencies above 2 Hz.

As the leader of a team of 5+, we were tasked to create a new Grade 11 Mathematics Textbook for the Bangladesh National Education Board.Analyzed the best ways to portray information in graphic and text so that anyone can grasp the concept Defined clear objectives and timelines, ie. production planning Co-authored to write 18 comprehensive chapters, practice questions and answer booklet

Managed and coached the junior debate club of over 40 students willing to debate in interschool competitions nationwide.Organized and held weekly debate competitions, picking the best 3 for representing the school team in both national and international competitions.