Mohamad Syamil Aminuddin

****-*** *** ******, *******, Ontario, M5G2J9 * +1-604-***-**** * adc4ll@r.postjobfree.com EDUCATION

UNIVERSITY OF TORONTO, Toronto, Ontario

Bachelor of Applied Science: Mechanical Engineering (2015-2020), Dean's Honor List, CGPA: 3.49 Streams in Mechatronics and Solid Mechanics, Minor in Robotics GEORGE BROWN COLLEGE, Toronto, Ontario

Basic Machining Practical Course (Drilling, Turning, Boring, Milling), Jan 2017 Advanced Machining Practical Course, Sept 2019

Welding Practical Course, Oct 2019

RELEVANT SKILLS

3D CAD/Designing: Solidworks, AutoCAD, ANSYS, CES EduPack, Microcontroller, Embedded System Programming/Simulation: C, C#, MATLAB, Greenfoot, Pspice, CodeWarrior IDE, Arduino Others: Microsoft Office, Minitab, Adobe Photoshop, Macromedia Flash, Prezi Desktop Pro PROFESSIONAL WORK EXPERIENCE

Manufacturing Engineering Intern (PEY), Knoll North America Corp, North York Aug 2018 - Aug 2019 x Involved in lean manufacturing projects and contributed ideas to improve line efficiency in terms of throughput increase, areas reduction and lines re-layout. x Utilized 3D-modelling software, AutoCad, to update plant layouts as per changes made from the projects. x Ceaed ad eied SOP ch a ici, LcO TagO ad Ta Peeaie Maieace for manufacturing processes and machineries. x Performed time studies and collected data of the upstream and downstream processes. x Assisted engineers with small projects such as building holding fixture to improve safety and ergonomics. x Monitored water and compressed air consumptions on weekly basis and analyzed data trends. ENGINEERING PROJECTS

Thermal Spray Cooling Shroud (Capstone Project), University of Toronto Sept 2019 - Apr 2020 x Developed a cooling shroud to improve cooling rate and minimize oxidation rate of the metal powders. x Analyzed forced convection rate during the cooling process of the existing and proposed designs. x Concluded a drop of final temperature on the metal powder surface and better powder shape uniformity with the proposed design.

x The ultimate goal was to eliminate quenching step and cool down the powders fully via forced convection. Wood vs Aluminum Window Frame, University of Toronto Jan - Apr 2018 x Proposed the wood frame to the client as it is better economically, environmentally and societally. x A higher cost of the aluminum frame is primarily due to its energy-intensive manufacturing processes. x From the life cycle analysis, the emissions throughout the life cycle of the aluminum frame are double of those of the wood based on the global warming potential, acidification, and human health impacts. x From the societal perspective, the resource extraction and manufacturing stages of the aluminum frame release more harmful compounds and could pose a higher risk of health problems to the workers. Dovetail Joint Design, University of Toronto Jan - Apr 2017 x Developed a new dovetail joint design for the compressor in a gas turbine engine. x Performed a finite element analysis to determine the location and magnitude of maximum load and stress. x Conducted a mechanical testing to accurately determine the material properties such as the modulus of elasticity, yield stress and fracture stress of the aluminum alloy, which is the chosen material for the design. x Utilized the strain gauge testing to determine the maximum strain generated under certain loads. x Visualized the stress values and directions via photoelastic testing utilizing isoclinic and isochromatic.