North York, Ontario, Canada
I recently graduated in Automation and Smart Systems Engineering at McMaster University, I am passionate on building automation systems and manufacturing innovation. My experiences span hands-on research, 3D modeling (SolidWorks CSWP), programming (Python, C, SQL), and the integration of sensors and control systems to build practical, robust solutions. Here are my core technical competencies: - 1+ Years of manufacturing work experience. - PLC Programming: Proficient in Siemens TIA Portal, Rockwell Allen-Bradley, Ladder Logic (LAD), Structured text and Function Block Diagram (FBD). - Robotics: FANUC Handling Tools Operations and Programming Certification - HMI/SCADA & IoT: Experience with WinCC, Node-RED, and MQTT for real-time data feedback and monitoring. - Design & Simulation: Skilled in AutoCAD(Plant 3D), SolidWorks (CSWP certified), and Factory I/O for PLC simulations. Beyond academics, I thrive in team settings such as leading student groups, mentoring peers, and collaborating with cross-functional teams to deliver successful projects. I am eager to apply creativity, technical skills, and strong communication to make a meaningful impact in the fields of bio-pharma, manufacturing, and process engineering. Let’s connect to discuss innovation in mechanical systems and next-generation smart engineering
Instructed and mentored 100+ university students, fostering skill development, discipline and confidence. Designed and delivered structured weekly lesson plans to meet training goals and deadlines. Collaborated with international Taekwondo instructors to enhance training quality and incorporate diverse techniques. Organized internal competitions and events, demonstrating strong interpersonal, organizational, and critical thinking skills.
Developed short- and long-term plans for events, membership growth, and organizational improvement. Supervised and supported executive members and committees, delegating tasks and resolving conflicts as needed. Overseen planning and execution of club activities, workshops and fundraisers. Ensured timely completion of required forms, budgets, and reports. Monitor finances with the treasurer and ensure compliance with institutional policies.
Created and refined complex SolidWorks part/assembly models for iterative product and fixture design; translated sketches/requirements into manufacturable CAD using DFM and tolerance considerations. Generated/update drawings and build documentation to communicate design intent and support prototype builds. Planned and executed 100+ fit/function tests; documented failure modes, performed root-cause analysis, and implemented design changes to improve usability and durability. Prototyped via 3D printing by selecting materials and print parameters to balance strength, cost, and print time.
Interpreted production work instructions/SOP-style documentation to assemble 300+ transformer core orders to spec while maintaining throughput and quality requirements. Performed in-process inspections (visual + dimensional), documented defects, and supported corrective action and continuous improvement discussions with supervisors. Verified part/assembly dimensions using precision measuring instruments (e.g., calipers/micrometers); recorded results and completed inspection documentation when dimensions fell outside tolerance. Investigated the root causes of defects and ensuring assemblies meet quality assurance standards. Work in a team environment ensuring group success Issue materials to work orders accurately and correctly