- build the battery pack for an electric skateboard- adjust the skateboard deck veneers to make them fall under laser cutting dimensions- model trucks in SolidWorks for parts dimensioning in assembly

- Tutor mechanical and mechatronics engineering students on advanced circuit concepts- Organize and lead help sessions to support students in their exam preparation- Collaborate with professors, students, and educational staff to ensure a smooth transition for first-year engineering students- Contribute to creating a supportive and inclusive community for students- Grade assignments and provide constructive feedback to enhance student learning- Assist in developing and updating course materials to ensure alignment with learning objectives

- Developed detailed models and process prints for automotive components, enhancing design precision and production efficiency- Conducted continuous improvement studies to optimize production processes, identify operational issues, and implement effective solutions- Designed and modeled specialized tools for process engineering, contributing to streamlined manufacturing workflows- Programmed advanced visual inspection devices and designed custom jigs, significantly reducing cycle times and improving quality control- Analyzed production data to drive strategic decisions and support the development of new process enhancements- Introduced amendments to supply chain processes to keep safety documents up to date and accurate to daily procedures

- Developed inverter process designs using SolidWorks- Maintained and updated layouts with AutoCAD- Collaborated with assemblers on the shop floor to create detailed work instructions- Participated in Advanced Product Quality Planning (APQP) and process improvement meetings- Assisted in troubleshooting and optimizing manufacturing processes to enhance efficiency- Developed and implemented ISO 7 cleanroom standards to ensure compliance and maintain high-quality production environments

- Designed and developed comprehensive coding curricula for students in grades 3 to 8, covering Python, HTML, CSS, Java, and Scratch- Taught coding classes, adapting instruction to different skill levels and age groups- Incorporated interactive and engaging teaching methods to enhance student learning- Assessed student progress and provided personalized feedback to support skill development- Fostered a positive learning environment that encouraged curiosity and problem-solving