I am a resourceful mechanical engineer with comprehensive experience in mechanical design, materials science, and manufacturing. My expertise spans industry partnerships, hands-on fabrication, and academic research from both my bachelor’s and Ph.D. programs, allowing me to identify and solve complex engineering challenges with a balance of technical knowledge and practical skills.
I am a process improvement specialist with a strong background in working with Tier I automotive manufacturers. My work includes an in-depth analysis of aluminum battery trays to enhance safety and reduce costs, utilizing nuclear technology for internal structure scanning through neutron diffraction. This method allowed me to develop cost-effective straightening processes for the Jeep 4xE Rubicon battery tray in partnership with industry experts. My ability to navigate and resolve complex, underdefined challenges led to my direct acceleration into a Ph.D., where I refined my research skills, problem-solving capabilities, and collaborative approach.
I also bring a wide range of hands-on experience in machining, prototyping, and fabrication, with proficiency in MIG/TIG welding, CAD design, and CNC. I’ve completed projects ranging from designing high-precision casting setups to building an Arduino-controlled hovercraft and custom drone. These experiences emphasize my ability to bridge engineering theory with real-world applications and implementation.