Ansys
Innovative and results-driven engineering leader with over 12 years of expertise in Computer-Aided Engineering (CAE) Computer Design Engineering (CAD), vehicle crashworthiness, Strength, stiffness, fatigue and global safety standards. Skilled in simulation-driven design, supplier relationship management, and team leadership. Proven track record of driving safety innovations and fostering technical excellence while balancing strategic and operational responsibilities. Currently pursuing an MBA at Kelley School of Business to further enhance business acumen and strategic leadership capabilities.
Ansys
Lsdyna
Abaqus
Radioss
Hypermesh
Hyperview
ANSA
Metapost
Solidwords
Catia V5
PLM
• Lead engineering teams to deliver innovative child restraint systems aligned with global safety standards.
• Cultivated strong relationships with suppliers, including ArcelorMittal, U.S. Steel, SABIC, and Humanetics, ensuring timely material delivery and technical alignment.
• Spearheaded High-Performance Computing (HPC) initiatives, evaluating in-house and cloud-based solutions to optimize CAE applications.
• Managed annual budget planning and resource allocation for the CAE department, including drafting budgets and releasing monthly purchase orders.
• Directed cross-functional efforts in design, prototyping, and physical testing to ensure seamless project execution.
• Fostered a safety and quality culture through technical excellence, process optimization, and performance metric tracking.
• Delivered cutting-edge simulation models for vehicle crashworthiness, ensuring compliance with global safety standards.
• Collaborated with design and manufacturing teams to optimize materials and processes for electric vehicle safety.
• Contributed to supplier development by aligning engineering requirements with manufacturing capabilities.
• Conducted in-depth simulations and analyses to enhance vehicle safety and structural integrity.
• Worked closely with suppliers to integrate new materials and technologies into vehicle designs.
• Developed and validated physical and virtual testing protocols in collaboration with cross-functional teams.