Designed radiation-shielded handling systems for radioactive materials requiring:
Component-based design enabling remote replacement of wear parts
Redundant shielding layers ensuring >98% radiation attenuation
Designed heat exchange systems for bulk material processing requiring:
Specialized alloys for high-temperature corrosion resistance
Computational fluid dynamics (CFD) to enhance thermal transfer
Designed active magnetic bearing systems for high-speed industrial applications requiring:
Optimized flux paths using ANSYS Maxwell, reducing eddy currents by 40%
Developed fail-safe ceramic rolling element bearings with 10x lifespan
Developed explosion-proof fuel monitoring systems with:
316L stainless steel with welded seams and double O-ring seals achieving IP68 rating
Optimized placement using CFD vapor dispersion analysis reducing false alarms by 40%
Designed and optimized automotive components with:
Reduced assembly errors by 15% through precise stack-up analysis
Standardized interfaces reduced part variations by 30%
Developed next-generation wellhead systems with:
Specialized alloys for H₂S service with 30% better corrosion resistance
Field-configurable components reduced inventory by 40%
