Great Neck, New York, United States
My background differs radically from that of most engineers and I take pride in these unique experiences. As a teacher in math and science subjects I have developed strong communication and collaborative skills as well as a patient and composed attitude. Additionally, my experience as a paralegal has developed a strong attention to detail and multitasking skills that would be invaluable on an engineering project team. These abilities gotten from my various past work experiences as well as my endless strive for knowledge and personal development will make me a dynamic and ever improving engineer; able to adapt to any work environment.
• Enhanced Epicor ERP workflows using Excel VBA macros, streamlining data processing and part tracking for improved throughput • Assisted in part bidding by analyzing RFQs and evaluating manufacturability, ensuring project viability and revenue margins • Designed CAD models in CATIA and developed CAM programs for CNC machining of aerospace components, ensuring tight tolerances and compliance with AS9100 standards • Led Lean manufacturing initiatives to reduce non-conforming parts, improve production flow, and increase OEE, while driving continuous improvement through root cause analysis and six sigma methodology
• Designed radars and radar subsystems for new military contracts and for improvements to legacy systems. • Performed thermal analysis and flow simulation on electronic enclosures to allow sustainable operating temperatures. • Applied CAD and additive manufacturing to optimize electronics housing and packaging. • Communicated with ITAR certified suppliers on hardware and services, optimizing engineering resource allocation.
• 3D modeled entire radar system layout for new military contracts and developed cabinet subsystems for said assembly • Investigated System Change Requests and implemented Engineering Change Orders to improve legacy systems • Performed thermal analysis and flow simulation on electronic enclosures to allow sustainable operating temperatures • Communicated with ITAR certified suppliers on hardware and services, optimizing engineering resource allocation • Performed testing for Root Cause Analysis and applied Root Cause Corrective Actions on failing cooling pump assembly
• Reviewed and marked up 3D prints and drawings to determine manufacturability, feasibility, and areas of concern. • Created production parts approval process plans, ensuring engineering design and product specifications are met. • Reviewed PPAP prototype parts with customer to eliminate any possible defects before parts go into production.
• Reviewed and marked up 3D prints and drawings to determine manufacturability, feasibility, and areas of concern • Created production parts approval process plans to ensure that engineering design and product specifications are met • Reviewed PPAP prototype parts with customer to eliminate any possible defects before parts go into production