• Designed tools and fixtures for prototypes and production assemblies.• Conducted failure analysis on parts and assemblies to implement corrective actions.• Analyzed inspection data using JMP for statistical process control (SPC).• Performed Thermal, structural simulation and Analysis on heater design and application using COMSOL Multiphysics software.• Assisted in development project with testing and setup of fiber optic sensors.• Developed coiling programs and tools for automated spring coil machine.• Designed weld and brazing fixtures for source can and coil assemblies. • Developed standard operating procedures (SOPS) to train production operators.• 3D printed tools for building prototypes to reduce labor and machining costs.• Implemented new methods to improve accuracy of measurements for production assemblies.• Developed automated scripts using JMP which reduced analysis time and generated instant results.• Supported quotation of new product by conducting time study on process setup, run times and identification of critical processing needs.• Created Product qualification plans for parts which are designated critical by the customer.• Programmed and machined parts for tooling using Autodesk inventor HSM on HAAS CNC machine. • Performed validation tests and conducted uniformity analysis on prototype heaters.

• Created data sorting procedure which saved 60 hours of processing time.• Designed Information brochure for online campus annual event.• Created interactive readers with 95% positive feedback from users.• Fixed broken course links, videos and assignments.• Converted instructional videos to lecture materials using open source tools.• Created the captioning process to prevent expensive add-on for course design.

• Identified test requirements for upcoming projects.• Created scripts to capture real time test data which improved productivity by 10%.• Fixed test scripts to establish baseline tests. • Conducted load and stress tests to confirm adherence to quality standards.• Resolved batch backlog issues to improve testing and validation process.

• Conducted time study for manufacturing process of turbines.• Identified processes which are critical to improving manufacturing of turbines.• Collected data from testing and validation to determine rejection rate for turbines.• Reported process efficiency of 95% for turbine manufacturing.