JOHN P.R. HUMMEL

Conduct tests according to requirements. Developed process improvement roadmap. Analyzed data trends for early detection of potential failures, and coordinated with buyers and vendors to address PCBA failures. Conduct root cause analysis to identify underlying issues. Collaborated with R&D to create and implement V&V testing procedures. Execute Accelerated Life Test procedures to assess component longevity. Planned, tested, and executed innovations in process automation. Planned and developed PCBA designs for fixtures and test beds. Developed test software for process automation and optimization. Developed and deployed JTAG scripts to diagnose embedded system issues. Conducted tests to troubleshoot embedded logic and C-based application codes. Performed thorough examination of statistical data. Developed new procedures for better workflow. Designed and implemented effective test plans. Conducted validation and verification testing. Conducted accelerated life testing for product reliability. Adopted continuous improvement practices to increase efficiency. Utilized Python and SQL to enhance data analysis. Streamlined error detection processes in C. Utilized advanced features of Microsoft Office for efficient document management. Implemented robust solutions for seamless TCP networking. Conducted in-depth data analysis to determine effective solutions. Maintained accurate records of all repairs and modifications made during testing process. Analyzed test data results to identify trends and make recommendations for improvement.

Important Projects:

Demonstrated with a 95% confidence interval that counterfeit components could achieve an MTBF of 22 years. Identified a bug in the FPGA VHDL code by monitoring pressure in the 4-20mA analog input. Resolved critical issue stemming from incorrect voltage conversion component. Created Modbus drivers that enhanced data collection speed by 50%. Engineered innovative script for PCBA programming, boosting efficiency by 75%. Developed and launched custom Test Report automation tools, decreasing task duration by 90%.

Diagnosed and resolved PLC issues. Developed and implemented engineering strategies to improve production efficiency. Reduced downtime by implementing preventive maintenance procedures. Performed calculations and simulations to analyze performance data. Assisted in troubleshooting issues related to product design or manufacturing processes. Researched industry trends in order to identify potential areas of improvement. Conducted thorough evaluations and repairs on automation systems. Ensured optimal performance of pneumatic equipment. Enhanced system performance by implementing innovative engineering solutions. Optimized motor performance and reliability. Enhanced sensor performance for better accuracy. Experienced in utilizing Assembly Machine language for programming tasks. Enhanced relay-based control systems. Streamlined equipment interconnectivity. Streamlined operations in robotic applications. Utilized JIRA for efficient project tracking.

Important Projects:

Delivered customized surface treatment tasks. Streamlined processes, reducing time per panel by up to 10 seconds. Enhanced machine performance by optimizing motion equations, achieving a 67% error reduction.