►The Next Generation of Human Lift Assist Equipment►Construction in the Virtual World of Virtual-Reality►Software and Electrical Design of the MZ100►Software and Electrical Design of Solar panel gripper►Improving Processes using AI (Claude2)

►Design and build of the generation of military night vision systems (IVAS)►Build, modified and released medical system that diagnosis cancer in prostate during surgical procedure►Design software to focus and test thermal lens MTF in 10 locations in less than one minute over an entire tray. Tray can hold up to 200 parts►Design software to monitor MTF quality using SPC 3 sigma and log to a database ►Wrote code to clean up pixel issues with bolometer►Coded ISO 12233 Slanted Edge MTF in LabView►Implemented code to test VR lenses in virtual reality

►Created code to measure coating thickness on a web coating machine using a laser system►Developed controls for an evaporator system and for an hydrolysis system using Siemens 1215C PLC and TIA Portal.►Created vision system to monitor the minimum, maximum, and average temperatures of ROIs; logged the results to a CSV file and a screen shot of the FLIR screen and wrote drivers for 4 FLIR cameras.►Designed a patent pending technique for non-touch flash testing of touch panels.►Developed hardware and software for low volume touch panel testing.►Designed and implemented touch panel test system of product in manufacturing on a roll-to-roll web conveyance system.►Implemented SPC, CP and CPK on touch panel product.►Designed flexible high-speed core LabVIEW code for rapid code development.►Coded software to manage multiple test measurements per box with N boxes in each of the N environment chambers, including ISO calibration; logged to a report on a test basis.►Wrote code to convert a chemical plant from RSLogix PLCs to LabVIEW CRIOs, including touch panel HMIs.►Maintain large plant using RSLogix 5000, PlantPax and Batch Control

Control Systems Engineer, General Motors Fuel Cells & Chevy Volt Battery Systems►Spearheaded LabVIEW projects from concept to delivery, estimating and evaluating project schedules; manages both hardware and software development for future vehicle systems onsite for GM.►Coded all local battery pack test stands to test battery packs in GM future vehicles. ►Developed fuel reformate processing systems for converting gas to hydrogen.►Developed programs in LabVIEW for vision systems, RT systems, FPGA systems and PLCs interface.►Created an object oriented software system, reducing software design time and automating fuel cell and battery test systems. ►Implemented and designed an object oriented real-time solution using LabVIEW RT for deterministic testing and to reduce cost of other RT solutions.►Coded an interactive online calibration system for Controldesk and dSpace.►Interfaced Simulink code into the LabVIEW software environment for Windows and RT.►Coded Ethercat hardware into the LabVIEW RT system.Group Lead, LabVIEW TestStand Control Engineers►Managed five developers, conducting code review meetings, tracking progress, and training staff.►Produced, repaired, and maintained over 150 instrumentation systems for fuel cell and battery systems, using rapid development methodologies. Group Lead, dSPACE TestStand Control Engineers►Directed three dSPACE Simulink programmers, tracking progress and training staff.►Developed fuel cell power module test stand code for the fuel cell engine.Manager, Stack Durability Area►Improved machine operation tracking and productivity by building a relational, dynamic database system to replace a labor intensive static, manual process; built queries, forms, and reports in MS Access.►Restructured and mapped a new workflow and wrote a procedure manual for new processes.

►Managed custom solution projects for Delphi Engineering & Energy Management Systems, Xerox, Kodak, Carrier, Hansford, Johnson & Johnson, Corning, TRW, Huges Dunbury, Polaroid, and SCJ Associates.►Conducted requirements gathering and wrote specifications for project system integration and design.►Prototyped and built circuit boards for projects using Pad's, OrCAD, and AutoCAD; selected off-the-shelf equipment, accomplishing project needs and interfacing software with hardware devices. ►Designed custom data acquisition and control systems with National Instrument's products.►Developed programs in LabVIEW for vision systems.►Taught basic/advanced LabVIEW and data acquisition courses for clients as a Certified National Instruments instructor.►Established and built "Comp.Lang.Labview" a Usenet newsgroup, facilitating knowledge sharing between users and developers.

►Designed, prototyped, and developed real-time systems in C, 8051, and 80XXX assembly language for integration with IBM and Commodore computers used for faculty’s/graduate students’ research and as a lab learning tool for undergraduates; used Wintek's smARTWORK and Omation's Schema software.►Created multiple data acquisition cards for IBM and Commodore computers; employed the use of National Instrument's, Metrabyte's, and Computer Board's data acquisition cards.►Fabricated and programmed embedded designs using PIC Chips and 65/11 microcontrollers.►Supervised electronics shop undergraduate interns; maintained and repaired equipment/electronics and a 40 station LAN for chemical engineering faculty, staff, and students.►Collaborated with faculty to teach classes and labs; taught introductory courses on data acquisition.Assistant Supervisor►Supervised, trained, and managed 4 technicians; designed, built, maintained, and repaired a 2000 port data communications network.►Earned the highest paid Suggestion Program Award given at the University.

►Obtained a SCI Clearance and received an honorable discharge.