● Lead electromechanical designer for 3D radiation mapping technology. ● Designing mounting and automation testing systems for radiation detection systems, as well as computer enclosures, including cooling systems capable of withstanding radiation and decontamination procedures. ● Technology Used: Lidar, IMU, Machine Vision, Heat Pipes

● Manage, mentor and led a team of 10 multidisciplinary engineers.● Owner of full life cycle of automation and inspection equipment builds from initial concept to delivery and documentation.● Served as the main point of contact for all customers.● Working manager, completing some technical tasks, in addition to managing.● Designing and implementing electromechanical systems including 6 axis robots,machine vision systems, PLCs and conveyors.● Installed equipment in a variety of different types of manufacturing facilitiesincluding: food and beverage, pharmaceutical, CPG including harsh environmentsup to and including those that required IP69K ingress ratings.● Project management of 15-20 projects at any given time, completing 50 per year.● Technology Used: Mills, Lathes, Pneumatics, Hydraulics, Sensors, Allen-Bradley PLCs, Siemens PLCs, Solid Works, Fanuc Robots, Epson Robots, UR Robots, Servo Motors, Machine Vision, Machine Vision Lighting, Cognex Vision, LMI 3D, Conveyors and Encoders.

● Managed, mentored and lead a team of electro-mechanical engineers.● Project management lead for redevelopment and optimization of PLC code for 5 out of 5 core technologies, as well as custom solutions.● Standardized processes for project management of automation programming including review and change control.● Researched, planned, designed, developed and conducted testing of current and new leak/defect detection technologies.● Helped determine engineering feasibility, cost effectiveness and customer demand for new and existing products.● Led design effort and project management of robotic system for inspection of pre-filled syringes utilizing 6-axis robot.● Technology Used: Mitsubishi Melfa 6-Axis Robots, SAIA, Mitsubishi, Click and Delta PLCs and HMIs, Schneider Mdrives, Keyence XG Vision System, LabVIEW.● Leak/defect detection for food, pharmaceutical and medical device packaging including syringes, vials, blisters, pouches, bottles.● Leak/defect detection Technology Including: high voltage, ultrasound, infrared, vacuum and pressure.

● Managed day to day operations for production facility, including supervising 20 employees ranging from engineers to machine operators.● Operations included manual, semi-automated and automated robots.● Supported production ramp and doubled production output.● Oversaw best production day, week, month and quarter ever by # of units produced.● Matched revenue from first 1.5 years of project within 6 months.● Maintained cost model to ensure profit margins were obtained.● Created and administered business unit operations and quality processes between internal and customer cross-functional teams.● Monitored and implemented continuous improvement based on yields, cycle time and staffing plan.● Served as main point of contact for customer and ensured relations were satisfactory.

● Managed, mentored and lead a team of 7, including engineers, technicians, machinists and technical writers.● Analyzed cycle times and down time data and drove equipment and production changes to lower cycle times and downtime for assembly and production.● Lead design, fabrication and programming of assembly fixtures, quality testing fixtures, and automated robots.● Technology Used: Mills, Lathes, Pneumatics, Hydraulics, Sensors, DirectLogic PLCs, C-more HMIs, LabVIEW, Solid Works, Wittmann 3-axis robots and Sepro-3 axis robots.

● Designed, fabricated, programmed, maintained and provided training for assembly fixtures, quality testing fixtures, and automated robots.● Worked with engineering, maintenance and production on projects to increase efficiency and improve safety.● Decreased calls for engineering support on the floor by 95% within 6 months.● Technology Used: Mills, Lathes, Pneumatics, Hydraulics, Sensors, DirectLogic PLCs, C-more HMIs, LabVIEW, Solid Works, Wittmann 3-axis robots and Sepro-3 axis robots.

● Designed, built, maintained and improved automated manufacturing equipment, robots, controls and processes.● Led effort to ramp production from 100 parts/day and 40% yield to 1500 parts/day and 99% yield.● Optimized PLC logic to triple speed of equipment and increased uptime from 30% to 95%, in order to accompany production ramp.● Designed automated equipment to rid production lines of safety concerns and ergonomics issues.● Determined root causes of equipment failures and diagnose manufacturing defects.● Implemented automated tracking of produced parts and equipment statuses.● Technology Used: Pneumatics, Hydraulics, Sensors, Gas Delivery, Servo Motors, VFDs, SPC, AllenBradley PLCs, RSLogix 5000, AllenBradley PanelView HMIs, FactoryTalk View, LabVIEW and Fanuc 6-axis robots● Processes include forming, bending, straightening, die cutting, conveyance, brazing and leak testing.

● Streamlined the production of inertial, strain, displacement sensors and accelerometers through design and development of testing and calibration equipment.● Rebuilt production equipment control systems and saved 500% on new equipment costs.● Improved control systems of linear motion stages to decrease production calibration times.● Designed, developed and tested energy harvesting technologies to power wireless sensors, mainly for condition based monitoring of helicopter components.● Lead design effort of an energy harvester which produced 3 times more power through a wireless sensor than necessary for a customer’s required sample rate and size constraint.● Successfully created computer models using ANSYS, FEMM, and Spice to predict output power of a magneto-inductive harvester with 1% accuracy and was able to increase output by a factor of 2.● Lead environmental testing and documentation for RTCA DO160F and MIL-STD 810F standards.● Lead production effort to commercialize custom condition based monitoring systems utilizing vibration energy harvesters.● 2500 hours of CAD experience using Autodesk Inventor and 1700 hours of FEA experience using ANSYS completing displacement, fatigue, and stress, analysis for structural linear and non-linear analysis.● Technology Used: Aerotech motion controllers, Aerotech linear and rotary stages, Autodesk Inventor, ANSYS and LabVIEW● Technology including foil and semiconductor strain gauges, magneto inductive and piezoelectric energy harvesting, wireless sensor networking, DVRT, CAN bus, linear motion calibration stages.

Researched intellectual property and licensing using patent database, analyzed data, and created client presentations.