- Design of testing, assembly and metrology systems for various powertrain components such as connecting rods, pistons, cylinder heads, engine blocks, crankshafts, fuel injectors for diesel and gasoline engines, high pressure fuel pumps, etc.

- Collaborate with GE GRC scientists to develop solution for industrial application from laboratory prototype stage.- Working with various GE divisions (such as GE Aviation, GE Renewable, GE Additive, etc.) to develop automation systems to improve uniformity and accuracy of manufactured parts.- Working with suppliers on providing quotes for designed systems.- Leading group of mechanical engineers on various design projects- Developed an automation assembly system for modular wind blade using various automation components (gantry, AGV, PnP tooling, assembly nest and adhesive system) and worked with suppliers on quote and final production design. Designed system cost was $8M. Patent pending on design and assembly method.- Design and development of pre-preg CMC tape automation line. Design of fiber split station with grippers and slurry station for laboratory use. Upgradeable to fully automated system for use in industrial environment.- Design and development of transfer system for 3D printing modules using AGV and/or conveyors for Concept Laser M-line 3D printers.- Prototype design of automated air filter exchange system for SLM 3D printers.

- Design of testing, assembly and metrology systems for various powertrain components such as connecting rods, pistons, cylinder heads, engine blocks, crankshafts, fuel injectors for diesel and gasoline engines, high pressure fuel pumps, etc.- Designed Wrist pin bore gage machine that won 2010 PACE Award for Federal Mogul customer- Designed Bushing gage machine with 3D camera system with 0.8 seconds cycle time for Metaldyne customer- Led a small group of engineers and managing group of mechanical and electrical technicians on given projects.- Coordinate manufacturing and assembly activities on projects, - Effectively plan and prioritizing work, proactively identifying and addressing problems and managing project work- Performing weekly project meetings with customers- Identifies opportunities, develops alternatives, and recommends improvements to product design- Analyze test data and reports to determine if design meets functional and performance specifications- Liaison with suppliers for quotes, specifications, samples.- Updates and maintains current products through research and recommendation for improvement design opportunities of electronic modules and components- CAD designs involving Creo 2.0, AutoCAD 2014 and other CAD software (CATIAV5 and SolidWorks 2013, when needed)- Prepares product or system layout, detailed schematics/drawings and BOM as required- Ensure on-time delivery of product development milestones- Work on projects that includes semi-automatic gaging systems for wrist pin bore profile on pistons for Federal Mogul company in MX and Poland, automated gaging systems for open die and hyper-cubed cylinder heads for Nemak, MX, manual and automated conn-rod gage lines for Mahle US, Metaldyne US, MX and China and GM Bay City, MI.- Responsible for new employee training on CAD software and company standards/procedures.

- Responsible for 3D design and production process of HELIREAM PCD cutting tool for Ford Motor Company (Transmission Plant - Prototype Department) in its prototype stage as well as in actual production. Cutting tool like this never existed before on the market.-Developed a production process of coolant holes on pre-form body for helical tools, to remove EDM operation from production process, saving 15 minutes per hole (usually 4-6 holes per tool). Also, by removing EDM operation, no crystallization effect occurred, thus removing brittle areas from the tool that causes tool to brake easily.- Determined customer needs, requirements and expectations, reviewing tool design and development, developing manufacturing processes and validation- Responsible for product launch, feedback, assessment and corrective actions for continuous improvement identifying outputs and links to customer expectations- Leaded all activities related to Advanced Product Quality Planning (APQP), including meeting with customers and suggesting design changes to ensure manufacturability and long-term process capability- Designed solid-carbide, HSS and PCD cutting tools for automotive and aerospace industry (step drills, straight flute drills, milling cutters, reamers, etc.) using CoCreate ME10 , CATIA and Pro/E- Implementation of SOP (Systematic optimization of production)- Completed design of carbide cutting and PCD tool sets for various projects for Ford Motor Company (valve guides transmission's logic plates, solenoid valve bodies, etc.).- Member of team responsible for design of cutting tool set for Airbus A380- Programmed macros using CoCreate's ME10 macro language for faster design capabilities- Responsible for implementation of FORD, CHRYSLER and GM CAD standards in Unimerco's CAD exchange documentation using AutoCAD 2006