Greg Bejtlich Email & Phone Number

Chelmsford, Ma, Us

Responsible for the system design, fabrication and validation of customized vacuum and atmospheric SEMI platforms. Technical lead for multi-disciplinary teams to create engineering solutions to complex customer requirements. Perform Failure Mode and Effects Analysis (FMEA) utilizing ANSYS and PTC Creo Simulate. Extensive use of PTC Creo to create concept designs, layouts, details and assembly drawings. Works closely with customers to develop unique engineering solutions integrating Brooks vacuum and atmospheric systems into customer platforms.

Milwaukee, Wi, Us

Responsible for the mechanical design, fabrication and validation of automated test stations delivered to worldwide facilities. Led mid-size cross-functional teams to design and fabricate complex high reliability electromechanical and optical test solutions. Utilized voice of the customer by gathering input from manufacturing facility staff personnel to get it right the first time. Extensive use of PTC Creo and SolidWorks to create concept designs, layouts, details and assembly drawings. Experienced with Minitab statistical software and advanced ergonomic design for test stations. Machine Design utilizing modular frames, enclosures, mounting structures and component packaging. Specified/integrated pneumatics, motion stages, high precision motorized mechanisms, photo electric sensors, proximity sensors, optical scanners and switches.

Andover, Massachusetts, Us

Responsible for the design, development and manufacturing of Gas Flow Controllers, Pressure Controllers, Gas Flow Meters and Residual Gas Analyzers. Responsibilities included preparation of Manufacturing Operation Sheets, Tooling List, Test Plans and Test Reports. Created welding fixturing, test fixtures and test stands. Experienced with high vacuum technology. Utilized AutoCAD, Pro/ENGINEER, Pro/Sheet Metal, Pro/intralink, PTC Windchill and SolidWorks. Products required assembly and testing in a class 100 clean room assembly area per ISO9001 guidelines. Designed parts utilizing injected molded plastics. Performed Failure Mode and Effects Analysis (FMEA) as required. Worked with Buyers/Planners to facilitate low cost/high quality components. Extensive experience trouble shooting and development in laboratory and machine shop environments. Interfaced with Japanese division exchanging technology. Used SPC / Lean Manufacturing / DFX methods. Experienced with Oracle and Omnify systems.

Responsible for the mechanical design, manufacturing support and testing supervision of custom designed welded metal bellows systems in an ISO9001 certified environment. Responsibilities included application and design engineering for customer inquiries and job releases, layout generation, preparation of Manufacturing Operation Sheets, Tooling List, Test Plans and Test Reports. Designed and developed systems for instrumentation applications, accumulators, reservoirs, pressure sensors, wax actuators, compensators and implantable human drug delivery devices. Utilized 2D and 3D AutoCAD R13, 14 and LT, SolidWorks, MSC Nastran FEA for Windows.

Worked with a team of designers and technicians to provide electromechanical engineering support and documentation for the design and manufacturing of Semiconductor Fabrication Capital Equipment (Ion Implanters). Contributed to cost reduction programs. Assignments required technical expertise of high vacuum environment equipment, gas systems, wafer handling equipment, pneumatics, contamination control systems, high voltage and radiation suppression/ shielding. Also experienced in electronics packaging and mounting. Projects required applications of lead screws, linear slides, bearings and motors. Extensive sheet metal and extrusion applications. Generated layouts and prepared detail drawings utilizing AutoCAD and Pro/E.