Michael Turley Email & Phone Number

United States

Baltimore, Maryland Area

• Work with Marketing, Sales, and Leadership to design medical products using a Phase Gate design process.
• Establish business case, capital expenditures, project schedule, product specifications, risk analysis documentation, FDA clearance documentation, packaging, labeling, and manufacturing/quality control documents.
• Perform patent and freedom to operate research to avoid infringement of existing patents.
• Work with molding houses to design injection molded products.
• Design and build custom equipment to produce new medical devices or improve production output.
• Develop test methods and write test protocols/reports for the testing of medical devices to their specifications.

Canaan, Connecticut

• Worked with multidisciplinary team to identify and execute cost savings projects plant-wide
• Used Lean and Six Sigma principals to improve manufacturing processes
• Reported plant-wide CI goals and savings

Franklin Lakes, NJ

• Developed processes for new products, purchased, and tested manufacturing equipment for new device.
• Developed equipment and test methods for design V&V, troubleshooting and root-cause-analysis.
• Documented testing (MSAs, DOEs), user specifications, and acceptance documents (FAT, SAT), as well as FMEA for multiple high throughput machines.
• Worked with a global/cross functional team to manage the purchase, build, and installation of automated manufacturing equipment.
• Travel to international and US based factories and vendors to install and establish new manufacturing processes and test new manufacturing equipment.

Cockeysville, MD

• Worked with safety team to identify areas of concern on manufacturing equipment
• Designed and built safety guarding on various machines to meet safety standards
• Managed vendors for equipment purchase and project timelines

Sandy, UT

• Worked with Process Engineer to support daily manufacturing line maintenance and trouble-shooting
• Designed, wrote, and executed engineering protocols for Measurement System Analysis

Sandy, UT

• Gathered pricing, created concepts, and proposed bids to customers
• Designed custom industrial equipment such as mechanical conveyors, pneumatic conveying systems, mezzanines, and support structures
• Created approval drawings for customer review and layout drawings for fabrication
• Managed vendors, fabrication and quality control

Sandy, UT

• Designed custom industrial equipment such as mechanical conveyors, hoppers, and mezzanines
• Used Autocad Inventor, Autocad Mechanical, and Omax Water Jet software to make build drawings and cutprograms
• Ordered parts, managed construction, and worked with clients in design, engineering, and installation of equipment

Sandy, UT

• Read blueprints, then built to specifications
• Used plasma cutters (automated and hand), torch, shear, brake press, and welders to fabricate various industrial equipment
• Welded mild steel, stainless steel, and aluminum using MIG, TIG, and dual shield welding in food grade, medical, and industrial settings