Joe Moak a Product Designer with experience in many aspects of creative design, engineering, and project management. He is proficient in the use of many engineering and creative tools and technologies, from 3D modeling and animation to real-time data acquisition and microprocessor controlled mechanical devices. He has over five years experience in design for the implantable medical device industry, and four experience years in high-end, mass-produced consumer product design.
Education:
Cal Poly State University:
Mechanical Engineering 12.18.01999
Work Experience:
Apple
06.02006 through present
senior product design engineer
- Led the product design team responsible for next-gen desktop computer product
- Responsible for mechanical design and layout of tightly packed consumer - electronics products from preliminary architecture phase through final
product documentation and mass-production.
- Led design investigations to very quickly evaluate mechanical design options and evaluated results to identify the most promising solutions.
- Responsible for detailed component and assembly design and documentation from concept through production; including addressing design-for-manufacturing feedback from manufacturers, detailed part modeling, and final engineering drawings. Components designed include injection molded parts, sheetmetal parts, and CNC machined parts.
- Designed internal mechanical components and subassemblies of the first AppleTV product to support very strict cosmetic requirements while accommodating high-volume manufacturing processes.
- Provided engineering leadership to Asian manufacturers to ensure high part quality and to set up production lines for high-volume products.
- Optimized final assembly fit-up of a consumer electronics device by utilizing statistical tolerance analysis techniques to specify optimal component geometry.
- Designed early test-prototypes for thermal, environmental, acoustic, and reliability evaluations and directed testing in each of these areas.
- Responsible for developing system and component test plans and managing test efforts.
NeuroPace, Inc.
11.2000 through 06.2006
mechanical design engineer
- Designed assembly components for the latest generation implantable responsive neurostimulator
- Responsible for the industrial design, mechanical design, and management of manufacturing of the handheld "wand" unit
- Developed and supported a parallel-gap resistance weld process
- Developed and supported a laser spot-weld process
St. Jude Medical
01.2000 through 11.2000
mechanical design engineer
- Designed internal mechanical components for latest generation of implantable cardioverter defibrillators for manufacture by both machining and injection molding.
- Supported manufacture of deep drawn titanium enclosure
- Designed a developed a vendor management database system for use within the Mechanical Engineering department
Arterial Vascular Engineering (AVE/Medtronic)
07.1998 through 12.1998
engineering intern
- Developed and executed equipment and process validation
protocols in accordance to FDA requirements
- Analyzed stent delivery systems production procedures and
streamlined to improve productivity
- Designed and manufactured tooling and fixtures for stent
delivery systems production processes
Hewlett Packard
07.1997 through 09.1997
Mechanical Designer/Drafter
- Designed mechanical components for test equipment
- Created construction documents and digital CNC files using Solid Designer
- Developed assembly drawings for test and manufacturing equipment
- Revised construction documents using ME10, ME30, and Solid Designer CAD packages
Skills:
- Design for high-volume manufacturing at the component, subassembly, and final assembly levels
- Design for plastic injection molding
- Design for high-volume CNC machining
- Sheetmetal component design
- Design of assembly architecture to minimize tolerance stack.
- Tolerance stack-up analysis
- Pro/Engineer for engineering design, rapid prototyping, and production drafting
- Pro/Mechanica for engineering design and FEA
- Unigraphics NX for engineering design, rapid prototyping, and production drafting
- SolidWorks for engineering design
- Catia V5 for engineering design, FEA, rapid prototyping, and production drafting, rapid prototyping, and production drafting
- AutoCAD for engineering design and production drafting
- Adobe Photoshop for print and web graphics
- Adobe Illustrator for technical illustration, web and print graphics, and design layout
- Macromedia Flash for interactive media design
- Working understanding of HTML, PHP, MySQL, and CSS in the development of web applications
- Machine shop proficiency: Mill, Lathe, Drill Press, and CNC to manufacture mechanical components and prototype designs
Silicon Valley, CA