Joseph Cooley Email & Phone Number

Tualatin, Oregon, United States

• Participate in the conceptualization, modeling, analysis, development, documentation, and test/validation of hardware associated with new semiconductor equipment. • Design parts using metals, ceramics, quartz, plastics, and advanced coatings/plating’s. Work with potential suppliers to ensure parts can be manufactured in accordance with performance and cost objectives.• Ensure documentation is consistent with SEMI, Lam Standards and other standards as applicable (ANSI, DIN etc.) as well as best known methods for GD&T; accordingly, demonstrates knowledge and ability to properly utilize them.• Perform analytical work to characterize and properly specify new and existing designs, including heat transfer, stress, vibrations, fluid/gas dynamics and manufacturability.• Develop and execute test plans that generate characterization data sufficient to understand and validate the performance of the design.• Develop and presents reports/presentations of excellent quality that communicate design intent, analysis, and validation at design reviews.• Close interaction with suppliers and other Lam internal departments to ensure reception of high quality, well tested and cost optimized solutions for the defined requirements.• Responsible for the design, development, and implementation of custom mechanical tooling, fixturing and associated processes to enable the handling, assembly and/or disassembly of parts, components, sub-assemblies and final assemblies throughout the product life cycle.• Establish standards across all operational processes.• Prepare all required deliverables requested by product development plan (e.g. FMEA, technical specifications, risk analysis, test specifications, design review presentations)• Act as a resource for colleagues with less experience; may lead small projects with manageable risks and resource requirements.

Hillsboro, Oregon, United States

Hillsboro, Oregon

• Develop new product concepts and conduct feasibility studies to verify capability and functionality• Design and implement required additions and upgrades to existing products• Produce detailed drawings and design specifications including parts lists and costings for new products and concepts• Maintain detailed documentation throughout all phases of the research and development process; providing updates, reports and analysis, interpret and disseminate outputs from Product Development activities.• Visit suppliers to inspect prototype and new product fabrication and product assembly.• Management and maintenance of the Inventor Vault Professional database• Work with members of the Development team to facilitate and develop integrated systems to streamline work flow and knowledge sharing within operational divisions• Assist in creation, training, management, and evaluation of Product Development work flows• Identify training needs for personnel and assist in the implementation of training plans

Hillsboro, Oregon

• Design, size and implement product improvements and product range extensions of water treatment equipment.• Generate and review 3D Inventor models and associated drawing documentation• Collaborate with multiple departments and divisions in a team environment• Generate and document new intellectual property, (1 patent pending)• Administration of Vault Professional data management software, creating documentation release and life-cycle management process• FEA analysis to determine and remediate source of product non-compliance• 3D printing of designs for rapid prototype generation and scale model presentation• Design and prototype of rotational molded parts for manufacture

Hillsboro, Oregon

• Design of water treatment equipment, including CAD modeling, fabrication drawings, and bill of material creation. • Lead engineer of large multi-million dollar projects which included directing equipment fabrication, vendor management, and coordinating with consulting engineers to ensure equipment was delivered on time and budget• Complete ground up modeling in Autodesk Inventor of six product lines using features such as multi-solid body modeling, sheet metal, iLogic (VB.net), and Vault• CAD knowledge base to support project engineering department• Innovating company software and practices to reduce drawing release times by 75% through creation of custom automation within Inventor software

Wilsonville, Oregon, United States

• Led Iron flow battery product development projects through research, design and evaluation of fluid systems, mechanical systems and processes utilizing engineering principles• Led formal design reviews and presented data to support subsystem designs and improvements to cross functional teams as well as the company change control board• Evaluated and designed mechanical and fluid system using ANSYS FEA and Fluent CFD tools as well as internal analytical models using Microsoft Excel• Developed updates and redesigns of existing processes and related systems accompanied with analysis, supporting information and recommendations• Actively communicated specific work requirements and needs to both internal and external stakeholders and cross functional teams, such as purchasing, manufacturing and suppliers to ensure expectations are understood as defined by engineering specifications• Designed, developed, analyzed, and documented processes to meet cost, reliability, manufacturability and safety requirements (P&ID, Functional Requirements, etc)• Utilized Autodesk Inventor to create detail designs, drawings and documentation for manufacturing• Led and participated in product design failure mode and effect analysis (DFMEA) meetings• Created intellectual property and documentation for patent applications (5 patents pending)

Eugene, Oregon

• Design of track mounted conveyor systems for the heavy construction and wood product industries• Modifying existing designs and implementing change orders upon completion

Junction City, Oregon

• Digital prototype design and acting liaison between design and build teams• Problem solving to improve product designs quickly when faced with unforeseen build challenges• Use of Autodesk Inventor for digital prototyping using ANSYS FEA and sheet metal packages

Corvallis, Oregon

• General opto-mechanical design work including, analysis, design and fabrication of complex high precision optical instruments and systems using Solidworks • Worked with customers to create 3D models and detailed designs of multiple product concepts

B.S. Mechanical Engineering, Dynamic Systems And Controls

Activities and Societies: Alpha Tau Omega Fraternity, President American Society of Mechanical Engineers

Electrical Engineering

Activities and Societies: Post Baccalaureate Education: CS 131U: Introduction to C Programming ENGR 171: Digital Logic EET 242.