Adrian Iniguez Email and Phone Number

-Implemented new manufacturing technologies such as laser cutting, 4 slide strip forming, vibratory tumbling, and passivation.-Maintained/improved existing manufacturing processes such as centrifugal tumbling, bead blasting, wastewater treatment, punching, progressive stamping, and swiss turning.-Developed and maintained engineering documents such as process maps, process FMEA, Manufacturing/Quality instructions, and test reports. -Led team to improve efficiency and capacity of… Show more -Implemented new manufacturing technologies such as laser cutting, 4 slide strip forming, vibratory tumbling, and passivation.-Maintained/improved existing manufacturing processes such as centrifugal tumbling, bead blasting, wastewater treatment, punching, progressive stamping, and swiss turning.-Developed and maintained engineering documents such as process maps, process FMEA, Manufacturing/Quality instructions, and test reports. -Led team to improve efficiency and capacity of manufacturing lines towards implementing long term efficiency changes including automation, and new technology integration. Integration of new technology led to a 200% increase in throughput of small metal components.-Responsible for all validation activities on new product development and associated manufacturing processes including IQ, OQ, PQ, Gage R&R, and Supplier Qualification.-Wrote/Reviewed Non-Conformance investigations using root cause analysis tools on both internal and external manufacturing processes. -Collaborated with Quality, and Production personnel to respond to UL and customer audits, and execute solutions to findings. -Developed master qualification documentation (Validation Plan, IQ, OQ, PQ) for 10+ Manufacturing areas. -Lead selection and hiring of new team members as part of new team development, and created training guides for new engineers to quickly develop investigation/writing skills. -Development document management software to eliminate redundant documentation updates. -Led engineering team of 8+ during management transition, and tracked project timelines through use of Microsoft Project. Show less

-Maintained manufacturing documentation that included preventative maintenance, equipment calibrations, work instructions and quality inspections. -Evaluated the performance of medical devices returned by the customer (CER). -Supported both cleanroom and component manufacturing personnel by troubleshooting processes and equipment issues with non-conformance investigations. -Led equipment/process qualifications including IQ (Installation Qualification), OQ (Operational… Show more -Maintained manufacturing documentation that included preventative maintenance, equipment calibrations, work instructions and quality inspections. -Evaluated the performance of medical devices returned by the customer (CER). -Supported both cleanroom and component manufacturing personnel by troubleshooting processes and equipment issues with non-conformance investigations. -Led equipment/process qualifications including IQ (Installation Qualification), OQ (Operational Qualification), PQ (Performance Qualification). Show less

As a peer mentor my responsibilities were to create an effective and positive mentor relationship with students to promote STEM field transfers and communicate with staff and faculty to facilitate workshops oriented towards increasing student success professionally andacademically.

A Brief HistoryThe Titan Rocket Engineering Society began February 2015 as a student club that would simply participate in rocket launches. Through support from advisors and a desire to excel, the club decided to pursue challenging goals to become a nationally recognized chapter of the American Institute of Aeronautics and Astronautics (AIAA), competing in the International Rocket Engineering Competition (IREC), and pushing the limits of undergraduate learning potential. As of October… Show more A Brief HistoryThe Titan Rocket Engineering Society began February 2015 as a student club that would simply participate in rocket launches. Through support from advisors and a desire to excel, the club decided to pursue challenging goals to become a nationally recognized chapter of the American Institute of Aeronautics and Astronautics (AIAA), competing in the International Rocket Engineering Competition (IREC), and pushing the limits of undergraduate learning potential. As of October 2015, the club was officially recognized as a chapter of AIAA, the team’s project has been entered in several conferences, and has been accepted as a competitor in IREC 2016. To prepare for what the future holds, the team is working hard to make the Titan Rocket Engineering Society a lasting legacy at CSUF and recognized as an international intercollegiate top competitor in the rocket-engineering field. Senior Design ProjectAs president of Titan Rocket Engineering Society I lead a team of seven engineers to design, and manufacture a rocket for competition in the Intercollegiate Rocket Engineering Competition. During the process the team and I were responsible for:• Designing Rocket components including housing, aerodynamics, recovery, avionics, and propulsion. • Manufacturing Components• Testing Component• Producing financial reportsThrough the year long process, I learned skills in the following areas:• Carbon Fiber, and Fiber Glass tooling and part manufacturing• Solid fuel rocket propulsion systems• Fuel casting • Nozzle manufacturing and flow calculations• Systems Integration• Avionics and Payload Control• Process Management As a result the Titan Rocket Engineering Society placed 28th of 52 competing teams in the Intercollegiate Rocket Engineering Competition. Show less

Gathered and analyzed data for a quantitative study of the efficiency and emissions from a single cylinder diesel engine,fueled by alternative biodiesel fuels, B5, B20, and B99. Further compared to traditional petroleum diesel #2

• Created a computer program and managed a team with the purpose of producing a mechanical arm attachment controlled by a Brain Computer Interface as a new rehabilitation tool.• Designed and implemented a closed loop control system that would classify EMG patterns in the human brain and associate the patterns to a text phrase or acronym.• Developed a Neural Network whose purpose is the reconstruction of images seen by a human using a commercial brain computer interface.