Eduardo Ortiz Email & Phone Number

Torrance, California, United States

As a Thin Films Process Engineer at ZC&R (Abrisa Technologies), I specialize in operating electron beam PVD chambers to deposit Ti, Si, and Ta films while driving innovation through R&D projects tailored to customer needs. My role includes leading MRB meetings to resolve production issues, conducting time studies to optimize workflows, and creating detailed work instructions to enhance operator efficiency. By balancing technical expertise with strategic problem-solving, I contribute to delivering high-quality optical coating solutions within cost and material constraints.

Newport Beach, California, United States

Newport Beach, California, United States

As a Process Engineer in the Diffusion department, my primary focus is in PECVD (nitride, oxide and TEOS) and CVD (W) for both front end and back end processes. I provide support to 25+ chambers and work in a high volume manufacturing environment with cross functional teams to improve and address process issues by using DOEs, SPC, and data driven decision making while incorporating lean manufacturing and six sigma processes. When it comes to performing data analysis, IQRs are performed to help remove outliers. Once the necessary data is gather, a statistical analysis on JMP is performed to help display data using various chart types, compare distributions, and calculate sigma k to see how the process is running compared to POR. With everchanging processes to help achieve customer specifications, new methodologies are adopted. To help ensure the Diffusion area is up to date, FCDs/MOIs/WIs are updated for process technicians and operators. Furthermore, monthly training is provided to technicians to bring awareness to changes while continuously helping grow their skills to the toolsets and the process.

Brewton, Alabama

As a Process Control Engineer in the Utilities department, I have knowledge working with Demineralizer Plants, Evaporators, and Recovery/Power Boilers. I work with the DCS to create controls for our systems, as well as use VBScript to set conditions for both machine and operator functions when creating HMIs for operator interactions. When analyzing data, I use different PI operating systems or alarm tools to help resolve problems. I work with multiple support groups to start-up, commission, and check out new and existing process control projects.

As Vice President, I worked a lot with writing various sponsorship proposals to be able to fund members to go to conferences for free. One of the biggest roles as Vice President is bringing different professional opportunities to the organization. During Fall 2018, I spearheaded an event that I called "College Bowl". It was an event that had never been done in Davis. The event was competitive and fast-paced which got students to think outside the box while being out of their comfort zone. College Bowl attracted 5 different companies, including Raytheon and Intel, and 50+ students. Overall, the goal was to help students connect with professionals on a more personal level and both parties left wanting to return to the event for 2019.

As the Communications Officer, my primary role was to organize emails, listservs, and website so that members of CALESS could stay updated with any events that were happening within and outside the organization.

As the University Liaison, as was the main contact between different organizations on campus and CALESS. My primary role was to plan an event known as "La Gran Tardeada" where Chi/Lat organizations help plan week-long events through the Spring Quarter. At the end of the week, the event had a fundraiser and I helped fundraise $500 for CALESS.

Barcelona Area, Spain

I worked closely with my supervisor on the reWine project., which is a project based on recycling bottles in the Barcelona area. Observing the bottles life cycle, from washing plants to wineries to Hotel/Restaurant/Cafe (HoReCa), I analyzed data in where I helped calculate: (1) whether making or reusing a bottle saved more money, (2) the amount of CO2 produced throughout the process and how to reduce it, and (3) find the most efficient way to transport the bottles. Once all the data was analyzed and calculated, a full report was made which was then later submitted to the European Commission.