Engineering Internship at SAS (Chemical Vapor Deposition - CVD Dept.)

Role: Engineering Intern (Chemical Vapor Deposition - CVD Dept.)

During my internship at SAS in the Chemical Vapor Deposition (CVD) Department, I had the opportunity to work on several impactful projects:

Autonomous Fluid Mixer Development: Collaborating closely with another intern and two experienced engineers, I played a pivotal role in developing an autonomous fluid mixer. This involved utilizing Arduino programming, 3D printing technology, and other relevant tools—the autonomous fluid mixer aimed to improve efficiency and accuracy in the CVD process.

Cost Analysis: I conducted a comprehensive cost analysis for various aspects of the CVD process, including parts, chemicals, and recipe changes for wafers. This meticulous analysis identified cost-saving opportunities, ultimately saving the company more than $2 million annually.

Response Protocol Enhancement: Recognizing the importance of efficient response protocols, I reviewed and refined all of CVD's response protocols for tools shutdowns. Additionally, I created over 20 new protocols tailored to my CVD team's specific needs. Furthermore, I initiated discussions with five other CVD teams to encourage the creation of new, specialized protocols. These enhancements significantly reduced tool downtime, subsequently increasing the company's wafer output and profits.

My contributions during this internship showcased my technical abilities and demonstrated my commitment to improving processes, reducing costs, and enhancing overall efficiency within the CVD Department at SAS.