Stephen Farris Email & Phone Number

New Mexico, United States

• Safely operating the tool and improving safety of the tool during normal use• Learning how the tool performs its function and learning how to maintain this equipment to maximize available production use• Troubleshooting equipment errors and optimizing equipment performance to achieve desired tool health metrics• Understanding how the tool interfaces with the overall process flow and reducing process defects• Upgrading your equipment to enable new capability or performance

Tucson, Arizona, United States

• Provided instructional support for over 70 students in a senior-level lab based class in chemical engineering unit operations, focusing on reaction kinetics, data analysis, and safety practices• Assisted in lecture for students enrolled in a thermodynamic focused chemical engineering class• Demonstrated strong proficiency in process modeling with multiple EOS to support students• Clarify concepts and address questions with students during office hours• Grade individual reports, prelab assignments, and exams, giving constructive feedback to students in a timely manner

Tucson, Arizona, United States

• Built and maintained strong relationships with customers in a client-facing environment• Demonstrated strong communication and interpersonal skills to explain complex insurance terms to address customer concerns• Assisted in policy reviews to ensure client satisfaction and higher retention rates

Tucson, Arizona, United States

· Supervised and trained new team members to CORE standards, ensuring compliance with company standards and policies during daily operations· Managed inventory levels, taking charge in regular stock assessments and ordering as needed to maintain optimal product availability and quality· Provided excellent customer service, and aided in making food, capable of being flexible and assisting where needed

Tucson, Arizona, United States

• Researched surface science focused on organosilane monolayers for increasing selectivity of titanium oxide deposition in nanoelectronics. • Use of SC-1 for planar polishing, along with the safe disposal and handling of organic solvents such as nitric acid and toluene. • Measured sample thickness using ellipsometry• Characterized sample dipole moment and IMFs using water droplet contact angle test• Documented and recorded detailed results in journal

Master'S Degree, Chemical Engineering, 3.842

Bachelor'S Degree, Chemical Engineering, 3.320

Activities and Societies: Intercollegiate Rugby team, Students for Sustainability