● Direct program of regulatory and internal testing to monitor durability and reliability of electrochromic windows and controls hardware components● Monitor and analyze reported field quality issues to identify trends, support issue resolution, and recommend corrective actions as needed● Perform failure analysis of product warranty returns, report results, and recommend corrective actions as needed● Design and execute accelerated stress testing to evaluate product reliability and identify common failure modes● Participate in cross functional teams as a technical representative of the reliability function to support risk assessments and qualification test plans for new product and process introduction ● Manage and direct daily activities of Reliability Technician

● Designed and executed experiments to improve accuracy of a model of an electrochromic thin film and to identify interactions between product design and control algorithm ● Developed updates to a controls algorithm resulting in improved factory yield and field performance of electrochromic windows● Visited customer sites to investigate and correct performance issues related to control algorithm ● Member of Essentials of Leadership (EOL) Program, a leadership development program involving a remote group project and professional development training

Held weekly office hours to assist students with homework assignments and design projects.

Prepared and presented weekly lessons to individuals and groups of 5-10 students for the undergraduate courses Electricity and Magnetism and Electrical Circuits and Signals.

Instructed weekly laboratory exercises for groups of 15 students, graded laboratory reports, and held office hours to help students with class material.

Investigated the effect of cellulose nanofibers as a filler material in a polymer composite and the effect of manufacturing method, including 3D printing, on the mechanical properties of the material.

Created and algorithm for the application of multiple wavelength interferometry for the characterization of material properties.

Investigated the effect of an applied electric field on the dynamics of dielectric particles suspended in fluid.