• Develop and manage internal ESG and financial databases• Analyze and compile metrics and financial proxies for impact reporting framework and SROI analysis of built environment transformation and green building projects• Serve as internal point-of-contact for resolving IT-related issues

• Designed, fabricated, and employed Silicon and SOI MEMS chips for in situ and in operando TEM experiments, such as beam phase modification, including device layout and photomask design• Established efficient process flows and protocols for higher yield• Explored new device design performance using the Finite Element Method (FreeFEM++) with Python for post-processing• Developed code for processing TEM and source measure unit data• Designed and integrated auxiliary vacuum and electrical components• Mentored and supervised graduate researchers and undergraduate students

• Collaborated in a team of 3 for the investigation of visible range plasmonic resonance modes and their applications in sensing• Designed and operated custom electrodeposition setup to realize arrays of tall gold nanostructures onto ITO-coated glass substrates through EBL-defined templates• Developed programmatic instrument control processes using SCPI with either MATLAB or Python • Performed characterization with AFM, SEM, and hyperspectral imaging. • Automated setup, running, and data collection pipelines of custom parametric sweeps and parameter estimation on Lumerical FDTD and MODE simulations (>10K). • Analyzed simulation and characterization data

• Facilitated tutorial discussions for EE3001 - Engineering Electromagnetics• Led Ask-A-Tutor open-ended pre-exam Q&A sessions for EE3001

Project: Determination of pump profile and absorption in gain-guided, index-antiguided fiber laser• Designed high power laser diode enclosure, set up measurement apparatus• Measured intensity profile and power variation with propagation distance, correlated with theoretical results

• EE301: Electrical Circuits I – Lecturer, with responsibilities including developing the course schedule, syllabus, homework, exam, and project materials, holding office hours, and grading. (Fall & Summer 2013)• EE305: Electrical Circuits II – Lecturer, with responsibilities including developing the course schedule, syllabus, homework, quiz, exam, and project materials, holding office hours, grading, and coordinating with laboratory teaching assistants. (Spring 2013)• EE354: Digital Logic – Discussion Teaching Assistant, worked through examples and homework problems in discussion with students and answered questions to increase student understanding both in class and in office hours (Fall 2012)

Project: Theoretical modeling and experimental verification of various incarnations of fiber Bragg grating-based magnetostrictive current sensors• Identified and implemented key modifications to sensor construction, testing, and verification procedures, resulting in improved performance and repeatability• Machined custom fixtures and apparatus for sensor fabrication and testing• Interpreted test data in order to both determine future test plans and summarize important results in periodic technical presentations for industrial project partners• Developed and increased the predictive power of phenomenological and theoretical models for fiber optic current sensor behavior, including creating and modifying code for the numerical simulation of spectral output• Revamped LabVIEW implementation of instrument interface VI, greatly enhancing usability and functionality• Verified sensor operation both in-lab and on-location using equipment from an industrial collaborator.

• Identified sources of and solutions to ultrasound machine EMI issues• Recommended probe firmware requirements and developed testing procedures for obtaining IEC 60601 compliance

• Constructed and maintained custom fixtures for testing and development of single- and three-phase electronic motor overload relays and auxiliary devices• Devised and implemented a set of product verification tests over an array of input and environmental parameters, including variable input currents and ambient temperatures, and performed EMC emissions and susceptibility testing• Developed performance prediction tools for several relay models• Researched interconnect and core technologies for future product implementations