-Performed extensive interoperability testing on Mercedes’ first all-electric vehicle, evaluating the vehicle's communication with DC fast chargers-Analyzed vehicle to charger communication using vehicle diagnostic tools such as CANoe, Monaco and vSignalyzer-Prepared test catalogue strategies for long-distance testing of the electric vehicle

- Played an active role in advancing post-2015 development goals in partnership with the World Bank and the Wharton School at the University of Pennsylvania.- Established & expanded the organization’s growth strategy within Dartmouth College, focusing on female empowerment in the STEM field.- Continue to collaborate with current leadership to facilitate, organize and judge the annual Ideas for Action competition.

- Built a MatLab system identification algorithm to model Hive’s PID controller system- Developed Python programs to test Hive’s usage of multisine Electrochemical ImpedanceSpectroscopy (EIS) during the manufacturing process to reduce the cost of Li-ion batteries- Performed extensive EIS experimentation on Li-ion battery cells and analyzed over half abillion data points and their respective Nyquist plots

- Programmed an API using Python that collects and reads energy consumption and output to calculate the net energy usage in households per location in pursuit of a consumer-oriented energy storage and recommendation platform.- Analyzed market data on electric vehicles, batteries and competitor’s energy storage systems.

- Conducted market research and built financial models with a focus on the energy market.- Worked on several multi-million dollar transactions, fixating primarily on threshold issues of investment soundness.- Utilized Excel extensively to model transaction theories and present to other team members.