Eashaan Kumar

Worked on a two-man developer team to build out frontend and backend of SaaS product (Grovia.io) Self-taught React and Django frameworks Created several new APIs including a new Dashboard API

Software Engineer at Grovia.io (2021-12 – 2023-02)

• Worked on a two-man developer team to build out frontend and backend of SaaS product (Grovia.io)
• Self-taught React and Django frameworks
• Created several new APIs including a new Dashboard API
• Experienced a start-up working environment that required adaptability and self-directed learning

Software Engineer at Microsoft Corp. (2020-08 – 2021-08)

• Worked on new feature for PowerBI Dataflows which groups individual refresh API calls into one
• (Backend) Added validation logic for dataflow model refreshes such as refresh status and permissions checks
• Learned how to implement a stored procedure for progress of models being refreshed
• Created Unit tests for backend workspace refresh logic and stored procedure calls
• Worked on frontend and backend bugs
• Communicated with customer support team and answered customer calls off hours
• Tracked product reliability statistics to maintain high customer satisfaction
• Triaged new bugs and tracked their progress to ensure their timely completion with the help of the Dataflows team

Software Engineer at Microsoft Corp. (2019-05 – 2019-08)

• Implemented and delivered highly demanded “Import” feature for importing Dataflow models into Workspaces
• Collaborated with UX Researcher to design more intuitive UI for API frontend
• Article about my feature:

Research Engineer at Space Systems Design Studio (2019-09 – 2021-01)

• Wrote mission critical code for Cornell’s CubeSat set to launch on NASA’s Space Launch System
• Co-authored paper for SmallSat 2020 conference that won third place: (co-wrote “Optical Navigation System” section)
• Designed basic optical navigation API for autonomous position/attitude recovery of spacecraft
• Worked alongside software, mechanical and electrical engineers to make decisions about OpNav API design
• Utilized Computer Vision to extract relative distances of the Earth, Moon and Sun from onboard cameras
• Adapted Unscented Kalman Filtering R&D code for maintaining position and attitude over duration of flight
• Wrote UNIT testing framework for sample trajectory generation and evaluation on the OpNav system

Bachelor's degree in Computer Science – Cornell University (2018-01 – 2020-06)