\entry[Spring 2023]{Fall 2019 -}{Massachusetts Institute of Technology}{Majoring in Electrical Engineering and Computer Science (6-2)}{\footnotesize\textit{Relevant Coursework:}\footnotesize{Introduction to Machine Learning, Operating Systems Engineering, Introduction to EECS via Interconnected Embedded Systems, Fundamentals of Programming, Computation Structures}}
\entry[Spring 2023]{Summer 2022 -}{Embedded Systems Engineering Associate}{ForeLight}{Continued work on the bioreactor control and monitoring scheme developed for resource-constrained embedded devices. Began implementing a central database with support for live monitoring. Designed and developed a bioreactor control and monitoring system to run on an embedded Linux device. Created with distributed systems goals in mind such as resiliency and flexibility}
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\entry[Spring 2022]{Fall 2021 -}{Electrical Engineering Intern}{ForeLight}{Built several bioreactor LED control systems. Designed and built a manual control interface that was mounted into a NEMA 4 enclosure}
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\entry{Fall 2020}{Remote Internship}{Novo Space}{Worked to develop a telemetry visualization/storage system ready to be deployed on embedded systems. Utilized tools such as Docker for consistent deployment across architectures}
%\entry{Fall 2022}{Operating Systems Engineering}{6.1810}{Focus on fundamental concepts such as virtual memory, context switches, system calls, interrupts, and other interactions between hardware and software}
%\entry{Spring 2021}{Introduction to Machine Learning}{6.036}{Covered topics such as perceptrons, neural nets, classification problems as well as hidden Markov models. Returned as a lab assistant in Fall 2021}
\extra{Fall 2021 -}{Present}{Gordon Engineering Leadership}{Developing leadership, teamwork, and communication skills in a selective leader development program for engineering undergraduates}
\extra{Fall 2021 -}{Spring 2022}{Delta Kappa Epsilon}{Served as chapter President}