BS in Computer Engineering & Machine Learning Athlete, Guitarist, DJ Startup Co-Founder
More About Me
I'm a recent graduate student-athlete at Boston University, where I studied computer engineering with a concentration in machine learning,
played for the Men's Rugby Team, played lead guitar for the Pep Band, and was a member of the Tau Kappa Epsilon fraternity.
Before graduating, I co-founded Roomform, an AI-powered 3D design platform serving as a marketplace and community for consumers and a B2B SaaS for retailers.
I launched my artist project, Fortune, becoming a nightclub DJ resident at Big Night, New England's largest hospitality, nightlife, and entertainment company.
Based in Boston, I co-founded Sonder Ground, an entertainment company specializing in planning events around dance music and unique venues.
During my years at BU, I worked as an undergraduate intern for the Bio Optical & Acoustic Spectroscopy (BOAS) Lab, where I manufactured
NinjaNIRS2021 wearable helmet device optodes using Functional Near Infrared Resonance Spectroscopy (fNIRS) and designed,
trained, and tested a ConvLSTM neural network architecture to detect stalls in brain capillaries.
In Summer 2023, I interned as a software engineer for General Motors in Pontiac, MI, working on their hydrogen fuel cell
technology – HydroTec.
And during my senior year Co-op at Red Hat, I built Ansible Wrangler, an AI-powered cloud service for automated Ansible playbook deployment native within ServiceNow.
Notably, throughout my career, I've loved working with children, teaching them guitar and coaching them in hockey.
Always open to connect!
AI-native consumer applications, deep learning, quantum mechanics.
Languages: Python, C/C++, Verilog, Java, JavaScript, TypeScript, Swift, MATLAB, Simulink, HTML, CSS, MIPS Assembly, x86 Assembly
Tools: PyTorch, AWS, Next.js, React, LangChain, Django, Docker, PostgreSQL, OpenAI, Google AI, Vercel, RAG, Pinecone, MongoDB, FPGA, Linux/UNIX, TCP/IP, UDP, CAN Bus
Proficiencies: Cloud Computing, Distributed Systems, Deep Learning, Reinforcement Learning, Cybersecurity, Algorithms & Data Structures, Operating systems, Computer Architecture, Embedded Systems, Computer Networking, Agile Development, Electrical Circuits, Digital Circuits, Micro & Macro Economics, Engineering Mechanics, Linear Algebra, Discrete Math, Probability & Statistics
May 2025 - Present
September 2024 - December 2024
June 2023 - August 2023
September 2022 - May 2025
June 2021 - August 2022
May 2021
Derived a relationship between the fast-Fourier transform (FFT) analysis and properties of electromagnetic induction with resonant
frequencies of LC-circuits using electrical impedance, inductive reactance, and capacitive reactance.
Edelist, J. (2021). Investigating The Effect of Changing a Guitar's Pickup Configuration on Tonal Quality. Tellura, 1(2), 8-29.
September 2021 - Present
Concentration in Machine Learning
Relevant Coursework: Cloud Computing, Reinforcement Learning, Advanced Algorithms & Data Structures, Deep Learning, Operating Systems, Machine Learning, Computer Organization, Computer Networking, Algorithms & Data Structures, Logic Design, Software Engineering, Linear Algebra, Discrete Math, Differential Equations, Probability/Statistics/Data Science, Electrical Circuits, Electricity & Magnetism, Engineering Mechanics, CAD, Chemistry
September 2017 - May 2021
IB Diploma & OSSD Diploma
GPA: 4.4/4.0
IB Points: 41
Year 12 OSSD Average: 96.3%
March 2025
From fun ideas to startups.
Please don't hesitate to reach out and discuss ideas, projects or hobbies!
Toronto, ON