Michael Shewarega

I'm an engineer working at the intersection of software, applied ML, and biomedicine. Currently exploring how personalized therapies can be built and delivered better.

I hold an M.Sc. and B.Sc. in Electrical & Computer Engineering from RWTH Aachen University, with an exchange at TU Delft. Most recently, I was a researcher across Harvard SEAS and Harvard Medical School, building interactive frameworks for analyzing brain networks and spatial biology.

Before that, I developed surgical assistance tools at Stryker and prototyped industrial applications at Fraunhofer for clients including P&G and Airbus. Outside of work, I enjoy tennis, basketball, piano, books/movies, and riddles.

Michael Shewarega portrait

Projects

Nexus

Nexus

2025
Research Project at Harvard Medical School

An interactive multi-view system for 3D tissue datasets and their graph abstractions, enabling selection, sketch-based motif detection, and synchronized highlighting across spatial and abstract views.

MoMo

MoMo

2025
Full Paper at IEEE Transactions on Visualization and Computer Graphics

An interactive python framework for neural motif analysis in large connectomes, featuring a novel graph structure, fast subgraph search, and 3D sketch-based visualization.

SOLID Insights

SOLID Insights

2023
Internship Project at Stryker

A mobile application for surgeons to access patient data and interactive 3D bone models, featuring secure user authentication, real-time status tracking, and structured surgical procedure insights.

Personal Assistant

Personal Assistant

2023
Private Project

A web application designed to help users — especially my mom — generate summaries, write texts, and compose emails from notes.

TechZone College

TechZone College

ongoing project
Private Project

A web application that functions as a learning platform for TechZone College students and teachers in Ethiopia to access and share study materials.

Solar System

Solar System

2022
Private Project

A web application that utilizes the Three.js library to create a simulation of the sun and the eight planets in our solar system.