Bruno Lazarini

• Email: me@brunolazarini.ch
• Location: Lausanne, Switzerland
• LinkedIn: bruno-lazarini-sigg
• GitHub: lazarinibruno

Summary

Third year B.S. student in Computer Science.

Education

EPFL, BS in Computer Science

• Sept 2021 – July 2025
• Lausanne, CH

Experience

EPFL, Teaching assistant for the Making Intelligent Things course

• Feb 2024 – June 2024
• Collaborated with the professor Christoph Koch to develop the project for the next semester students.

Projects

PeriodPals Android App | Kotlin, JetpackCompose, PostgreSQL, TypeScript

Developed a Kotlin/Jetpack Compose app enabling users to request and provide menstruation-related products via location-based alerts, push notifications, and an in-app chat. Built with Supabase, PostgreSQL and TypeScript, following the MVVM architecture. Worked in a team of seven using Github, and SCRUM framework with weekly sprints and rotating scrum master/product owner roles over a 10-week period.

Self-balancing Unicycle | C++

Designed and constructed a self-balancing robot using a reaction wheel as stabilization mechanism. This involved designing the robot parts in Fusion360 and then 3D printing them. Used a an Arduino running a PID controller to control the reaction wheel. Collaborated in a team of 5.

Facebook haystack | C

Developed a simplified version of Facebook's haystack image storage system in C. For the OS part of the project, implented low-level functions to create the storage object, add images to it and delete images from it. For the network part, implemented the network stack from the TCP layer up to the application layer. In the end, users were able to interact with the storage system through a simple website. Collaborated in teams of two, using basic VCS functionalities.

Route Planner App | Java

Developed a Java program to compute the optimal bike route and elevation profile based on the user's chosen start and end destinations. Built with minimal help from pre-written tools, implementing a custom OSM tile handler, routing algorithm and geographical data handler. Used JavaFX for the UI and collaborated in teams of two, using basic VCS functionalities.

Snake Game | Nios II assembly

Replicated the classic snake game on an educational FPGA that uses the Nios II processor architecture.

Skills

• Programming Languages: Java, Scala, C, Python, Kotlin, Nios II assembly and SQL
• Tools: Git, Github, VSCode, GDB, Neovim, Linux, Fusion360
• Mathematics: Good understanding of propability, calculus and linear algebra
• Languages: German (fluent, Goethe Institut: C1), French (good, B1), English (fluent, Cambridge: C1), Spanish (native)

Personal Interests

Photography, craftsmanship, reading