Blog
About Me.
Hi, I’m Roberts Treize — a passionate electronics and physics enthusiast with a deep curiosity for how things move, connect, and evolve — especially when magnets are involved. My journey started with hands-on projects, building everything from sumo robots to custom circuits, and has grown into full-scale research and engineering work.
I’ve had the opportunity to explore advanced topics in magnetic particle dynamics, embedded systems, and real-time data visualization. Whether I’m working with microcontrollers, Raspberry Pi, or designing PCBs for experimental setups, I love blending mechanical precision with electronic intelligence.
Thanks for stopping by! If you’re into electronics, physics, or just building cool stuff, I’d love to connect.
Education
2023 – 2026
Engineering Highschool of Riga Technical University
Advanced Mathematics, Physics, Computer Science
Currently studying in a specialized high school program that integrates university-level courses in physics, advanced mathematics, and computer science.
2020 – 2023
Riga State Gymnasium No.1
Advanced Mathematics
Completed a rigorous academic program focused on theoretical and applied mathematics.
Achieved top national results in physics and electronics olympiads during this time.
📍 Jan 2024 – Present
Lead Electrical Engineer
Riga Technical University High-Power Rocketry Team
Project Rackoon
Leading the electronics division for a student rocketry team focused on high-altitude launches
• Designing and developing PCBs (EasyEDA), sensor systems, and onboard data handling systems
• Programming in Python and C for embedded control systems
📍 April 2024 – Present
Software Development Intern
Institute of Electronics and Computer Science
FPGA development and electronics
• Worked in the Integrated Circuit and System Laboratory
• Contributed to Linux-based system development and low-level kernel enhancements
• Developed and tested user interfaces in C/C++
📍 Mar 2024 – Aug 2024
Electrical Technician
Bless
Work
• Participated in hands-on electronics development and 3D modeling
• Worked on circuit design, soldering, and system-level testing
• Assisted with troubleshooting and practical implementation of electronic systems