Product development and robotics student at TalTech. I build things that move, store energy or run hydrogen, and I like understanding them down to the weld, the cell and the packet.
Upper secondary school, alongside olympiads and engineering competitions, and about eight years of volleyball at Võru Spordikool. This is where the habit of building and competing started.
Conscript service as an IT specialist: looked after Cisco and Extreme networking, radio equipment and workstations. Learned to keep communication working when it matters, with limited time and no excuses.
Mechanical design, manufacturing and robotics in one degree. CAD in SolidWorks and Siemens NX, with a growing interest in composites, welding and SLS/SLM metal and polymer printing.
Responsible for the tractive system of the student formula car: accumulator design, battery segment housings and the adhesives that hold them together. High voltage, tight packaging, real competition rules.
Working on the HydroSave project and taking hydrogen to schools through workshops, plus an excursion to Finland to see the industry up close.
Part of the team building UPFuel_1.0, a mobile hydrogen plant. Mechanical design and hardware sourcing, with a side of IT: remote management access for the equipment.
This site is not on a cloud platform. It runs in a container on my own Proxmox server, in a lab where I cannot touch the router, so it is published through a Tailscale tunnel instead of port forwarding.
SolidWorks, Siemens NX, composites, welding, SLS/SLM printing, adhesives and structural bonding.
Hydrogen systems, battery packs and accumulators, electric powertrains, high-voltage safety.
Embedded electronics, programming, automation and scripting.
Cisco and Extreme switching, radio links, Proxmox, Tailscale, self-hosted services.
Native
C1 (Cambridge exam)
A1
Outside of engineering: choir, spray-paint art, woodworking, architecture and volleyball.