CV

M.Sc. student in Electrical Engineering at DTU, working in RF and antenna measurement at WS Audiology. I measure antenna patterns, radiation efficiency and TRP in an anechoic chamber, and write the test scripts that drive those measurements. I have printed parts since 2014 and run Dainaso, where customer work goes from CAD to a delivered part in PLA, TPU and PPS-CF10, on a Voron 2.4 I built myself. I trained as an electrician before university, so I have commissioned systems on live sites as well as characterised them on a bench. I defend my thesis on 28 February 2027 and am available for full-time work from 1 March.

Education

• 2025–2027 — M.Sc. in Electrical Engineering, Technical University of Denmark (DTU)

  Thesis: Feasibility of Low-Cost RF Backscatter Localization

• 2021–2024 — B.Sc. in Electrical Engineering, Technical University of Denmark (DTU)

  Project: lighting system for the DTU Roadster (34720, 10 ECTS, grade 12)

  Project: design and manufacture of a 3D-printed loudspeaker (31011 and S31, 10 ECTS)

• 2015–2020 — EUX Electrician (vocational and upper secondary), Roskilde Technical School

  Journeyman's test passed with distinction, grade 12, and awarded the TEKNIQ trade association's medal, 2020

Selected DTU coursework

RF, antennas and microwave

• Advanced Antenna Techniques and Measurements

• Advanced Microwave Techniques and High Speed Electronics

• High-Frequency Communication Circuits

• Radar and Radiometer Systems

• Remote Sensing

Analog and integrated circuits

• Integrated Analog Electronics 1 and 2

• Design and Layout of Integrated CMOS Circuits

• Research Immersion: Power Electronics and IC Design

Systems and photonics

• Space Systems Engineering

• Introduction to Optics and Photonics

Work Experience

2025 – Present Student Assistant, Wireless Engineering — WS Audiology

• Test and characterisation of Bluetooth and NFMI radios for hearing aids

• Antenna pattern, radiation efficiency and TRP measurement in an anechoic chamber

• VNA and spectrum analyser measurement on prototype and production boards

• Test scripts for repeatable, automated RF characterisation

2025 – Present CEO — Dainaso

• Custom parts and short-run production for paying customers, some under NDA, on a printer I built myself

• PLA, TPU and PPS-CF10; carbon-filled PPS needs a hardened nozzle and a heated chamber

• Material selection for the operating environment, from CAD to delivered part

• Own product line of backlit lithophane panels, sold in three sizes

2026 – Present Hardware and Firmware Engineering — Bloo ApS

• Embedded access-control hardware: ESP32 nodes on a CAN bus, with cellular and BLE connectivity

• PCB design and bring-up, component selection, and bench debugging

• Hardware-in-the-loop and soak test tooling in Python

2020 – 2026 Security Technician and Specialist — Kemp Lauritzen at Novo Nordisk

• Service and installation of intruder alarm, access control and CCTV systems

• Instructor at the Bagsværd site

2016 – 2020 Electrician apprentice and internships — Lindpro

• Access control for Danske Bank, Nordea and Nærum Gymnasium

• Fire detection systems at Copenhagen Airport

• CCTV and access control for Thorvaldsens Museum and Copenhagen city squares

Projects

Personal builds, documented at dainaso.dk/projects.

• Lightdeck — Party-light controller for my dorm. An ESP32 handles processing, an Arduino Mega the I/O and DMX, and it is driven from a custom app or a touchscreen.

• LED dance floor — Fully modular tiles on a CAN bus scaling to 25 m². V2 was redesigned flatter and cheaper after V1; my first attempt at turning a build into a product.

• Festival loudspeaker — Battery-powered PA with LED lighting and 60–80 hours of playback. Has run Roskilde Festival five times.

• Electric skateboard — Dual 4.5 kW motors on VESCs with a custom Li-Po pack, later rebuilt on 18650 Li-ion. 43 km/h in under three seconds, built with no prior electronics experience.

• Underwater scooter — A dead 500 W unit rebuilt with a custom Li-ion pack and integrated USB PD wireless charging, so it never has to be opened to charge.

• Also — 3D-printed jet boat, portable speaker with a simulated enclosure, e-bike conversion with GPS tracking, and an 80 km/h drift bike.

Technical Skills

Hardware and design tools

• KiCad, LTspice, ADS, Cadence

• VNA, spectrum analyser, anechoic chamber, oscilloscope

Embedded

• ESP32, CAN bus, BLE, DMX

• Hardware-in-the-loop and soak test tooling

Additive manufacturing

• Fusion 360, OrcaSlicer, PrusaSlicer, Cura, FullControl

• Voron 2.4 300 with a five-toolhead changer, built and run by me on Klipper

• Printing since 2014, selling through Dainaso since 2025

Programming

• C, C++, Python, Dart, MATLAB, VHDL, Java

Languages

• Danish — native

• English — fluent, spoken and written

Volunteering

• Treasurer, Central Technical Committee, Egmont Kollegiet (2023–2024)

• Chairman, Fitness Committee, Egmont Kollegiet (2022–2024)

• Treasurer, Sauna Committee, Egmont Kollegiet (2022–2024)

• Actor, Egmont Theatre revue (2021–2023)