ANDERS AABOEENGINEERING PORTFOLIO

ABOUT ANDERS

Curiosity, with
a practical side.

I’m an engineer who likes to understand a system, work through the physics, and get involved in building it.

My background spans Earth and Space Physics, Aerospace Engineering and Wind Energy. My projects connect numerical analysis with experiments, mechanical design and practical hardware.

That range began in the workshop: audio systems, electronics and engine maintenance and restoration with my father. It continues through vehicle engineering, research and the development of adaptive aerodynamic surfaces.

Download my CV
Anders Aaboe Jensen
Anders Aaboe Jensen Kongens Lyngby, Denmark

EDUCATION

Physics as a foundation.
Engineering as a practice.

2024–2026 / TU DELFT

MSc Aerospace
Engineering

Aerodynamics, aeroelasticity, fluid–structure interaction and flow measurement techniques.

Thesis: 9.0 / 10
2024–2026 / DTU

MSc Wind
Energy

Wind turbine aerodynamics, turbulence modelling, CFD, advanced fluid mechanics, and machine and deep learning.

Thesis: 12 / 12
2021–2024 / DTU

BSc Earth & Space
Physics and Engineering

A foundation in physics, mathematics, electronics, data analysis and numerical methods.

BSc project: 12 / 12

The two master’s degrees were completed in August 2026 through the European Wind Energy Master programme.

EXPERIENCE

Work with real hardware.
Responsibility within a team.

Full CV
Aug 2023 –
Aug 2026

DTU ROADRUNNERS

Student Engineer

DTU’s student vehicle team, which designs, builds and races highly efficient cars in international competitions. I worked in both of its teams, with team-lead responsibility in each.

ECOCAR · SHELL ECO-MARATHON

  • Team lead for engine and combustion efficiency.
  • Engine optimisation through dynamometer testing and data analysis.
  • ECU calibration to maximise efficiency.
  • Race, energy and fuel-management strategy models in MATLAB/Simulink.
  • My engine and calibration work contributed to two consecutive 1st places in the EU Urban Concept ICE category: 413.83 km/l in 2024 and 517.5 km/l in 2025.

SOLAR TEAM · BRIDGESTONE WORLD SOLAR CHALLENGE & ILUMEN EUROPEAN SOLAR CHALLENGE

  • Team lead for the electrical drivetrain and cooling system.
  • Motor selection, performance modelling and design of a motor test stand.
  • Design, manufacture and load testing of the battery frame.
  • Camera-based side-view mirrors, developed with CFD and wind-tunnel testing as my BSc project.
  • Components designed to comply with UNECE vehicle regulations.
Powertrain case study Solar Car projects
Aug 2017 –
May 2020

FORCE TECHNOLOGY

Technical Assistant

Production of space-flight hardware for Europe’s heavy-lift launcher, Ariane 6, alongside work on condition monitoring for wind energy.

  • Production of the rocket main-engine nozzles, including hardware for engine qualification and for the first three flights.
  • Laser welding and additive manufacturing of nozzle reinforcements.
  • Operator of a large 15-axis robot production cell, qualified by GKN Aerospace Engine Systems Sweden.
  • Assembly and installation of condition-monitoring sensor systems on wind turbines and offshore towers.
Oct 2016 –
Dec 2016

KJUL & CO. APS

Technical Assistant

Assembly and testing of a specially designed giant mechanical watch with an open movement for Experimentarium, Copenhagen’s science centre, alongside daily workshop assistance.

Jul 2016 –
Sep 2016

FORCE TECHNOLOGY

Technical NDT Assistant

Assistant on X-ray inspection tasks on steel construction sites, power plants and district-heating pipes.

THE TOOLBOX

Methods across disciplines.

01

Analyse & simulate

Numerical methods, turbulence modelling, CFD and scientific data analysis.

Python, NumPy, JAX, PyTorch, MATLAB / Simulink, OpenFOAM
02

Design & integrate

Mechanical prototyping, manufacturing, sensors, pneumatic actuation and electronics.

Onshape, SolidWorks, CAD, 3D printing, Arduino
03

Measure & evaluate

Experimental setup, calibration, signal processing and comparison with numerical predictions.

Wind tunnels, PIV, hot wires, pressure measurement, engine dynamometers

BEYOND THE QUALIFICATIONS

A thread through the projects.

2015–2017

Build, wire, listen.

Portable audio systems developed into a complete mobile PA, combining cabinets, DSP, batteries, solar integration and lighting.

2017–2021

Make room for sound.

Music production, mixing and mastering, with studio construction in 2019 and releases reaching more than three million streams.

2021–2026

Connect theory to hardware.

Physics, vehicle engineering and experimental aerodynamics, leading to dual MSc degrees and the DANSIS Graduate Award.

Away from the technical work, I enjoy sailing, skiing, sim racing, 3D printing, and keeping automotive and marine engines running.