Eivind Heggset
CEO/ Chairman
The Board
The board is responsible for managing the organization. The board works closely with Project Management and Marketing to ensure that projects are feasible and budgets are kept. In addition, the board is responsible for the development of the organization, HSE, ensuring that roles & responsibilities are fulfilled and all other aspects included in the management of an engineering student organization. The board makes sure that any project the organization undertakes is in line with Orbit’s Mission, Vision and Values document.
Simen Berg
Chief Technical Officer
Marie Eriksen Grude
Chief Financial Officer
Mathias Støle
Chief Marketing Officer
Amund Gjersvik
NTNU Representative
Mathias Støle
CMO
Marketing
The marketing group is responsible for sponsorship agreements and public relations as well as our web site and social media profiles. The group plans and carries out all recruitment, stands and presentations.
Jasmina Naseri
Social Media
Rikke M. Nielsen
Event Manager
Anna Widzisz
Graphical Designer
Johannes Ihle
Technical Marketing
Project SelfieSat
Andreas Westre
Project Manager
Project Management
Project Management is responsible for requirement understanding, planning, execution, controlling, monitoring, reviewing and delivering Project SelfieSat in time with the help of the whole team.
Håkon Kindem
Systems Engineering Team Lead
Systems Engineering
Systems engineering is a multidisciplinary field of engineering that focuses on how to design, integrate, and manage complex systems. We coordinate the different teams in Orbit NTNU and work to make sure the satellite subsystems fit together and result in a complete and fully functional satellite.
Sakaria Ali
Systems Engineer
Sivert H. Sivertsen
Systems Engineer
Torbjørn Bratvold
Software Manager
Anders Lundberg
Systems Engineer
Patric Andrè Berthelsen
Systems Engineer
Peder Faltinsen Time
Systems Engineer
Magnus Mæhlum
OBC Engineer
OBC
OBC is short for On-Board Computer. The OBC team is responsible for programming our satellite’s main computer and giving assistance in programming to the ADCS team. The main computer handles commands from the ground, monitor the system and change its operating modes. It is the satellites functional center and a key part to make the satellite operational.
Dennis Langer
OBC Engineer
Jacob Odgård Tørring
OBC Engineer
Espen Bragerhaug
OBC Engineer
Magnus Bredeli
OBC Engineer
Jørgen N. Katralen
OBC Engineer
Edvard Birkeland
OBC Engineer
Martin Brandt
ADCS Team Lead
ADCS
The Attitude determination and control system (ADCS) is responsible for developing a system that can control the attitude of the satellite. The attitude needs to be controlled so the Earth is in the background for the selfies, so the antennas point to Earth for radio transmission and so that the solar cells are pointing towards the Sun for charging.
Julián García Hahn
ADCS Engineer
Andreas Westre
ADCS Engineer
Yngve Kippersund
ADCS Engineer
Naveed Ahmed
ADCS Engineer
Sondre Olsen
ADCS Engineer
Herman Skogseth
ADCS Engineer
Steffen Folåsen
ADCS Engineer
Magnus H. Haaland
ADCS Engineer
Peter Knutsen
Electronics Team Lead
Electronics
The electronics team (ES – Electronic systems) are responsible for the development and production of the electrical systems on the satellite. Other teams are responsible for their systems, but can hire the electronics team for development of hardware. The team makes sure that all the systems of the satellite interfaces correctly according to the EICD (Electrical Interface Control Document). The EPS (Electronic Power System) is currently ES responsibility.
Bjørn-Inge Kleppe
Electrical Engineer
Behbood Eskandariturk
Electrical Engineer
Isak Sæternes
Electrical Engineer
Christian Steinsland
Electrical Engineer
Michal Rowicki
Electrical Engineer
Robin Lie Solheim
Electrical Engineer
Håkon K. Garfjell
Electrical Engineer
Nathanael Hjermann
Mechanical Team Lead
Mechanical
The mechanical team is responsible for creating the physical requirements of the other subsystems. Aswell we are designing and manufacturing a camera boom in house. The simulation and testing will also be planned by this team.
Aksel Elkjaer
Mechanical Engineer
Andreas Malm
Mechanical Engineer
Marius Leinhardt
Mechanical Engineer
Ole Gabor Husebø
Mechanical Engineer
Sindre Herstad
Mechanical Engineer
Willhelm Kristiansen
Payload Team Lead
Payload
The payload team are responsible for making the camera system and ensuring that it is integrated with the mechanical- and other electrical systems. This includes software development for taking the pictures as well as facilitating communications with the OBC.
Mari Linnerud
Mechanical Engineer
Vemund Røhmen
Payload Engineer
Sondre Strøm
Payload Engineer
Ask Øren
Payload Engineer
David Bendiksen
SATCOM Team Lead
Satellite Communications
The Satellite Radio team is responsible for implementing the space segment of the communication system. The team works closely with the Ground Station team and the OBC team to implement routing of commands from the ground station to the satellite, and telemetry and data from the satellite to the ground station. The satellite radios are essential to ensure mission success, and a lot of effort is being put into making sure we have a reliable communication link with high bandwidth.
Sander Aakerholt
SATCOM Engineer
Joakin Skogø Landvand
SATCOM Engineer
Joon-Erik Sæther
SATCOM Engineer
Ludvig B. Ellingsen
SATCOM Engineer
Fredrik Fossan-Waage
S.O. Team Lead
Sub-Orbital
The Sub-Orbital team is responsible for making a satellite that will act as a payload for Propulse NTNU’s rocket and will be featured in the Spaceport America Cup. This mission will give the SelfieSat team valuable insight into testing and modification of existing SelfieSat subsystems. In addition, the satellite will conduct experiments under high acceleration.
Hans Kristian Lorentzen
S.O Engineer
Sven Amberg
S.O Engineer
Astrid Christine Zieritz
S.O Engineer
Nadine A. Ghindaoanu
S.O Engineer
Jens A. Young-In Falck
S.O Engineer
Project NextSat
