I am currently a senior lecturer in the Electric and Electronic Engineering Department, Stellenbosch University, South Africa. I obtained my PhD at Stellenbosch University in 2015. My dissertation mainly focused on the deployment and control of solar sailing satellites. During and since my post-graduate studies I have been involved in a number of satellite missions and contributed in the development of a variety of satellite hardware mainly focused on attitude control. Current research focus is on creating control systems which adjust according to environment or the status of the vehicle itself.
I have taught the following undergraduate courses:
- Electro Technique 214 (Circuit Theory and Electric Machines)
- Computer Programming 143 (Introductory to Programming)
- Computer Systems 214 (Introductory to Computer Systems)
- Computer Systems 414 (Embedded Systems)
- Control Systems 314 (Feedback Control) – currently busy
Study leader for the following completed Master theses:
- “Deployment and dynamics of a spinning solar sail”, L. Hibbert, March 2019 (co-supervised by Prof W.H. Steyn).
- “Pose estimation with stereo cameras”, W.C. De Jongh, March 2019 (co-supervised by Dr C.E. van Daalen).
Study leader for the following uncompleted Master theses:
- “Control of a Flexible Payload with a Quadrotor”, A.P. Erasmus started 2018.
- “Development of a Test Facility for Satellite Docking Experiments”, D.C. Jansen started 2019 (co-supervisor with Dr L. Visagie).
- “Vision-based Control of a Flexible Unknown Payload with a Rotary Wing UAV”, J.F. Slabber started 2019.
- “Neural Network Based Adaptive Controller On A Drone”, H. Kotzé started 2019 (co-supervisor with Dr H. Kamper).
- “Automated Navigation and Charge Docking of a Rotary Wing UAV”, P.R. Grobler started 2019.
I am interested in a number of different fields including: Control systems, Computer systems, Satellite systems, Unmanned vehicles and general robotics. A number publications are listed below:
Papers at Peer-Reviewed Conferences/Symposia
- “Spinning Solar Sail in an Earth-Centred Orbit”, HW Jordaan & WH Steyn, 5th UN/Japan Nanosatellite Symposium, Nagoya Japan, 10-13 Oct 2012.
- “The Attitude Control of a Tri-Spin Solar Sail Satellite”, HW Jordaan & WH Steyn, 3rd International Symposium on Solar Sailing, Glasgow Scotland, 11-13 June 2013.
- “Attitude Manoeuvres of a Tri-Spin Solar Sail Satellite”, HW Jordaan & WH Steyn, SACAC Control Systems Day, University of Cape Town, 27 Nov 2013.
- “An Active Attitude Control System for a Drag Sail Satellite”, WH Steyn & HW Jordaan, Paper IAC-15.B4.6A.1, 66th International Astronautical Congress, Jerusalem Israel, 12-16 Oct 2015. Proceedings ISSN 1995-6258
- “Gyro-Control of a Solar Sailing Satellite”, HW Jordaan & WH Steyn, 4th International Symposium on Solar Sailing, Kyoto Japan, 17-20 June 2017.
- “Considerations in the Design and Deployment of Flexible Booms for a Solar Sail”, L Hibbert & HW Jordaan, 5th International Symposium on Solar Sailing, Aachen Germany, 1-3 August 2019.
Publications in Journals
- “An active attitude control system for a drag sail satellite”, WH Steyn & HW Jordaan, Online available since July 2016, Elsevier & Science Direct, Acta Astronautica, 128 (2016), pp. 313-321, 2016.
Published Book Chapters
- “The OuterNet: A novel satellite communication relay constellation”, M-A Kearney, PJ Botma, HW Jordaan, J Gerber, E Thesnaar, F Nolte, A Erlank, C Groenewald, A Barnard, Book Chapter in: Innovative Ideas for Micro/Nano-Satellite Missions, IAA Book Series,Vol.1, No.3, 2013, ISBN/EAN IAA: 978-2-917761-28-1.
- “The Attitude Control of a Tri-Spin Solar Sail Satellite”, HW Jordaan & WH Steyn, Book Chapter in: Advances in Solar Sailing, Publisher Springer Praxis Books 2014, pp.755-769, ISBN: 978-3-642-34907-2.
- “A Nano-Satellite Constellation for Tracking and Monitoring Endangered Wildlife in Developing Countries”, JH le Roux, A Heunis, G Janse van Vuuren, A Barnard, HW Jordaan, D Steyn, N Rossouw, M Bin Othman, N Calitz, M Junaid & C Groenewald, Book Chapter in: Inventive Ideas for Micro/Nano-Satellites The MIC3 Report, IAA Book Series, Vol.1 No.5, 2015, ISBN/EAN IAA: 978-2-917761-38-0, pp.37-49.
- “Graphene Foam Deorbit Sail with Failsafe Release Mechanism”, Jürgen Lüdemann, Jurie H. Wessels, Aaron Buysse, André-Jan Merts, Arno Barnard & Hendrik W. Jordaan , Book Chapter in: Innovative Ideas on Micro/Nano-Satellite Missions and Systems Report on Deorbit Device Competition (DDC) and Mission Idea Contest (MIC4), IAA Book Series, Vol.1 No.7, 2017, ISBN/EAN IAA: 978-2-917761-55-7, pp.63-76.