Jacob Coetzee

Jacob Coetzee is a Senior Lecturer in Electrical Engineering at Queensland University of Technology (QUT), affiliated with the Faculty of Engineering and School of Electrical Engineering & Robotics. He has been with QUT since January 2008, following academic positions at the University of Pretoria (1994-1997) and the National University of Singapore (1998-2007).

His educational background includes:

• BEng (cum laude) from University of Pretoria (1986)
• MEng (cum laude) from University of Pretoria (1989)
• PhD from University of Pretoria (1994)

Coetzee's research focuses on electromagnetics and microwave engineering, with particular expertise in antenna design, antenna arrays, computational electromagnetics, and passive microwave components. His work demonstrates consistent technical depth in solving complex electromagnetic problems related to waveguide slot arrays, coupling mechanisms, and radiation patterns. The research shows strong theoretical foundations combined with practical engineering applications.

Analysis of his publication record reveals a sustained research trajectory focused on waveguide slot array design, with recent expansion into 5G communication systems. His work consistently addresses fundamental electromagnetic challenges in antenna systems while maintaining relevance to contemporary wireless technologies. The publications show increasing sophistication in modeling techniques and solution approaches over time.

Professional recognition includes:

• Senior Member IEEE

Coetzee teaches EGB241 Electromagnetics and Machines and EGH442 RF Techniques and Applications at QUT. His research appears to be primarily individual or small-team focused, with consistent publication output in high-impact IEEE journals, particularly IEEE Transactions on Antennas and Propagation. While specific grant information isn't provided, his sustained publication record suggests successful research funding.

His work contributes to both theoretical electromagnetic understanding and practical antenna design methodologies, with applications spanning traditional radar systems to modern wireless communication infrastructure.