Photo: Christian Schmid

Welcome to the Institute of High-Frequency Technology

On our website you will find insights into our diverse research projects, as well as information about our staff, courses, publications, and the latest news from our institute.

Together with our project partners, we conduct research on innovative topics such as non-contact vital signs measurement using radar for medical, veterinary and industrial applications. Other projects focus on ultra-low power communication networks, permittivity measurements and quantum computing research.

A distinctive feature of our institute is our combination of theoretical and experimental work. We employ advanced simulation techniques, manufacturing processes, precision measurement technology, as well as signal processing and machine learning for data analysis. Thanks to our in-house PCB manufacturing, precision mechanics workshop, and various 3D printers, we can rapidly implement theoretical concepts and test them in our antenna measurement chamber or on our linear stage.

Feel free to contact us directly to learn more about our work.

You can also find us here:

News at the IHF

21.09.22
Caspar Wasle hat erfolgreich am International Space Weather Camps (ISWC) teilgenommen. Die Annahme seiner von uns unterstützten Bewerbung konnten wir bereits im April vermelden. Nach Vorträgen aus der South African National Space Agency (SANSA), der University of Alabama in Huntsville (UAH) und dem Deutschen Zentrum für Luft- und Raumfahrt wurde es praktisch. Am DLR Standort in Neustrelitz haben die TeilnehmerInnen des Camps einen VLF-Receiver für den Empfang eines U-Boot Signals bei 22,1 kHz aufgebaut, welcher in der Ionosphärenforschung zum Erkennen von Sonneneruptionen verwendet wird. Im Anschluss war Caspar voll des Lobes für das Camp. Wir freuen uns, dass es dir gefallen hat und wünschen dir weiterhin alles Gute für die Zukunft!
19.09.22
Congratulations for the best algorithm for the heart murmur detection to the Physionet Challenge to the PhD students Hui Lu and Julia Yip.
14.09.22
Congratulations, Markus Heyder for this great placement at the Summer School of the initiative Machine Learning in Engineering.
13.09.22
85 Scientists in the EmpkinS project video explain the goals of the overall project.
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07.09.22
Congratulations for the Best Poster Award for their submission to the Physionet Challenge to the PhD students Hui Lu and Julia Yip.
22.07.22
From June 18 - 20, 2022, the first IEEE MTT-S International Conference on Microwave Acoustics & Mechanics (IC-MAM) was held in Munich, Germany. In an exciting conference program that included six sessions, three plenary lectures, and one panel, 32 high quality publications from 12 different countries, were presented to over 100 registered participants. Recent advances in new materials and fabrication processes, components and devices critical to the development of future RF, microwave, mm-wave and THz devices, circuits and systems based on RF MEMS and acoustics were discussed. Dr. Fabian Lurz, senior engineer at IHF, served on the organizing committee as Publications Chair.
01.07.22
Doctoral defense of M.Sc. Stefan Erhardt: On 01.07.2022 Stefan Erhard defended successfully his dissertation with the title „Langzeit-Funklokalisierungsverfahren mit extrem energieeffizienten, miniaturisierten Mobilfunkloggern“.
29.06.22
Bartosz Tegowski wins the Gisela und Erwin Sick Wissenschaftspreis 2022
21.06.22
Best medical radar of the International Microwave Symposium was designed in Hamburg: Congratulations to our Ph.D.-students Nils Albrecht, Markus Heyder, Dominik Langer und Marvin Wenzel!
18.05.22
Noah Sielck was awarded the Best Student Paper Award in the Closing Session of the German Microwave Conference.
06.06.25
Last Wednesday, we were pleased to welcome Ludwig Deutsch from Miele as a guest speaker in our Innovation Marketing master’s course. His talk offered valuable insights into how a leading manufacturer integrates structured innovation into a traditionally product-focused industry. Ludwig presented Miele’s innovation strategy, centered on the guiding principle Immer besser ("Forever better") with a focus on customer experience, performance, sustainability, and employee engagement. Digitalization plays a key role, enabling smart products that reduce unnecessary user interaction and improve daily convenience. A highlight was Miele’s use of AI-powered user personas, developed from extensive customer data and used to explore unmet needs and guide product development. The session sparked engaging discussion around the role of AI, customer-centricity, and how structured innovation can drive value, even in established industries. A big thank you to Ludwig for the inspiring insights and for sharing his experience. We are looking forward to welcoming him back for future exchanges!
05.06.25
Congratulations to Lara Gibowsky on receiving the Best Poster Award from the 1st Anuual UNU Hubs Meeting 2025 for her poster on converting food waste and byproducts into high performance aerogels.
05.06.25
Walk & Talk with international role models
04.06.25
The program pairs new students with experienced ones to share knowledge, build friendships, and grow together. Join us!
04.06.25
The Student Counseling Center is looking vor StartING@TUHH-Tutors.
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04.06.25
We are seeking a researcher working on an upcoming project focused on quantum benchmarking and quantum error correction. The research will contain rigorous mathematical analyses as well as proof-of-concept-type numerical demonstrations. It is part of a joint project with the quantum computing company Universal Quantum. Research The primary objective is to investigate the potential and limitations of quantum benchmarking methods for NISQ and early fault-tolerant devices. This includes gaining theoretical knowledge of various critical aspects of quantum computations and algorithms. This goal includes: Research of no-go results for quantum benchmarking. Develop benchmarking and noise characterization methods for early fault-tolerant quantum computers. A collaboration with the Hamburg quantum software team of Universal Quantum Your profile Good grades (PhD students) / excellent publications (postdocs) are expected. Completed scientific university studies, in particular in the subjects of Quantum Sciences, Physics, Computer Science, Mathematics, or comparable. Advanced knowledge in at least one of the topics: quantum error correction, quantum algorithms, randomized measurements, and quantum system characterization (a.k.a. QCVV). Beneficial: Knowledge of group representation theory, probabilistic tail bounds, tensor networks, and programming skills We particularly encourage female candidates to apply.  We offer Full-time positions for a maximum of 3 years A salary based on the German TV-L E13 pay scale (salary before tax etc.) Excellent supervision and interdisciplinary exchange with the integration into an international research network in the quantum computing landscape. Apply... via our university's online application system, see for more details (click on "DE" at the bottom of the page to change the language) until Saturday, June 28, 2025. 
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04.06.25
Im Institut Autonome Cyber-Physische Systeme (ACPS) ist die Position eines wissenschaftlichen Mitarbeiters (m/w/d) neu zu besetzen. Falls Sie interessiert sind, dann klicken Sie bitte hier. English version The Institute Autonomous Cyber-Physical Systems (ACPS) is looking to fill the position of research assistant (m/f/d). If you are interested, please click here.
04.06.25
The IFPT is pleased to welcome Mr. M.Sc. Knud Grigat as a new research associate on June, 01. 2025. Welcome to the IFPT!
04.06.25
On June 3, our Gründungsmanagement course had the pleasure of hosting Timo Möller-Gomez for an inspiring guest lecture on venture building. Timo shared his deep insights into the world of venture building, drawing from his experience at Orbit, a Hamburg-based company builder, and his current journey as a founder of two new startups. In his talk, Timo emphasized the importance of radical innovation and openly discussed the challenges of entrepreneurship, including the often-overlooked survivorship bias and the importance of failing early. A key takeaway of Timos guest lecture was the importance of building solutions that align desirability, feasibility, and viability, which are three essential perspectives for success. Additionally, when working with established companies, strategic fit also becomes crucial. Timo walked our students through the venture building process, from early research and idea sprints to prototyping and scaling. He also introduced practical methods for generating promising venture ideas quickly, such as leveraging second mover advantages and identifying gaps between international markets. Beyond frameworks and tools, he reminded students to stay critical: truly understand the problem, avoid confirmation bias, and always test with real users. Following the lecture, students worked on a case study in the field of pet tech, developing startup ideas for passionate pet owners by defining their products value proposition, evaluating market timing, and outlining strategies to test and validate their concepts. The session was both insightful and highly interactive! Many thanks to Timo for the engaging presentation and hands-on experience. We hope to welcome you again in the future!