Dresden, Germany – The Technical University of Dresden (TUD) is seeking a highly qualified academic to fill a Professorship (W2) in Vibroacoustics and Device Technology in Lightweight Structures. This position, located within the Faculty of Mechanical Engineering at the Institute of Lightweight Engineering and Polymer Technology (ILK), represents a significant investment in cutting-edge research and education focused on the future of materials science and engineering. The university, recognized as an “Excellence University,” aims to attract a researcher who can build upon its strengths in interdisciplinary collaboration and contribute to solving global challenges.
The role is designed to bridge the gap between theoretical research and practical application, with a strong emphasis on novel developments in multifunctional lightweight construction. The successful candidate will be expected to lead research and teaching initiatives in vibroacoustics and device technology, strengthening the institute’s expertise in two key areas: vibroacoustic and vibration management of lightweight structures, and multifunctional lightweight structures for device technology applications. This professorship is a crucial component of TUD’s commitment to fostering innovation and attracting top talent in the field of engineering.
A Focus on Innovation in Lightweight Construction
The Technical University of Dresden, founded in 1828, has evolved into a globally-oriented, regionally-rooted university dedicated to innovative contributions to solving worldwide challenges. As detailed in the official job posting, the ILK is seeking an individual with a demonstrated ability to secure research funding and collaborate with both academic and industrial partners. The DRESDEN-concept, a research alliance involving TUD and other local institutions, provides a fertile ground for interdisciplinary projects and knowledge transfer.
The core responsibilities of the Professorship (W2) for Vibroacoustics and Device Technology in Lightweight Structures encompass a broad spectrum of activities. These include conducting fundamental and applied research, publishing findings in peer-reviewed journals, securing external funding, and fostering collaboration with partner institutions. The position too requires a significant commitment to teaching, with responsibilities spanning undergraduate and graduate programs in lightweight engineering, delivered in both German and English. The university emphasizes the importance of internationalization and expects the successful candidate to contribute to the ongoing development and enhancement of these study programs.
Vibroacoustics and Vibration Management
One key area of focus for the new professor will be vibroacoustics and vibration management of lightweight structures. This involves the analysis, modeling, and control of acoustic and vibrational behavior in highly stressed lightweight structures. Research will center on developing methods to tailor damping, emissions, and vibroacoustic performance, particularly for applications in aerospace and process engineering. This work is increasingly vital as industries strive to create lighter, more efficient, and quieter systems. The ability to mitigate noise and vibration is critical for improving performance, extending component lifespan, and enhancing user experience.
Multifunctional Lightweight Structures for Device Technology
The second core area of expertise sought is in multifunctional lightweight structures for device technology. This involves the design, modeling, development, and manufacturing of novel multifunctional lightweight components, often utilizing fiber-reinforced and hybrid materials. Applications span a wide range, including medical technology and automotive engineering. A particular emphasis will be placed on the manufacturing- and stress-compatible integration of sensors and actuators. This research aims to create “smart” structures that can sense, respond to, and adapt to their environment, opening up new possibilities for innovation in various industries.
Candidate Profile and Requirements
The TUD is seeking a candidate (m/w/d) with internationally recognized expertise in vibroacoustics, active and passive structural damping, and multifunctional fiber-reinforced structures. The job description explicitly states that evidence of this expertise should be demonstrated through publications and international networking. A strong research track record with high development potential is essential, as is experience in securing third-party funding and technology transfer. Prior industrial experience is considered a significant advantage.
Beyond technical expertise, the ideal candidate will possess exceptional teaching skills, demonstrated through extensive experience in independently conducting bilingual (German and English) courses and positive teaching evaluations. A willingness to participate in academic self-administration and contribute to the development of collaborative and participatory research methods is also expected. The university values candidates who demonstrate independent, reflective working practices, strategic thinking, a sense of responsibility, and the ability to motivate diverse, interdisciplinary teams.
Academic and Legal Framework
The appointment will be governed by the regulations outlined in §§ 59, 69, and 71 of the Saxon Higher Education Act (SächsHSG) and the Saxon Service Duties Ordinance (HSDAVO). These regulations define the requirements, duties, and legal status of professors at Saxon universities. The position is classified as a W2 professorship, indicating a specific level of seniority and responsibility within the German academic system. Understanding these legal and administrative frameworks is crucial for applicants to fully grasp the expectations and obligations associated with the role.
The university’s commitment to diversity and inclusion is also noteworthy. TUD explicitly welcomes applications from all qualified individuals who are dedicated to contributing to the success of the institution. This commitment reflects a broader trend in German academia towards creating a more equitable and representative research environment.
The DRESDEN-concept and Regional Collaboration
The position is embedded within a vibrant research ecosystem, benefiting from the collaborative opportunities offered by the DRESDEN-concept. This alliance brings together leading research institutions in Dresden, fostering interdisciplinary collaboration and accelerating innovation. The ILK’s location within this network provides access to a wealth of expertise and resources, enabling the new professor to pursue ambitious research projects and contribute to the region’s economic and scientific development.
the university actively encourages collaboration with local non-university research and cultural institutions. This emphasis on regional partnerships underscores TUD’s commitment to translating research findings into practical applications and contributing to the social and economic well-being of the surrounding community.
The successful candidate will play a pivotal role in shaping the future of lightweight engineering at the Technical University of Dresden. By combining cutting-edge research with a commitment to excellence in teaching, this professorship promises to be a catalyst for innovation and a driver of progress in the field. The university’s dedication to interdisciplinary collaboration and internationalization provides a supportive environment for researchers to thrive and develop a lasting impact.
The application deadline and further details regarding the complete job description can be found on the TUD website: https://tu-dresden.de/stellenausschreibung/12650. Interested and qualified candidates are encouraged to apply. The university anticipates filling this position as soon as possible, marking a significant step forward in its ongoing efforts to attract and retain world-class faculty.
The next step in the process will be the review of applications by the selection committee, with short-listed candidates expected to be invited for interviews in the coming months. We encourage those with a passion for lightweight construction and a commitment to academic excellence to consider applying for this exciting opportunity. Please share this article with your network and leave your thoughts in the comments below.