Postdoctoral Research Fellow, Advanced Microelectronics Packaging
TAMPERE UNIVERSITY
- Tampere, Pirkanmaa
- 3 800 - 4 200 €/kk
- Sopimus
- Täyspäiväinen
- Heterogeneous integration of wide-bandgap (WBG) electronic components (e.g., GaN/SiC and related platforms) towards high-speed photonics and power electronics, including interface reliability, electrical/thermal interface quality, and thermal-management concepts enabled by thin devices and advanced substrates.
- Heterogeneous integration of photonic components towards high-density integrated circuits and high-performance III-V functional blocks (e.g., lasers, photodiodes, and high-speed devices), with focus on precision alignment, interface quality, and scalable assembly concepts.
- Method development in advanced integration approaches such as micro-transfer printing (µTP), layer transfer concepts, and advanced packaging/interconnect solutions as enablers for next-generation systems.
- Data interfaces to quantum computers, including cryogenic, ultra-high-bandwidth interconnects and packaging concepts for high-speed operation in extreme environments.
- High-performance power conversion, including packaging/integration concepts for WBG power devices, thermal pathways, reliability under power cycling, and integration of dissimilar materials and functions into compact subsystems.
- Coordinate and lead a subgroup focusing on heterogeneous integration, including topics such as micro-transfer printing, advanced packaging methods, and semiconductor chip-fabrication-related process modules.
- Drive fundamental methods development (process design, characterization, reliability approaches, and/or toolchain development) and publish results in high-impact venues.
- Contribute to research group management, including supervision/mentoring of doctoral and master's students and day-to-day coordination of experimental activities.
- Support proposal preparation and funding applications in collaboration with senior staff and partners (academia/industry).
- Potentially participate in teaching related to advanced packaging, heterogeneous integration, and semiconductor fabrication (scope defined based on candidate profile and interests).
- A PhD degree (completed by 31st of August, 2026 at the latest) in a relevant field, e.g., electrical engineering, photonics, micro/nanotechnology, semiconductor physics, or materials science.
- Ability to conduct independent research.
- Demonstrated ability to publish scientific results, and collaborate in multidisciplinary teams.
- Hands-on experience in at least some of the following: microfabrication, device/wafer processing, thin-film processes, bonding/assembly, advanced packaging, characterization, and/or reliability testing.
- III-V chip/device design, fabrication and characterization, including high-speed devices and components such as lasers and photodiodes.
- HEMTs/FETs, III-V semiconductors, and/or wide-bandgap (WBG) semiconductors (e.g., GaN, SiC and related platforms).
- Micro-transfer printing (µTP) and/or related heterogeneous integration approaches (layer transfer, advanced bonding concepts, precision alignment methods).
- Advanced packaging/interconnect methods (e.g., fine-pitch assembly, thermal interface development, encapsulation concepts, high-frequency/cryogenic packaging awareness).
- A 4-year funded postdoctoral position in a rapidly growing research area of strategic importance. The starting date will be as it is agreed by both parties (but by September 1st, 2026 at the latest). A trial period of six (6) months applies to all our new employees.
- Access to SiPFAB and strong supporting infrastructure for semiconductor fabrication, integration, and characterization at TAU.
- A collaborative environment with opportunities to build international networks and shape a long-term research agenda in electronics-photonics co-packaging and heterogeneous integration.
FI-33014
TAMPERE
Pirkanmaa
33014
Finland
Times Higher Education