1-2 Postdoctoral Researcher's fixed term positions in Electrical Engineering for Memristive Neuromorphic Computing

The Department of Physics and Astronomy at the University of Turku, Finland, invites applications for 1-2 Postdoctoral Researchers specializing in Electrical Engineering (EE) for neuromorphic computing. These positions are part of a major five-year Business Finland–funded project developing next-generation energy-efficient analog and mixed-signal hardware based on our patented GCMO memristors. The project offers a unique opportunity to design, prototype, and validate neuromorphic front-end electronics, synaptic crossbar circuits, and mixed-signal architectures for real-world AI and autonomous systems. The positions are fixed-term, from January 1, 2026 (or as agreed) until November 30, 2027. In addition to this period, the position may be extended for up to three more years.

Project Context 

The successful applicants will join an ambitious research programme focused on creating memristive neuromorphic computing hardware with applications in signal processing, AI, and autonomous systems. Building on the University of Turku’s strong track record in thin-film materials, device engineering, and neuromorphic computation, the project now aims to significantly expand its electrical engineering capabilities to accelerate hardware realization. 

Within this programme, the Electrical Engineering team will play a central role in transforming memristor device innovations into functional mixed-signal neuromorphic systems. This includes the design and characterization of analog blocks, neuromorphic front-ends, read/write architectures, and device–circuit co-design frameworks. You will collaborate closely with specialists in materials physics, device fabrication, and neuromorphic algorithms to create integrated solutions for next-generation computing. 

Job description

EE Team Responsibilities 

Neuromorphic Hardware Architecture & Circuit Design 

  • Design and model analog and mixed-signal circuits for memristor-based neuromorphic systems, including synaptic crossbars, neuron circuits, and front-end signal-conditioning blocks. 
  • Develop read/write architectures and conductance-measurement schemes tailored to memristive devices. 
  • Contribute to feasibility studies and early ASIC-oriented concept development for next-generation neuromorphic chips. 

Hardware Prototyping & Implementation 

  • Implement hardware prototypes using custom PCBs, FPGA platforms, or microcontroller systems. 
  • Perform device–circuit co-characterization in collaboration with materials and device-physics teams. 
  • Carry out electrical measurements and ensure circuit performance meets project objectives. 

Integration, Validation & System Co-Design 

  • Contribute to algorithm–hardware co-design, ensuring circuit-level behavior aligns with neuromorphic computational models.
  • Coordinate the validation workflow, including simulation, prototyping, measurement, and system-level integration. 
  • Support the integration of circuits with memristive devices and neuromorphic algorithms to ensure technical coherence across subprojects. 

Research Leadership, Collaboration & Dissemination 

  • Drive electrical-engineering-focused research lines spanning from analog front-ends to crossbar-based computing modules. 
  • Represent the EE effort in international collaborations, workshops, and dissemination activities. 
  • Supervise undergraduate students and collaborate closely within a multidisciplinary team of physicists, materials scientists, and neuromorphic computing experts.
  • Contribute to project planning, technical risk assessment, and long-term research strategy. 

Who we are looking for

Minimum Requirements 

  • Doctoral degree in Electrical Engineering, Electronics, Microelectronics, Computer Engineering, or a closely related field. 
  • Demonstrated ability to conduct independent scientific research. 
  • Solid foundation in analog and/or mixed-signal circuit design, including simulation and modeling. 
  • Experience with laboratory measurements and electronic instrumentation. 
  • Excellent written and spoken English. 
  • Ability to work collaboratively in an interdisciplinary environment. 

Preferred Qualifications 

  • Experience with circuits for neuromorphic front-ends, memristive devices, or crossbar arrays. 
  • Experience with PCB design and rapid prototyping workflows. 
  • Familiarity with neuromorphic concepts (neuron/synapse models, spike-based processing). 
  • Background in hardware–algorithm co-design. 
Apply between and

Benefits

Joining our team means becoming part of an internationally recognized research environment at the forefront of GCMO memristor technology and neuromorphic hardware. You will benefit from: 

  • A central role in a five-year Business Finland–funded project, enabling long-term research planning (2 + 3 years).  
  • Access to high-quality laboratories for device integration, circuit prototyping, measurement, and system-level validation. 
  • A collaborative, multidisciplinary team spanning materials science, device physics, electrical engineering, and neuromorphic AI. 
  • Freedom to shape your research agenda within the project framework. 
  • Strong support for international researchers, including relocation assistance and onboarding services. 
  • Comprehensive occupational health care, wellbeing services, flexible working hours, and remote-work opportunities. 
  • Professional development opportunities, including free access to University of Turku Open University courses. 
  • A vibrant campus environment in Turku, Finland, a dynamic and international city by the archipelago sea. 
  • A position in an internationally recognized research group at the forefront of memristor research 

We value collegiality and actively promote equality, diversity, and inclusivity. We welcome applicants from all backgrounds and nationalities. The University provides strong support for international hires, including relocation assistance and orientation resources to help new team members settle in Finland. 

Work environment 

  • An inspiring, multidisciplinary research environment 
  • Freedom to shape your own research directions within the project framework 
  • Excellent laboratory infrastructure for thin film fabrication, device integration, and characterization 
  • A collaborative team culture with mentoring and support for career development 
  • The opportunity to live and work in Turku, Finland — a vibrant city by the archipelago sea 
  • Good support and orientation for international hires. Please learn more about the Finnish culture and relocation to Finland: 

We offer you responsible and interesting tasks and the opportunity to develop your professional skills in a versatile operating environment. You get a professional and inspiring team to support your work. We take care of your well-being at work and the functionality of your everyday life, e.g. with the help of flexible working hours and our well-being services. 

  • Possibilities to develop your expertise – We encourage our personnel to develop their professional expertise by offering versatile training and competence development possibilities which employees can take advantage of during their working hours. Also, the course offering of Open University is free of charge for our personnel. 
  • Your well-being is important to us! – In addition to comprehensive occupational health care, our own well-being services monitor, support and develop the well-being of our personnel. You are entitled to use the CampusSport’s services at a personnel price. 
  • We support your work-life balance – Flexible working hours and extensive remote work options help you balance work and leisure time. You also have access to long annual leaves. 
  • An inspiring and supportive work community – We encourage each other and value working together! 

Please read more about University of Turku as an employee from our Come work with us! pages. 

The European Commission has awarded the University of Turku the right to use the HR Excellence in Research quality label. The label is reflecting our commitment to high-quality research environments and career development for researchers.  

The University of Turku is among the top of the world’s universities in most rankings and among the best universities in the world in certain fields. Our high-quality basic research, a multidisciplinary research profile and close cooperation in research infrastructures creates the basis for international top research. Read more about University of Turku in international university rankings. 

The University of Turku has several high-quality research infrastructures required for cutting-edge research. Learn more about the roadmap of research infrastructures and how the research infrastructure and expert teams offer tailored solutions for businesses and organizations. 

Salary and trial period

The salary is determined by the collective agreement system of Finnish universities, aligning with the research personnel category. The salary consists of a demand-based component and a personal performance component. Depending on previous experience and skills: 

  • Postdoctoral Researchers: typically 3,200–4,000 EUR/month. 

The salary is determined when the employment contract is drawn up. 
The position has a trial period of six (6) months.

How to apply

Please submit your application through our online recruitment system. The closing date for applications is December 15th 2025 at 16.00 (Europe/Helsinki). Applications will be processed during the application period. 

Applications should include: 

  • Motivation letter (max. 1 page) 
  • CV (max. 2 pages) 
  • List of publications 
  • Degree certificates 
  • Contact information for two referees 
  • Any other relevant documents 

Please note that we are aiming to hold all interviews before Christmas. 

Scientific inquiries: 

Professor: Petriina Paturi — petriina.paturi@utu.fi  

Research Manager: Quentin Huchet — quentin.huchet@utu.fi 

Application process inquiries: 

 HR Specialist: Saija Marjasto — saija.marjasto@utu.fi 

 

Memristor Research Group 

The Memristor Research Group at the University of Turku is internationally recognized for pioneering work on GCMO memristors and their applications in neuromorphic computing. The group combines expertise in thin-film materials, device physics, circuit concepts, and neuromorphic algorithms. As we expand into electrical engineering, you will play a key role in bridging memristor devices with functional neuromorphic hardware systems. 

 

Department of Physics and Astronomy

The main research fields of the Department of Physics and Astronomy are material physics, quantum mechanics, and astronomy and space research. Physics and Astronomy are among the oldest disciplines at the University of Turku. Today the Department offers a rich curriculum supported by a broad research profile. The teaching covers experimental and theoretical physics as well as astrophysics and astronomy. High-quality basic research is accompanied by original and successful development of physical applications for industrial purposes.

In the Faculty of Science, we seek the truth and develop solutions for sustainable future and intelligent society. Science Fiction becomes reality.

The University of Turku is an inspiring and international academic community of 25,000 students and staff in Southwest Finland. We build a sustainable future with multidisciplinary research, education, and collaboration. With us, your work will have a significant impact and relevance in the changing world.

See our open vacancies

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1-2 Postdoctoral Researcher's fixed term positions in Electrical Engineering for Memristive Neuromorphic Computing

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