This postdoctoral researcher position is part of the HiFive research project in the Department of Design’s ENCORE (Engaging Co-Design) research group. HiFive is a Business Finland funded co-innovation project exploring meaningfulness in industrial work contexts to ensure smooth work and collaboration in hybrid human cyber-physical systems. The project consortium is comprised of three research partners (VTT Technical Research Centre of Finland Ltd., University of Jyväskylä, and Aalto University, School of Arts, Design and Architecture) and five companies including Konecranes, Elomatic, Proverse, AInsinöörit, and Tasowheel.

HiFive project studies human-centered future of work at partner companies with the aims of improving the wellbeing of industrial workers and the attractiveness and inclusiveness of industrial workplaces. The project investigates the utilization of novel technologies (e.g., artificial intelligence, robotics, virtual reality), the emergence of physical and virtual, and demographic evolution at industrial workplaces. In order to attract a skilled workforce, it is necessary to develop meaningful jobs that involve 1) pursuing a purpose, 2) social relationships, 3) exercising skills and self-development, 4) opportunities for self-esteem through recognition, and 5) a high level of autonomy. Therefore, the HiFive Vision statement is: “HiFive will design and create meaningful, enjoyable, and productive hybrid industrial workplaces for tomorrow”.

Are you passionate about emission-free mobility? Have you ever wondered how to apply materials developed in the lab to the real world?

We are now looking for a Postdoctoral Researcher to join an exciting research project on the thermal management of Battery Electric Buses using heat storage materials. In this project, you will have the chance to conduct cutting-edge research and have a real-world impact at the same time. You will also work in a diverse and multi-disciplinary research team, and you will develop a network of industrial and academic stakeholders.

The goal is to use mechanistic and data-driven computational models to design optimized microbial community inocula for plant-based kefir and cheese fermentations.

Research is carried out at our excellent facilities at Aalto University, School of Chemical Engineering (http://www.bioeconomyinfra.fi/). The laboratories are situated on the main campus of Aalto University in Otaniemi (short metro-ride from Helsinki) within the department of Bioproducts and Biosystems.

Are you interested in research in biosynthetic materials? The Biomolecular Materials group at Aalto University is looking for a postdoctoral researcher. We use protein engineering and recombinant protein production to develop new concepts for new materials based on spider silk, mussel adhesives, and barnacle cement proteins. With such novel materials we aim to provide sustainable alternatives to petrochemically produced ones. A key focus in our research are the molecular assembly pathways in which proteins from dilute solutions come together by self-assembly to form functional materials.

Are you interested in research in biosynthetic materials? The Biomolecular Materials group at Aalto University is looking for a postdoctoral researcher. We use protein engineering and recombinant protein production to develop new concepts for new materials based on spider silk, mussel adhesives, and barnacle cement proteins. With such novel materials we aim to provide sustainable alternatives to petrochemically produced ones. A key focus in our research are the molecular assembly pathways in which proteins from dilute solutions come together by self-assembly to form functional materials.

The postdoctoral researcher will be working in a project focused on polymeric properties of wood hemicelluloses and lignins. The fundamental questions revolve around solubility and miscibility and their quantification. The ambition is to translate this knowledge into resolving challenges in forest biomass processing and in materials design. The aim for the postdoctoral researcher is to become an expert of polymers in solution or deepen the existing skills in that area. The position is available immediately, but the starting date can be negotiated to several months ahead.

We invite applications for a two-year postdoctoral position in the field of theoretical quantum materials, focused on optics in van der Waals magnets. The prospective postdoc will work on the theoretical fundamentals of controlling magnetic states of two-dimensional magnets using light. The project aims to drive ordered magnets to a quantum spin liquid regime and drive a non-collinear magnet to a multiferroic state, with the ultimate objective of achieving precise optical control over these magnetic states.

The project will be carried out in collaboration between the theory group of “Correlated Quantum Materials” (Prof. Jose Lado) and the experimental group of “Photonics” (Prof. Zhipei Sun) at Aalto University. The position will focus on theoretical and computational modeling of van der Waals heterostructures, aiming at phenomena that can be potentially realized at the group of Prof. Zhipei Sun at

Researchers from Aalto University and the University of Helsinki are looking for Postdoctoral Researchers in multiple areas of ICT, including:

• Artificial intelligence 
• Automated reasoning and constraint optimization
• Computational geometry
• Computational health
• Cryptography
• Data mining
• Engineering of LLM systems
• Foundations of distributed and parallel computing
• Machine learning, eg. ML systems, probabilistic ML, and privacy-preserving ML
• Multimedia systems
• Statistical data science

We are committed to fostering an inclusive environment with people from diverse backgrounds, and researchers from underrepresented groups are particularly encouraged to apply.