Research project searchpage

The purpose of the project is to examine how research orchestration affects innovation in manufacturing SMEs.

AIKIDO aims to revolutionize manufacturing processes by developing advanced AI-based solutions.

The goals are to continue the next steps of Adaptive Manufacturing solutions, applied to repairs.

Exploring the feasibility of using additive manufacturing (Directed Energy Deposition-Laser with powder, DED-LB/p) with silicon steels as a new manufacturing route for Electrical Vehicles motors.

There is a clear need to strengthen knowledge in applied industrial algorithm design, as it is one of the key factors for increasing automation levels and achieving sustainable production in the manufacturing sector.

The project intends to recruit an assistant senior lecturer to secure resources for the newly started master's program in AI and automation and to strengthen the research group in process monitoring and control, primarily in the field of artificial intelligence and machine learning.

The project aims to create an efficient recycling system, reduce glass waste, and thus lessen the need for environmentally harmful sand extraction.

The CIRCUMET initiative has the ambition to develop and implement tailored and concise need-motivated continuing education courses (80-90 credits in total) related to relevant topics for the metal component manufacturing sector, with the fight against climate change as a core concept.

The CIRCUMET Industrial Graduate School (CIRCUMET IGS) builds on the ongoing CIRCUMET project and aims to strengthen the green transition in metal component manufacturing through advanced expertise and applied research.

This feasibility study explores the use of Friction Stir Welding (FSW) as a sustainable, energy-efficient, and resilient manufacturing technology for the welding and repair of sub-sea high voltage cables and conductors.

This research project investigates new approaches and practices for sustainable transformation of the leather industry value chain. Special focus is on traceability and transparency in the leather industry.

The aim of COMEJOIN is to investigate green and sustainable joining technique i.e., Friction Stir Welding (FSW), specifically focusing on high-strength aluminium grades used in airframe structures.

PhD studentship in Work-integrated Learning with focus on occupational health, risk- and change management in Industry 5.0 (Jubileumsdoktorand KK-stiftelsen)

Directed Energy Deposition for Industrial Competitiveness in Additive manufacturing Technologies.

The overall scope of the project is to determine the threshold for when internal AM defects affect the fatigue performance using conventional NDT equipment like computed tomography, ultrasonic and liquid penetrant as well as data from in-process control.

The project proposes DIPy-AI, an agile AI architecture based on the data-knowledge-information-wishdom (DIKW) pyramid, for processing sensor data in production environments. It aims to address challenges related to data assimilation, quality detection, and modular information extraction.

EcoSort is a research and innovation project that wants to change the way we sort used textiles in Sweden.

This project aims to explore how online education for professionals can better meet the needs of continuous professional development by learning from the Indian partner's successful combination of full-time work and study.

The competence development initiative ExSus2 aims to support companies to meet the rapid technological and societal development required to address the challenges facing society.

The project aims to establish a nationally accessible test bed and competence node for advanced Friction Stir Welding (FSW) at the Production Technology Centre (PTC) in Trollhättan.

The project aims to strengthen decision-making on sustainable land use through digital tools and policy labs at municipal and regional levels.

HYDRA-X aims to develop and validate a fast, resource-efficient and industrially applicable hybrid synchrotron X-ray diffraction methodology for depth-resolved triaxial residual-stress analysis in additively manufactured high-performance components.

The aim of the project is to improve the quality of care and support the independence of older people through team-based learning, practice-based research, and the exchange of experience between European countries.

The aim of the project is to work in close collaboration with Swedish industrial companies to create short and flexible advanced-level courses in the areas of digitalization, organization and leadership, as well as sustainable development, in order to contribute to increased expert competence and thereby strengthen the region’s competitiveness.

This project advances Integrated Structure, Materials, and Production Technology by developing methods to combine and validate FE analyses of Direct Energy Deposition Laser Beam wire (DED-LB/w) and local inductive pre-heating to minimize shape distortions in titanium processing.

MATFLOW develops sustainable and circular metallic materials for the health and mobility solutions of the future.

MAXBATT develops and mobilizes sustainable battery production competencies and technologies with a focus in West Sweden and by extension Sweden as a whole to promote development and competence building in the area.

NetZero Engineer 5.0 is a national effort that will strengthen Swedish industry's ability to implement the climate transition.

Project NewDReAM will advance additive manufacturing of large steel components and strengthen the resilience of Swedish manufacturing.

In the project, opportunities and challenges with neurological diversity will be studied.

PMEXCEL project aims at preparing the Powder Metallurgy sector for the disruptive changes caused by the green and digital transitions.

Powder bed fusion additive manufacturing of metal (PBF-AM) is an important research area for the manufacturing industry. This form of additive manufacturing makes it possible to manufacture components with complex geometries in a more efficient way. Among other applications of interest are components for gas turbines and aircraft engines.

The PROWIL project develops sustainable smart automation integrating human centric perspectives towards I5.0, reducing changeover times, and achieving production goals.

PTC Open aims to create a cohesive innovation system that strengthens companies' innovation capabilities through collaboration, knowledge sharing, and access to modern test and demonstration environments for a sustainable industrial transition.

Associate senior lecturer WIL, focus on collaboration

RAISE aims to strengthen Sweden–USA collaboration in AI, robotics and human-centred intelligent manufacturing through a one-month research mobility at Rochester Institute of Technology (RIT).

The PhD project will focus on the development of monitoring possibilities of additive materials to enable sustainable processing.

READY2´s purpose is to create sustainable, robust and resource-efficient wood manufacturing focusing on the entire value chain. This will be achieved with new innovative human-centered, dynamic resource-efficient maintenance ensuring operational reliability through technology that promotes a socially sustainable work environment.

ReCoat takes a comprehensive approach on sustainability to provide a platform that could contribute to the climate targets through development of advanced coatings for application in diverse sectors, while also ensuring that work practices transform alongside technological developments.

This project demonstrates elegant re-use of waste from thermal spray (TS) processes for potential life-extension of industrial components, thus contributing in a dual way to Net Zero Industry.

The recruitment aims to develop knowledge and skills in how to use, integrate and interact with digital tools and methods that support production control processes and deal with future trends and requirements.

The goal is to reuse end-of-life large-scale pipe blanks from the energy sector, which are then repaired with AM and adapted for circular design. This creates a significantly more sustainable cycle, where several tens of tons of steel parts are reused instead of recycled. The circular design creates the possibility for recurring repair and thus planned ageing.

REPAM aims to include the circular thinking during the whole material chain in the improvement of material design, use and recycling.

The project aims to offer a sustainable and energy efficient solution for responsible extraction and processing of Titanium.

The Department of Engineering has decided to build an education and research platform within production management. The goal is that by 2024 there will be undergraduate education, two international master's programs, PhD education and a research group in the field.

This project aims to develop a rapid yet facile method for developing high entropy oxide (HEO) coatings using novel thermal spray approaches.

The aim is to hire an associate professor in logistics.

The project aims to enhance companies' ability to commercialize new knowledge through workshops, seminars, and focus groups.

This project aims to develop an adaptive laser beam shaping system for the Directed Energy Deposition - Laser Beam wire (DED-LB/w) process to enhance microstructure control, reduce defects, and minimize the need for post-processing.

VIVA is a bold, scalable, and policy-aligned response to Europe’s innovation divide.