He leads a research group within the Sensor and Actuator Systems division, focusing on Chemical and Biosensor systems.
Research
Eriksson’s research centers on innovative sensor technologies, with current projects spanning:
• Drinking water monitoring: Developing electrochemical sensor networks ("electronic tongues") to monitor urban water distribution systems.
• Wearable sensors: Advancing "Smart Bandages" that integrate multiple sensors for real-time wound assessment and targeted drug delivery.
• Laser-induced papertronics: Using laser scribing to transform non-conductive materials into conducting, graphitic micro- and nanostructures, enabling the fabrication of electrical components and sensing electrodes as well as compatible microfluidics.
• Pathogen detection: Exploring optical detection methods combined with selective preconcentration to identify bacteria such as E. coli.
Academic Leadership and Collaborations
Eriksson is actively involved in several strategic research initiatives, including:
• Steering committee member of the Strategic Research Area (2010–present).
• Management group member of , a collaborative platform for drinking water research (2022–present).
• Former member of the National Drinking Water R&D network (Swedish National Food Agency, 2012–2015).
• Former Director of S-SENCE, a research center at LiU/IFM (2007–2011).
Teaching
With a strong commitment to education, Eriksson has contributed to the undergraduate and doctoral programs at LiU:
• Examiner and lecturer in multiple physics courses for over 4,000 students.
• Contributor to curriculum development and teaching material innovations.
• Supervisor and examiner at the doctoral level.