Mario Heller

Mario Heller is a Lecturer at the University of Applied Sciences St. Pölten, affiliated with both the Department of Media and Digital Technologies and the Department of Health Sciences. He teaches in the Digital Healthcare (MA), Dietetics (BA), and Physiotherapy (BA) programs. His research focuses on the intersection of digital technology and healthcare, particularly in rehabilitation, ergonomics, and health education applications.

• 10/1997-10/2002: Diploma studies in sports and technology at the Institute of Sports Science, University of Magdeburg
• 10/2002-11/2005: Doctorate at the Institute of Sports Science, University of Magdeburg
• 01/2005-01/2009: Research associate at the Center for Sports Science and University Sports, University of Vienna
• 02/2008-09/2010: FH lecturer for the physiotherapy course at FH Campus Vienna
• 01/2010-01/2016: Research associate at the Center for Sports Science and University Sports, University of Vienna
• 10/2010-01/2016: Deputy Director of the Sports Science Program, University of Vienna

Heller's research spans digital healthcare technologies, with particular emphasis on AI applications in rehabilitation, ergonomics systems, and health education. His work frequently involves developing and testing technology solutions for real-world healthcare challenges, including fall detection systems, voice assistants for healthcare, and digital rehabilitation tools. His research methodology combines biomechanics expertise with digital technology development to create practical healthcare applications.

His recent publications (2021-2025) show a strong focus on AI-driven healthcare applications, particularly in rehabilitation and ergonomics. The publications demonstrate a progression from biomechanics research toward more complex AI and digital health systems, with increasing emphasis on user-centered design and real-world implementation challenges. Key projects include Smart Companion, VeRgonomiX, DIRENE, and EFFECTS.

• Smart Companion: AI assistant for supporting autonomous living, particularly focusing on fall detection
• VeRgonomiX: Using Virtual Reality in ergonomics
• DIRENE: Building competencies for a new era of person-centered and mobile-driven digital rehabilitation
• EFFECTS: Intersectoral impact implications and potentials of active mobility

Heller's work demonstrates strong interdisciplinary collaboration across multiple European institutions. His projects often involve partnerships between technical experts and healthcare professionals to develop and validate practical healthcare technology solutions. His research has evolved from biomechanics foundations toward increasingly sophisticated digital health systems that integrate AI, sensor technology, and user-centered design principles.