Mattias Mårtensson

Mattias Mårtensson serves as a Researcher at KTH Royal Institute of Technology's Division of Biomedical Imaging. He holds course responsibility for seven academic programs including Advanced Techniques in Physiology (CM2025), Basic Medicine (HL1001), and Degree Project in Medical Engineering (HL103X), demonstrating active involvement in undergraduate and graduate medical engineering education.

His research spans Biomedical Engineering, Medical Imaging, and Biomechanics with emphasis on ultrasound system validation, tendon biomechanics, and physiological measurement techniques. Key investigation areas include Achilles tendon displacement during orthotic use, ultrasound transducer reliability, tissue Doppler methodology, and cardiac function assessment in athletes. His work bridges engineering principles with clinical rehabilitation applications.

Analysis of his 2008-2020 publications reveals consistent focus on improving ultrasound imaging accuracy through phantom studies and clinical validations. The research demonstrates evolving specialization from cardiac diagnostics toward musculoskeletal biomechanics, with increasing applications in sports medicine and orthotics. Common methodological threads include rigorous error analysis, transducer performance evaluation, and development of standardized measurement protocols.

Mårtensson operates within KTH's Division of Biomedical Imaging infrastructure, which supports his work on imaging system validation and biomechanical assessments. His collaborations span engineering, clinical physiology, and rehabilitation sciences, evidenced by co-authorship with medical professionals in orthopedics and cardiology. The division provides essential laboratory resources for ultrasound phantom studies and clinical data collection.