Mechanical & Control Systems Engineer, Engineering Educator, and Biomedical Engineering Researcher working across automation, robotics, teaching, and quantitative biomedical imaging.
My professional journey has developed across mechanical engineering, industrial automation, university teaching, robotics and biomedical engineering research.
I am an engineer and educator with an interdisciplinary background spanning mechanical engineering, control and automation, robotics and biomedical engineering.
My engineering experience includes industrial automation, control-system projects, commissioning, technical coordination and special projects.
I have also taught engineering subjects at university level, including engineering mechanics, control systems, vehicle technology, CAD, advanced vehicle control, and refrigeration and air conditioning.
More recently, my work in Finland has focused on biomedical engineering and quantitative analysis of physiological signals and imaging data.
A career connecting industrial engineering, automation, university education and biomedical research.
Quantitative analysis of biomedical imaging and physiological signals, including optical-flow-based analysis of pulsation-related dynamics.
Teaching engineering mechanics, control systems, vehicle technology and CAD, together with course coordination and curriculum-related activities.
Teaching electrical systems of farm machinery, advanced vehicle control, and refrigeration and air conditioning.
Industrial automation project design, supplier coordination, installation and commissioning, after-sales support, technical reporting and system specifications.
My teaching approach combines structured explanations, active learning, real-world examples and opportunities for students to apply concepts to practical problems.
Teaching control concepts through mathematical foundations, practical examples and engineering applications.
Connecting fundamental mechanics with structured problem solving and engineering applications.
Applying engineering principles to computer-aided design, vehicle systems and technology.
Practical engineering experience developed through industrial projects, automation systems, maintenance engineering and technical coordination.
Project design, system specifications, supplier coordination, installation and commissioning.
Control engineering, automation concepts, industrial systems and practical troubleshooting.
Mechanical systems, maintenance engineering, technical projects and engineering problem solving.
My recent research combines biomedical engineering, image analysis, signal processing and computational methods to investigate physiological dynamics.
Analysis of motion and pulsation-related flow using optical-flow methods applied to biomedical imaging.
Investigation of cardiac, respiratory and very-low- frequency components in quantitative imaging data.
MATLAB and Python-based analysis pipelines for quantitative imaging, regional statistics and visualization.
A selection of areas where engineering, computation and interdisciplinary research come together.
Mobile robot navigation, control, computer vision and coordinated robotic systems.
Automation systems, industrial control and engineering project implementation.
Quantitative imaging, signal processing, computational modelling and physiological analysis.
I am interested in engineering education, research, interdisciplinary projects and professional collaboration.