Šiauliai, Lithuania · 55.9333° N, 23.3167° E
I turn complex ideas into working systems.
I’m Dr. Paulius Skėrys — a human being who loves building what doesn't exist yet, turning science into technology and ideas into businesses.
ABOUT
Technical depth.
Commercial focus.
Hands-on delivery.
My work sits where engineering, business development and real-world execution meet. I build technical products, coordinate multidisciplinary projects, develop partnerships and translate research into practical value.
My background spans mechanical engineering, industrial manufacturing, technical sales, product development, scientific research and company building.
SELECTED FOCUS
From concept to industrial reality.
Four dimensions of the work I do best.
ENGINEERING
Product & system development
Mechanical design, prototyping, analysis and development of practical systems for manufacturing and field use.
COMMERCIAL
Technical sales & partnerships
Connecting technical capability with customer needs, strategic partners and executable opportunities.
R&D
Applied research
Optimization, mathematical modeling and experimental work in vibration energy harvesting and mechanical systems.
ENTREPRENEURSHIP
Building teams, companies and communities
Leadership experience across commercial engineering, automotive ventures, nonprofit initiatives and multidisciplinary project teams.
EXPERIENCE
A multidisciplinary path.
Engineering, commercial leadership, entrepreneurship and community building.
Commercial & technical project leadership
Metal Production · Sirputis
Chairperson
Autokultūra nonprofit organization
CEO & co-founder
Automobilių importas · ScaryLab
Design & product development engineering
Porigida · Baltik Vairas
EDUCATION
Doctor in Mechanical Engineering
Kaunas University of Technology
EU PROJECTS WORKED ON
Total value of EU funded projects I was part of
Worked on national and international projects, including Horizon Europe, Eurostars and other funding programmes.
Details available on request.RESEARCH
Optimizing sustainable energy generators.
Research focused on shape optimization, mechanical energy conversion, mathematical modeling and experimental validation for efficient autonomous systems.
View ORCID profile ↗︎SELECTED PUBLICATIONS
Optimizing the Piezoelectric Energy Harvester for the Second Eigen Frequency ↗︎
Journal of Physics: Conference Series.
Review and Evaluation of Different Paint Booths Depending on Their Air Flow ↗︎
Jaunųjų mokslininkų darbai.
PATENTS
CAPABILITIES
Tools are secondary.
Outcomes come first.
CONTACT
Also chasing greatness?
Drop me a line!