I work from first principles, measurable performance and manufacturable decisions. The goal is not simply a clever mechanism, it is a system that can be built, tested, maintained and trusted.
Architecture & Engineering · Mechanical Engineer
Shape the Force.
I turn motion, heat, material behavior and manufacturing constraints into dependable physical systems.
8
Years engineering
42
Design iterations
18
Systems delivered
6
Core disciplines
01 / Engineering philosophy
Make every constraint useful.
Fabrication grids, rotating assemblies and force paths as a visual language for engineering that is built to be tested.
Model the real forces.
Translate assumptions into loads, tolerances, temperatures and operating conditions.
Prototype the uncertainty.
Test the parts of a system that matter most before complexity becomes expensive.
Design for the factory.
Balance performance with sourcing, assembly, inspection and serviceability.
02 / Selected engineering
Systems under load.
Representative mechanisms, thermal systems and manufacturing work.
Modular Lift Drive
A compact electromechanical lifting concept redesigned around lower part count, clearer load paths and easier field service.
Heat Loop
Cooling architecture study balancing airflow, heat transfer and packaging constraints.
Fixture Zero
Production fixture concept focused on repeatability, faster setup and operator ergonomics.
03 / Technical toolkit
Depth across the assembly.
Engineering-style calibration meters visualize expertise without turning the portfolio into generic percentage bars.
Mechanical Design
Assemblies, tolerance stacks and detail design.
CAD & Drawings
Parametric modeling and technical documentation.
FEA Thinking
Stress, deflection and simulation-guided iteration.
DFM / DFA
Manufacturing-aware choices from prototype to production.
Thermal Systems
Heat transfer, airflow and operating-temperature reasoning.
Testing & Validation
Instrumentation, test plans and failure analysis.
04 / Professional journey
From component to system.
A vertical timeline emphasizing increasing engineering ownership.
Senior Mechanical Engineer · Industrial Systems
Leading concept-to-validation work across mechanisms, enclosures and manufacturable assemblies.
Mechanical Design Engineer · Product Development
Developed precision components and assemblies and supported prototype and production validation.
Mechanical Engineer · Testing & Analysis
Built test methods, analyzed failures and converted findings into practical design improvements.
05 / Working method
From force to finish.
A disciplined workflow that makes assumptions visible early and decisions easier to defend later.
01
Frame
Clarify function, constraints, interfaces and failure modes.
02
Model
Develop concepts, calculations and geometry around dominant physics.
03
Test
Prototype critical uncertainty and measure what models cannot guarantee.
04
Release
Document a manufacturable solution with clear validation evidence.
06 / Contact
Build the next system.
For product development, mechanical design, testing or engineering collaboration, send a message.
✉ marek@kineticanvil.eng
☎ +1 555 0164
◈ Detroit, MI