
TECHNICAL PHYSICS STUDENT @ AGH | R&D ENGINEERING | CATIA V6 & PRODUCT VALIDATION
I bridge the gap between Theoretical Physics and practical Engineering R&D.I am not just a theorist – my functional 3D designs gained 17,000+ verified users in just 60 days. This rapid market adoption proves my understanding of User Needs and Design for Manufacturing (DFM).Simultaneously, I develop research competencies by building custom measurement apparatus (Hardware Integration) and performing stress analysis (FEM/FEA). I specialize in CAD systems (CATIA V6 / 3DExperience, SolidWorks) and I am looking for challenges in a professional R&D environment.



Design and market implementation of functional tools that gained 17,000+ verified users in just 60 days.
Case Study: Iterative optimization of the tool (Scraper V2) based on direct user feedback.
Goal: Improved ergonomics and grip while maintaining Design for Manufacturing (DFM) compliance (support-free printing).
Software: SolidWorks / CATIA V6.


Construction of a custom automated testing rig from scratch (Hardware + Software integration).
System Integration: Mechanical design (3D Print), Electronics (ESP32), and real-time data acquisition system.
Validation: Verifying theoretical models through physical impact testing.
Outcome: Experimental data used for comparative analysis of porous structures.

Structural analysis of lattice structures using SolidWorks Simulation (Static & Dynamic).
Methodology: Finite Element Analysis (FEA) of Von Mises stress distribution.
Application: Energy absorption analysis for crash-safety components.
DESIGN & SIMULATION
CATIA V6 (3DExperience): Surface Design (GSD), Part Design, Assembly, Drafting.
SolidWorks: Parametric Modeling, Technical Documentation (2D), Rendering.
FEA / Simulation: Static & Dynamic Analysis (SolidWorks Simulation, SimScale).
PROTOTYPING & TESTING
3D Printing (FDM): Design for Manufacturing (DFM), rapid prototyping (Bambu Lab / Prusa).
Mechatronics: Custom test rig construction, Soldering, Microcontrollers (ESP32, Arduino).
Metrology: Dimensional measurement, Sensor calibration, Error analysis.
DATA SCIENCE & PHYSICS
Data Analysis: Python (Pandas, NumPy, Matplotlib), Technical data visualization.
Simulation Support: Surrogate Modeling (AI-assisted), Python scripting for automation, Process optimization.
Languages: English (Professional Working & Technical Proficiency).
Availability:
July – September: Full-time availability (40h/week).
From October: Open to extending cooperation (Part-time / Flexible hours).
Location: Kraków, Poland
E-mail: [email protected]