Mechanical Engineering Expertise
Design Foundation
My mechanical engineering skills are rooted in focused education at HTL Rennweg, complemented by advanced concepts learned during my Master's studies.
Experienced in transforming ideas into detailed 3D models and assemblies using industry-standard CAD software, with a foundational understanding of design validation through simulation.
CAD Design & Modeling
Proficient in creating detailed and accurate 3D models of mechanical parts and assemblies using various Computer-Aided Design (CAD) platforms. My education provided a strong basis in design principles and practical application.
- Multi-CAD Proficiency: Familiar with industry-leading software including Autodesk Fusion 360, SolidWorks, and PTC Creo.
- Part Design: Skilled in designing individual components with attention to detail, tolerances, and manufacturing considerations.
- Assembly Modeling: Experienced in creating complex assemblies, managing component relationships, checking for interferences, and ensuring proper fit and function.
- Design Principles: Applied knowledge gained at HTL Rennweg regarding mechanical design standards and best practices.
CAD Tools
Fusion 360
SolidWorks
PTC Creo
FEA
Analysis & Simulation (FEA Basics)
Introduced to the fundamentals of Finite Element Analysis (FEA) during my Master's studies, enabling basic design validation and performance prediction.
- FEA Fundamentals: Understanding of the core concepts behind FEA, including meshing, boundary conditions, and result interpretation.
- Stress Analysis: Performed basic stress tests on components within CAD environments or dedicated simulation tools to identify potential failure points under load.
- Design Validation: Ability to use simulation results to inform design decisions and improve component robustness early in the development cycle.
- Integrated CAD-FEA: Experience with simulation modules integrated within CAD software for streamlined design-analysis workflows.
Practical Applications & Design Philosophy
My mechanical engineering background provides a solid foundation for understanding how things work at a fundamental level. This knowledge is particularly valuable when working on interdisciplinary projects involving robotics, where mechanical design must integrate seamlessly with electronic systems and software control.
Key Application Areas
- Design for Manufacturing (DFM): Considering manufacturing constraints, material properties, and cost optimization in design decisions.
- Tolerance Analysis: Understanding geometric dimensioning and tolerancing (GD&T) principles for functional design.
- Material Selection: Basic knowledge of material properties and their impact on design performance and manufacturability.
- Interdisciplinary Integration: Ability to bridge mechanical design with electrical and software systems in complex projects.
This mechanical foundation has proven invaluable in my robotics work, where understanding the physical constraints and mechanical behavior of systems is crucial for successful AI and control system implementation.
Educational Foundation
HTL Rennweg provided comprehensive mechanical engineering education covering design principles, manufacturing processes, and material science fundamentals.