Mechanical Design and Simulation (PTC CREO)

As a senior mechanical engineer, I specialize in delivering high-performance designs through PTC Creo, one of the industry's most powerful and flexible 3D CAD design platforms. My approach focuses on creating highly detailed, manufacturable, and optimized mechanical systems, with a strong emphasis on internal combustion engines.

3D CAD Design and Parametric Modeling

Parametric Modeling

Develop fully parametric models that automatically update as design changes are made, ensuring design intent is maintained.

Component Assembly

Design complex assemblies with precise relationships between parts for easy integration and efficient assembly

P&ID Design

Create detailed diagrams that map out the piping, valves, and control systems for clear process flow and system integration.

Framework Modeling

Design robust structural frameworks to support mechanical systems, ensuring stability and efficient load distribution.

Structural and Thermal Analysis

I conduct comprehensive structural and thermal analyses on components and assemblies to predict their behavior under real-world conditions. This ensures that every design can withstand stress, temperature variations, and operational forces.

Stress and Strain Analysis

Evaluate the material response under various loading conditions, ensuring that parts meet safety and durability standards.

Thermal Analysis

Perform heat transfer analysis to optimize cooling systems, engine components, and to prevent overheating during engine operation

Fatigue and Vibration Analysis

Predict component longevity and identify potential failure points through vibration and fatigue testing.

Advanced Mechanism Design

Creo’s mechanism design tools allow for the creation of complex motion simulations and analysis of mechanisms. This is crucial when designing moving parts such as pistons, cams, or valves in internal combustion engines.

Kinematic Simulations

Simulate the movement of mechanical systems to evaluate how parts interact and identify potential interferences.

Mechanical Assembly Analysis

Simulate the behavior of assemblies under load to predict motion, alignment, and wear.

Mechanism Optimization

Optimize the performance of mechanical linkages, reducing friction and wear in high-stress engine components.

Generative Design and Optimization

We used generative design tools to generate multiple design That helped us design new concepts for our mechanism that were hard to think about or reach to

PARAMETRIC

We were using a PLM system where all designs were collaborative and connected with multiple programs, such as GTSUITE , MATHCAD, and MoTeC and PLEX

If you’re looking to create innovative, optimized designs for your project, let’s connect and discuss how I can help transform your ideas into detailed, functional engineering solutions!

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