About
Elevate Your Product Design with Professional Guidance!
Whether you're launching a new design, troubleshooting a past failure, or managing a product’s lifecycle, I’m here to help you succeed.
⭐What I Offer⭐
I specialize in turning concepts into reality using advanced CAE tools tailored to your project needs.
As an experienced mechanical engineer, I excel in transforming initial concepts into high-quality 3D models and assemblies that meet the highest standards of aesthetics and functionality. I have a Masters degree in CAE from USC, Los Angeles. I have worked as an Applications Engineer at Dassault Systemes, specializing in CATIA/ENOVIA for product concept design and Product Lifecycle Management. During my tenure, I contributed to projects across diverse industries, including:
• Commercial Tankers and Ships
• Oil Rigs
• Industrial Power and Processing Plants
My expertise spans:
✅ Concept Design & Material Selection:
Crafting the foundation of your product with thoughtful choices grounded in engineering methodology. Selecting the right materials is crucial for performance, durability, and cost-effectiveness. I guide you through the entire selection process, ensuring your materials align with your design goals and operational requirements. I will create a virtual model of the concept design with the latest 3D parametric modeling techniques and tools.
✅Detailed Engineering Design:
Utilizing FEA, CFD, and FSI for thorough analysis and optimization. My simulations provide insights into potential performance issues, allowing us to make informed design decisions early in the process.
✅3D Modeling & Prototyping:
Delivering precise engineering drawings or 3D detailed CAD models for rapid prototyping, machining, or fabrication. I create detailed 3D models that accurately represent your product, facilitating effective communication with manufacturers and stakeholders. Incorporating relevant manufacturing tolerances and maximizing product service life.
✨What distinguishes me from others?✨
1️⃣With over 22 years of hands-on experience in FEA and CAD, I’ve collaborated with renowned international companies and diverse industries to drive projects from initial concept to final fabrication. My commitment to quality and innovation has helped numerous clients transform their visions into market-ready products.
2️⃣Other Industries I've Worked In:
• Electric Vehicles
• Light/Heavy Vehicle Stability and Crash-worthiness
• Gas Turbine Engines
• Cryogenics
• Unmanned Aerial Vehicles (UAVs)
• Pneumatic Launching Systems
• Biomedical Prosthesis
3️⃣My Experience Includes Work With:
• Dassault Systemes of America: (Specializing in CATIA and ENOVIA)
• American Engineering Services: (Expertise in reverse osmosis and water treatment solutions)
• CESAT: (Advanced simulation using ANSYS, LS-DYNA, FLUENT, & CFX)
Let’s Collaborate!
If you’re looking for a partner who can bring expertise and innovation to your product design journey, don’t hesitate to reach out. Together, we can turn your vision into reality! I am excited to explore how we can work together to elevate your projects and drive success in your endeavors. Let’s start a conversation about your needs and how I can help you achieve your goals.
Your success is my priority!
🌟Reviews and Feedback by Industry Leaders🌟
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"Mr. Pasha helped industrialize our products and ensured that the developed functions (CATIA/ENOVIA) worked efficiently" - Dana Szilagyi, Dassault Systemes - USA.
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"Mustafa’s dedication for his work and studies has placed him among the top of his peers. He is creative with a high aptitude for design and problem solving. His multicultural background makes him flexible and enjoyable to work with. He is a shining alumnus who holds true to our motto here at USC: Palmam qui meruit ferat." - Dr. Wellford, USC - USA.
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"Mustafa has a unique ability to analyze engineering problems with FEA and make practical application solutions by programming in APDL. His achievements in his projects have been highly praised" - Himayatullah, CESAT.
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"Mustafa used his expertise in FEA to help in verifying the axial warping factor in composite multi-cell beams. This was a crucial milestone in the success of our project." - Dr. Malik, Air University.