Brihadish

Class Location

Online class via Zoom

Student's Home

Tutor's Home

Years of Experience in Ansys Training

5

Teaching Experience in detail in Ansys Training

Simulation is only as good as the physics behind it. I don’t just teach you how to click through the Ansys interface; I teach you how to set up valid simulations, interpret the data, and understand whether your results actually reflect physical reality. In our sessions, we will focus on: Best practices for Meshing: Moving beyond defaults to capture critical stress points. Boundary Conditions: Properly defining real-world constraints so your results are actually reliable. Result Validation: Learning to spot 'garbage in, garbage out' results before they cause manufacturing errors. Industrial Intuition: How to use simulation data to make actual design decisions. If you are looking for a mentor to help you transition from academic simulation exercises to industry-standard engineering analysis, I am here to help you build that expertise.

Class Location

Online class via Zoom

Student's Home

Tutor's Home

Years of Experience in SolidWorks Training

5

Teaching Experience in detail in SolidWorks Training

I don't teach SolidWorks as a series of buttons and menus; I teach it as a design tool for solving real-world engineering problems. As a Mechanical Design Engineer, my daily workflow relies on turning conceptual ideas into manufacturable parts. I’ve used SolidWorks extensively throughout my career—from designing complex automotive systems and wireless power transfer units to validating assemblies for real-world stress and performance. My training approach focuses on the 'why' behind the design: why you choose a specific mate, how to design for manufacturability, and how to structure an assembly so it doesn’t fail under load. I recently returned from a 20-day industrial assignment across major manufacturing hubs in China, where I saw firsthand how design decisions in software directly impact cost, material waste, and assembly speed on the factory floor. I bring that 'floor-to-design' perspective into every lesson. My goal is to help you develop the technical intuition of a professional. By the time we finish, you won’t just know how to use SolidWorks; you will understand how to build robust, industry-ready designs that actually work in production. Whether you are aiming for a career in automotive design or specialized mechanical engineering, I am here to bridge the gap between academic proficiency and the high-performance standards required in the industry today.

Class Location

Online class via Zoom

Student's Home

Tutor's Home

Years of Experience in Autodesk Inventor Training

5

Teaching Experience in detail in Autodesk Inventor Training

I approach Autodesk Inventor not as a standalone tool, but as the 'pro-grade' sibling to Fusion 360. In this course, I provide a unique dual-software advantage: because I am an expert in both, I teach you how the workflows of Fusion 360 translate into the more advanced, feature-rich environment of Inventor. My training focuses on professional-grade parametric modeling, advanced assembly constraints, and the 'industry-standard' way of managing high-complexity parts—knowledge that is directly transferable from my daily work at Dash Dynamic. Having recently returned from a 20-day intensive industrial assignment in China, I’ve seen how these tools are used interchangeably in global supply chains. I don’t just show you how to use Inventor; I teach you the 'industrial logic' of mechanical design. You’ll learn how to structure your files, optimize your assemblies for manufacturing, and how to seamlessly transition between Fusion 360’s agile prototyping and Inventor’s precision engineering. By the end of this course, you will have mastered both software suites, giving you a massive advantage in any professional mechanical design role.