VJ
Founder & Chief Engineer

Vansh Joshi

Product Design & Development Engineer·Manufacturing Innovation·Human Effort Engineering™

"Engineering better products, smarter processes, and intelligent systems that simplify complexity and create lasting value."

5+ Years Combined Experience
12 Engineering Disciplines
Passion for Innovation
Background

The Engineer Behind the Vision

5+ Years of Combined
Experience

With over five years of combined experience in engineering, product development, manufacturing, and process improvement, I have built my career at the intersection of design thinking, manufacturing reality, and operational excellence.

My work spans the full product lifecycle — from the first concept sketch to production-ready tooling, from casting process engineering to design optimization for manufacturability. I thrive in environments where complexity is the norm and precision is non-negotiable.

Over the years, I noticed something that most people accepted but few questioned: why do engineers and businesses waste so much effort on repetitive work that can be redesigned or eliminated? Why does so much human potential get consumed by processes that were never engineered properly in the first place?

That question became the foundation of Ignyss — a company built on the belief that engineering should not only create products but also create better ways of working. Before automating anything, we must first engineer the process itself. That philosophy drives everything I do.

Product Design & Development Manufacturing Engineering Casting Engineering Tooling Development Product Optimization Design for Manufacturability APQP Process Engineering Human Effort Engineering™
Capabilities

Engineering Ecosystem

An interconnected network of disciplines, each one strengthening the others. Hover to explore.

Vansh
Joshi

Portfolio

Featured Projects

Each project is a case study in engineering precision — from concept to production.

Product Render
Product Design & Development
Case Study 01

Precision Component Redesign

Complete redesign of a legacy automotive component for improved manufacturability, reduced material waste, and enhanced performance under thermal stress.

Challenge High rejection rate in casting, excessive machining required post-production
Solution Redesigned geometry for DFM, optimized gating system, implemented simulation-driven validation
Results 62% reduction in machining time · 38% fewer rejections · Tooling life extended
Tooling Render
Tooling Engineering
Case Study 02

Multi-Cavity Die Cast Tooling

Engineered a 4-cavity die cast tooling system for a high-volume production run, balancing thermal management, fill patterns, and ejector placement for consistent dimensional accuracy.

Challenge Uneven fill distribution causing porosity in 2 of 4 cavities
Solution CFD simulation, runner optimization, thermal balanced cooling channels
Results 98.7% shot consistency · 4x production output · Zero porosity defects
Process Render
Process Optimization
Case Study 03

Casting Process Engineering

End-to-end casting process engineering for a critical industrial component, from pattern design through heat treatment specification and quality validation protocols.

Challenge Inconsistent mechanical properties across production batches
Solution Process mapping, SPC implementation, alloy composition optimization, heat treatment redesign
Results CPK improved from 0.89 to 1.67 · Batch variation reduced 74% · APQP documentation complete
Automation Render
Automation Solutions
Case Study 04

Quality Inspection Automation

Designed an automated quality inspection workflow integrating dimensional measurement, visual defect detection, and real-time SPC reporting — eliminating manual data entry and reducing inspection cycle time.

Challenge Manual inspection consuming 40% of production floor effort, data scattered across spreadsheets
Solution Digital inspection forms, automated data aggregation, real-time dashboards, exception-based alerts
Results 85% reduction in inspection effort · 100% data capture · Real-time visibility achieved
Philosophy
Engineering is not just about creating products.
It is about creating better ways of working.
Every product should be easier to manufacture.
Every process should be easier to understand.
Every workflow should require less effort.
Every system should create clarity instead of complexity.
That belief is what drives my engineering work
and the vision behind Ignyss.
Vision

Engineering the Future

My long-term vision extends far beyond individual products or processes. I aim to build an integrated ecosystem where engineering, manufacturing intelligence, software automation, AI-driven insights, and operational excellence converge into one seamless system.

A future where businesses don't just work harder — they work engineered. Where unnecessary effort is eliminated before it's ever felt. Where every system is designed for what's next, not just what's now.

This is the future I'm building — at Ignyss and beyond.

IGNYSS Ecosystem Intelligent Software AI & Automation Advanced Manufacturing Operational Excellence Quality Systems Product Engineering
Connect

Let's Engineer Something Better

Whether it's product design, manufacturing engineering, intelligent automation, or innovation projects — I'm always open to conversations that push boundaries.

Product Design & Development Engineering Consulting Manufacturing Optimization New Product Development Digital Transformation Custom Software Development Automation Innovation Projects