Product Designer
and Developer
Banglore
ATIF IQBAL
Mechanical Engineer & Product Developer Specializing in End-to-End Electro-Mechanical Solutions, from Concept to Production, Delivering High-Performance Products in Automotive, EV, and Smart Systems.
I help companies innovate by offering complete electro-mechanical development solutions, from concept to manufacturing. I specialize in optimizing designs, reducing costs, and integrating cutting-edge technology to deliver high-quality, industry-specific products
Expertise in Leading CAD Software
From Concept to Production
Concept Generation
Transforming ideas into detailed, practical designs. I lead the creation of initial concepts using advanced CAD modeling and engineering principles, ensuring the design meets both functional and aesthetic requirements while considering manufacturability and cost-effectiveness.
Prototype
Bringing the design to life by developing physical prototypes. I oversee the creation of prototypes that closely replicate the final product, allowing me to evaluate design functionality and manufacturability hands-on.
Testing
I conduct rigorous testing to validate the prototype's performance, durability, and safety. This involves FEA simulations and real-world testing to identify and address any design flaws, ensuring the product meets all required standards before moving to production.
Manufacturing
I conduct rigorous testing to validate the prototype's performance, durability, and safety. This involves FEA simulations and real-world testing to identify and address any design flaws, ensuring the product meets all required standards before moving to production.
Designing vehicle architecture and creating 3D packaging layouts with ergonomic considerations for EV 2-wheeler.
Developing and testing multiple prototypes of a chassis to ensure precision in design and manufacturability, and guiding products like BLDC Smart fans from prototyping to manufacturing.
Identified issues and performed root cause analysis (RCA) for the harness system, where reverse current during rapid cutoff triggered short circuit protection. Successfully eliminated the problem by adding a TVS diode at the relays.
Leading the design and manufacturing of sheet-metal components, wire harnesses, and managing system integration for complex electro-mechanical systems like spot welders.
Portfolio
Skill Sheet
- Solid Modelling
- Surfacing
- Free Form Design
- Tolerance Stack-up
- Sheetmetal Design
- DXF and Drawing
- Nesting
- Handelling Complex assembly and mating
- Modal Analysis
- Static Structural
- Fatigue Life Analysis
- Multipart Analysis with joints
- Nodes and cable using Wireviz
- Electrical Diagram using AutoCAD Electrical
- BOM generation
- Nailboard Drawing
- In CAD Harness Design using Inventor
- GUI coding with QT C++
- GUI coding with Glade and GTK3 python
- LinuxCNC Custom HMI on RaspberryPi
- Android Studios Front End
- Google Scripts
- Automation Hardware test using ESP32 and MSP430
- Render Model Environment Preparation
- Render and Animation using Keyshot
- Studio Render using Blender
- Adobe InDesign for product documentation
- Photoshop, Gimp, Corel draw
- Lathe Machining with 3-jaw and 4-jaw chuck.
- Manual Milling
- MIG Welding
- Soldering
- Cable Crimping
- 3D-FDM and SLA Printing.