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Prototype to Production How to create a successful hardware product that can scale ITW 2020 Karthikeyan Prakash Chief Product Officer Faceopen

Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

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Page 1: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Prototype to Production

How to create a successful hardware product that can scale

ITW 2020

Karthikeyan Prakash

Chief Product Officer

Faceopen

Page 2: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

● Get off the ground - Idea to prototype

● Choosing the right strategy

● Hardware Product Lifecycle - EVT, DVT and PVT

● PVT to Production

● Mistakes to Avoid in hardware product development

Page 3: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Get off the ground - Idea to prototype

Prerequisites for hardware product development

● Clean definition of your product and the problem that you are solving ● Who are your customers and what value are you bringing them?● Knowing your research● Have a realistic outlook● Always have short and long term plan● Know that the Work Never Ends

Drawing board to prototype

● Finalize design for prototype (Electronics + Hardware)

● Proof Of Concept Vs. Prototype

● Build diverse In-House hardware capabilities - 3D printing,

● Iterate your product - Find the key features

Page 4: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Get off the ground - Idea to prototype

PoC Prototype MVP

See if Idea can work

Simulate/build the full system

Pilot deployment

Page 5: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Choosing Right Strategy

1. Team

2. Iterate your product

3. Choosing right suppliers and components

Team

● It can start as small as 2 member team

● Identify if your product needs any other technical expertise

● Organically grow your team. Identify gaps and fill with key experts from industry

Software Hardware Designer Strategy Manufacturing/Supply Chain

Page 6: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Choosing Right Strategy

Iterate your product

Page 7: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Hardware Product Lifecycle - EVT, DVT and PVT

1-3 months 3-6 months 6-12 months

Multiple Iterations Few Iterations Iterations are not suggested. Huge cost involved

Page 8: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

3D printing for rapid prototyping

PoC/Prototype

EVT/DVT

Metal 3D printing

Functional validation - PLA, Nylon, ABS

Dimensional validation - MJF

Internal parts, Limited/No availability in India

Page 9: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Hardware Startup Financial Planning

PoC Prototype MVP/EVT DVT PVT Production

Bootstrap External Funding

Start to look for external funding here

Page 10: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Mistakes to Avoid in hardware product development

● List down features clearly ● Focus on design once PoC is done ● Don’t try to build everything. Focus on continuous improvements● Embrace Failure and Use It to Succeed ● Build in-house expertise in each area ● Learn from mistakes quickly. Mistakes in hardware can cost a lot● Idea is great. Execution matters

Page 11: Prototype to Production · Drawing board to prototype Finalize design for prototype (Electronics + Hardware) Proof Of Concept Vs. Prototype Build diverse In-House hardware capabilities

Thank [email protected]

https://www.linkedin.com/in/karthikeyanprakash/