MindMap Gallery Order-type intelligent hardware product development process
Mind map of the development process of order-based intelligent hardware products. For example, the research and development stages include: product demand analysis, software research and development, electronic research and development, ID design, structural design, prototype machine verification, and packaging design.
Edited at 2023-05-28 00:04:55Ce calendrier annuel, créé avec EdrawMax, présente une disposition claire et organisée des mois de janvier à décembre. Chaque mois est affiché dans un cadre distinct, montrant les jours de la semaine et les dates correspondantes. Les weekends (samedis et dimanches) sont mis en évidence pour une meilleure visibilité. Ce format est idéal pour la planification et l'organisation des activités tout au long de l'année, offrant une vue d'ensemble rapide et facile à consulter.
This quarterly calendar overview for 2026, created with EdrawMax, presents a structured and colorful layout of the entire year divided into four quarters. Each quarter is displayed in a separate column, showcasing the months within that quarter in a clear grid format. The days of the week are labeled, and each date is marked within its respective cell, allowing for easy identification of dates across the year. This calendar is an excellent tool for long-term planning, providing a comprehensive view of the year at a glance.
This weekly calendar for 2026 is designed using EdrawMax to provide a detailed and organized view of each week, starting from January. The left side features a mini monthly calendar for quick reference, highlighting the current week in yellow. Below it, there's a section for weekly goals to help prioritize tasks. The main area is a time-grid from 6:00 AM to 12:00 AM, divided into half-hour slots, allowing for precise scheduling of daily activities throughout the week. This layout is ideal for managing a busy schedule efficiently.
Ce calendrier annuel, créé avec EdrawMax, présente une disposition claire et organisée des mois de janvier à décembre. Chaque mois est affiché dans un cadre distinct, montrant les jours de la semaine et les dates correspondantes. Les weekends (samedis et dimanches) sont mis en évidence pour une meilleure visibilité. Ce format est idéal pour la planification et l'organisation des activités tout au long de l'année, offrant une vue d'ensemble rapide et facile à consulter.
This quarterly calendar overview for 2026, created with EdrawMax, presents a structured and colorful layout of the entire year divided into four quarters. Each quarter is displayed in a separate column, showcasing the months within that quarter in a clear grid format. The days of the week are labeled, and each date is marked within its respective cell, allowing for easy identification of dates across the year. This calendar is an excellent tool for long-term planning, providing a comprehensive view of the year at a glance.
This weekly calendar for 2026 is designed using EdrawMax to provide a detailed and organized view of each week, starting from January. The left side features a mini monthly calendar for quick reference, highlighting the current week in yellow. Below it, there's a section for weekly goals to help prioritize tasks. The main area is a time-grid from 6:00 AM to 12:00 AM, divided into half-hour slots, allowing for precise scheduling of daily activities throughout the week. This layout is ideal for managing a busy schedule efficiently.
Order-type intelligent hardware product development process<br>
Preparation<br>
Market analysis
Market size analysis
Competitive Product Analysis<br>
User purchasing power analysis
Feasibility technical analysis
Cost Analysis<br>
Output market analysis reports and project analysis reports
Customer Interaction<br>
Gather requirements
Customer needs analysis
Confirm requirements
Output demand specifications, product quotations and R&D production cycles
Establish a project and build a team<br>
ID design
UI design
structural design
Front-end development
Web
Android
iOS
Firmware development
backend development
Electronics Engineer
Software and hardware testing<br>
purchasing manager
Quality control
project manager
development phase
Product demand analysis
Software requirements analysis
Hardware requirements analysis
Draw schematic diagram
Software development
UI design
Design and Development<br>
front end
Firmware<br>
rear end
tripartite joint debugging
Initial testing<br>
Bug fixes
Prototype motherboard joint debugging test<br>
Continuous version iteration
App launched
Backend deployment
Electronic R&D
Device selection
Pin compatible
cost
Suppliers<br>
Bulk delivery time<br>
PCBA design
Routing<br>
Difficulty of patching
Analog and digital circuit separation
High and low pressure separation
electromagnetic interference
Wireless communication effect
Board verification
Optimization and modification<br>
Verify the board again
Determine PCB
Output PCB diagram and BOM table
ID design<br>
ID review
Can the mold be opened<br>
Can the motherboard and components be put in and have room left?
Prototype verification
Adjust and optimize before board verification<br>
Confirm ID
structural design
Structural Design<br>
Determine the size and location of the motherboard and battery compartment<br>
structural review
Structural design board verification<br>
Structural design sealing board
Model machine verification
Comprehensive verification of structure, electronics and software
Found the problem<br>
fix problem
Verify again<br>
Real user testing<br>
Package Design
Packaging confirmation
Instructions for use and other printed matter confirmation
Proofing to confirm material, effect and quality<br>
Packaging and sealing sample
Production stage
Production preparation<br>
Mold opening of structural parts
Mold opening verification
Comprehensive BOM<br>
Device Preparation<br>
Accurate cost accounting
Whole machine verification
Small batch production of structural parts
Motherboard small batch production<br>
Packaging small batch production<br>
Multiple assembly verification (according to production standards)<br>
Whole machine verification
Output production instructions
Product internal testing
Small batch testing with real users<br>
Collect feedback<br>
Analyze and summarize issues<br>
Solution optimization<br>
Small batch trial production
Selected factory<br>
Determine the production process and technology<br>
Small batch trial production<br>
Performance Verification<br>
Discover problems and summarize problems<br>
Verify again<br>
Apply for relevant certification<br>
National Compulsory Certification<br>
FCC/IC
ETL
UL
3C
CE
Industry certification
Wi-Fi certification
Bluetooth certification
ZigBee certification
Private Authentication<br>
MFi<br>
Mass production
Production process, standards, process refinement<br>
Production process quality assurance<br>
Finished product quality control
Product maintenance manual preparation<br>
Equipped with aftermarket replacement parts<br>
Postpartum period<br>
Ship
Factory transportation<br>
Freight Arrangements<br>
Export declaration
Internal staff usage training
Mass production ramp
Production process optimization
Summarize and repair problems<br>
Production line expansion
Quality control based on batch
After-sales stage
Product after-sales service
Product repair and replacement services<br>
User problem summary data analysis<br>
Project maintenance
Maintain normal production and sales of projects
Summarize experience<br>
Planning for next-generation products<br>
Software continues to iterate<br>