Integrated engineering
The product is treated as one system.
Requirements, mechanics, electronics, firmware, applications, IP protection and production constraints are developed against the same architecture and acceptance criteria.
01Product strategy + system architecture
Convert a commercial objective into a technically credible product definition, development path and target-cost architecture.
- Requirements and use cases
- Feasibility and risk review
- System block architecture
- Development roadmap
- Target cost and manufacturing strategy
02Scientific process integration
Translate physical, chemical, biological or food-science rules into measurable variables, algorithms and product controls.
- Process-variable definition
- Sensor and actuator selection
- Control logic
- Laboratory coordination
- Validation planning
03Industrial design + user experience
Create a product that is desirable, intuitive, serviceable and engineered around real internal constraints.
- Concept design
- CMF and ergonomics
- Mechanical packaging
- TFT and app workflows
- Design-for-assembly input
04Electronics + PCB / PCBA development
Develop the complete electronic architecture for sensor-rich, connected and safety-critical consumer hardware.
- MCU and power architecture
- Schematics and PCB layout
- Sensors and motor control
- Display and communications
- EMC and safety design review
05Embedded firmware + control systems
Build deterministic product logic from low-level drivers through safety states, closed-loop control and guided programs.
- HAL and device drivers
- State machines
- PID and process algorithms
- Diagnostics and fault handling
- Production test firmware
06IoT, OTA + applications
Connect hardware to maintainable software experiences across device, cloud and mobile applications.
- Wi-Fi and Bluetooth
- Secure provisioning
- OTA updates
- iOS and Android applications
- Telemetry and remote diagnostics
07Mechanical + thermal engineering
Resolve airflow, heating, cooling, sealing, motion, acoustics and material constraints as one manufacturable system.
- 3D mechanical architecture
- Thermal and airflow design
- Motors, pumps and moving systems
- Material selection
- Tolerance and reliability analysis
08Prototype + verification
Progress from proof of principle to functional and production-intent hardware with measurable acceptance criteria.
- Proof-of-concept builds
- Functional prototypes
- Engineering test plans
- Golden samples
- Reliability and misuse testing
09Industrialization + certification
Prepare the product, suppliers and evidence package for tooling, certification and repeatable production.
- DFM and DFA
- Tooling management
- BOM and cost reduction
- Certification coordination
- Pilot-build control
10Product-controlled China manufacturing
Develop and control the product engineering first, then build the most suitable tooling, component-supply and assembly network around that product—not around an existing factory catalogue.
- Controlled STEP, STP, 3D and production documentation
- Tooling-shop selection by process and tolerance
- Component supply-chain architecture
- Project-specific assembly-factory selection
- On-site engineering, quality and production-ramp control
11Product IP + patent registration in China
Coordinate product-focused intellectual-property strategy, patent filing and registration in China alongside the engineering program, working through qualified China patent counsel.
- China IP and filing strategy
- Invention, utility-model and design applications
- Claims, drawings and engineering-document coordination
- Filing, examination and registration tracking
- Supplier, tooling and manufacturing IP controls
12OEM / ODM product sourcing
Identify, qualify and negotiate with the China factory best suited to a client’s own-brand product, then control specifications, commercial terms, quality and production execution.
- OEM/ODM sourcing brief and target cost
- Factory search, qualification and due diligence
- Sample evaluation and specification improvement
- Price, MOQ, tooling and payment-term negotiation
- Manufacturing agreement support, QA, QC and production follow-up
13Product improvement + rescue engineering
Diagnose and improve an existing product when performance, reliability, usability, cost, certification or production quality is below the commercial requirement.
- Technical audit and root-cause analysis
- Electronics, firmware and mechanical redesign
- UI/UX and application improvement
- Cost reduction and BOM optimization
- Corrective-action validation and production implementation
14A–Z technical project management
Maintain one accountable technical and commercial route across architecture, engineering, UI/UX, applications, IP, prototypes, tooling, suppliers, quality and production.
- Integrated project plan and decision gates
- Cross-discipline engineering coordination
- Schedule, budget, risk and change control
- Supplier, laboratory and factory management
- Evidence-based reporting through production ramp