Hiring: Embedded & Hardware Product Engineer
We are looking for an experienced Embedded & Hardware Product Engineer to join us in developing a new AI-powered scientific calculator.
The product will combine a physical scientific calculator with a camera, AI-powered problem solving, connectivity, and a custom embedded system. We are currently at the research/prototyping stage and are looking for someone who can help us turn the concept into a reliable, production-ready hardware product.
What we need
We are looking for someone with strong hands-on experience in:
Embedded Systems
- C/C++
- ESP32 / STM32 or similar microcontrollers
- FreeRTOS or similar RTOS
- GPIO, I2C, SPI, UART, PWM
- Firmware architecture and development
- Device communication with REST APIs / cloud backends
- Wi-Fi / Bluetooth
- OTA firmware updates
- Device authentication and secure communication
- Low-power and battery-powered embedded systems
Hardware / Electronics
- Digital and analog electronics
- Schematic design
- PCB design and layout
- KiCad / Altium Designer or equivalent
- Power management and voltage regulation
- Li-ion/Li-Po battery systems
- USB-C charging and power management
- Display/LCD integration
- Keypad/matrix input systems
- Camera module integration
- Wi-Fi/Bluetooth module integration
- Component selection and BOM preparation
- Hardware debugging and testing
Product Development
- Rapid hardware prototyping
- PCB prototyping and revision
- Working with prototype manufacturers
- SMT/PCB assembly
- Hardware bring-up and validation
- Firmware + hardware integration
- Design for Manufacturing (DFM)
- Design for Assembly (DFA)
- Production testing / QA
- Troubleshooting hardware and firmware issues
- Experience taking a prototype toward a production-ready product
Nice to have
Experience with:
- Embedded Linux / Linux-based SoCs
- Camera + image processing
- OCR / computer vision devices
- 4G LTE modules
- BLE provisioning
- Cloud-connected IoT devices
- Secure device provisioning
- Hardware OTA systems
- 3D/CAD collaboration
- Injection-molded plastic product development
- CE / FCC / RED / EMC compliance
- RoHS / REACH / WEEE requirements
- Working with OEM/ODM manufacturers
- Consumer electronics manufacturing
What you will work on
You will be involved in designing and developing:
- Custom calculator hardware
- Main MCU/SoC architecture
- Scientific keypad system
- Display system
- Camera integration
- Wi-Fi/Bluetooth connectivity
- Optional cellular connectivity
- Battery and charging system
- Custom PCB
- Embedded firmware
- Device-to-cloud communication
- OTA update mechanism
- Hardware testing and validation
- Prototype development
- Manufacturing preparation
Important
This is not a simple Arduino/ESP32 hobby project.
We are looking for someone who understands the full journey from:
Concept → Prototype → PCB → Embedded Firmware → Hardware Integration → Testing → Production Preparation
Experience with real-world consumer electronics or IoT products will be highly valued.
You do not necessarily need to have built a calculator before. However, you should have strong experience building and shipping embedded hardware products.
Collaboration
You will work closely with our Software/AI Engineer, who will handle:
- Backend
- AI integration
- APIs
- Database
- Cloud infrastructure
- Web/mobile software
- Overall software architecture
Your responsibility will primarily be the embedded, electronics, hardware integration, and physical product engineering side.
To Apply
Please send your application to:
[email protected]
Please include:
- Your CV / LinkedIn profile
- GitHub or portfolio (if available)
- Examples of embedded/hardware products you have worked on
- Your specific role in those projects
- PCB/firmware work you personally handled
- Whether you have experience taking a prototype into production
- Your expected rate/salary
- Your availability
If you have experience with ESP32/STM32 + custom PCB + consumer electronics + production, please mention it clearly in your application.
- We are looking for someone who can take ownership of the hardware side and help us build a reliable, production-quality product, not just a proof of concept.