Engineer for Bluetooth-Controlled Motorized Stroller
Budget: $1,500 – $3,000 USD
Electronics Engineer Needed for Smart Motorized Stroller System
We are looking for an experienced electronics engineer to develop a motorized assistance system for baby strollers. The goal is to create a compact and efficient motor-driven system that helps parents push the stroller uphill, maintains stability on downhill slopes, and includes an automatic rocking feature when stationary. The system should be controlled via a Bluetooth-connected mobile app.
Requirements:
Motor and Drive System
A motorized mechanism that assists in pushing and slows the stroller when needed.
Optimized power and torque for smooth operation.
Integrated braking and speed control.
Electronics & Control
Microcontroller-based control system (ESP32, Arduino, or similar).
Sensors for detecting slope and movement (gyroscope, accelerometer).
Bluetooth module for communication with a smartphone app.
Rechargeable lithium-ion battery with USB-C or standard charging.
Smart Features
Automatic adjustment of motor assistance based on terrain.
Manual or automatic rocking mode when the stroller is stationary.
App-based control for assistance intensity and rocking speed.
Safety mechanism to disable the motor when hands are removed from the handlebar.
Deliverables:
Complete electronic design (schematics & PCB layout).
Firmware for the microcontroller.
Prototype ready for real-world testing.
Documentation for assembly and manufacturing.
Ideal Candidate:
Experience with motor control, IoT devices, and Bluetooth connectivity.
Knowledge of ESP32, Arduino, or similar microcontroller platforms.
Experience with battery management and power-efficient designs.
Ability to deliver a functional prototype within a reasonable timeframe.
If you're interested, please send your portfolio, a brief technical approach, and an estimated timeline for the prototype development.
We are looking for an experienced electronics engineer to develop a motorized assistance system for baby strollers. The goal is to create a compact and efficient motor-driven system that helps parents push the stroller uphill, maintains stability on downhill slopes, and includes an automatic rocking feature when stationary. The system should be controlled via a Bluetooth-connected mobile app.
Requirements:
Motor and Drive System
A motorized mechanism that assists in pushing and slows the stroller when needed.
Optimized power and torque for smooth operation.
Integrated braking and speed control.
Electronics & Control
Microcontroller-based control system (ESP32, Arduino, or similar).
Sensors for detecting slope and movement (gyroscope, accelerometer).
Bluetooth module for communication with a smartphone app.
Rechargeable lithium-ion battery with USB-C or standard charging.
Smart Features
Automatic adjustment of motor assistance based on terrain.
Manual or automatic rocking mode when the stroller is stationary.
App-based control for assistance intensity and rocking speed.
Safety mechanism to disable the motor when hands are removed from the handlebar.
Deliverables:
Complete electronic design (schematics & PCB layout).
Firmware for the microcontroller.
Prototype ready for real-world testing.
Documentation for assembly and manufacturing.
Ideal Candidate:
Experience with motor control, IoT devices, and Bluetooth connectivity.
Knowledge of ESP32, Arduino, or similar microcontroller platforms.
Experience with battery management and power-efficient designs.
Ability to deliver a functional prototype within a reasonable timeframe.
If you're interested, please send your portfolio, a brief technical approach, and an estimated timeline for the prototype development.