We specialize in turning bold ideas into working prototypes. From autonomous robots to cloud-connected IoT devices, our team combines hands-on engineering with cutting-edge technology to solve real-world challenges. Based in Agadir, we've helped students, inventors, and businesses bring their most ambitious projects to life.
Transforming concepts into cutting-edge prototypes through innovative engineering and rapid development
OB ProtoWorks bridges the gap between imagination and innovation. Founded by robotics enthusiast Oussama Bertane, we focus on rapid prototyping that actually works. Our approach is hands-on, practical, and results-driven.
From hackathon victories to mentoring the next generation of engineers at ENSA Agadir, we've proven that great ideas need great execution. We don't just build circuits—we build solutions that matter.
Six core services designed to take your project from concept to reality, whether you're a student with a big idea or a business ready to innovate.
From sketch to circuit board. We validate your ideas with simulation before building functional prototypes that work.
Robots that think, move, and respond. From maze-solvers to remote-controlled vehicles with real intelligence.
Connect your devices to the cloud. Monitor, control, and scale your systems from anywhere in the world.
Get expert guidance before you build. We help you choose the right technologies and avoid costly mistakes.
Make your devices internet-ready. Real-time data, remote control, and seamless connectivity solutions.
Make different technologies work together seamlessly. One unified system, maximum performance.
Transform your vision into reality with our expert engineering team in Agadir, Morocco. Let's build something extraordinary together.
Start Your Project TodayReal projects, real results. From competition-winning robots to practical IoT solutions that solve everyday problems.
Hear from innovators and students who trusted OB ProtoWorks to bring their ideas to life.
"Oussama Bertane's expertise in electronics and programming was essential to our Vitapod project. His support ensured smooth integration of all components and saved us valuable time."
Mehdi A.
University Team Project
"He's doing an amazing job in robotics and embedded systems. The way he combines electronics with programming makes his projects feel both practical and creative. You can see the thought he puts into every detail, and it really shows in how well his work comes together."
Imad L.
Data Scientist
"Oussama's workshops at the CRRT Club were really helpful. I learned how to structure my projects better, and he explains everything clearly. I feel more confident now about applying these skills."
Mahdi B.
Member at CRRT Club
Ready to bring your robotics or IoT project to life? Contact us for a free consultation or fill out the form below.
An Arduino-based teleoperated robot designed for precise line detection and navigation, developed for the CRRT ENSA Agadir competition. Features advanced sensor integration and optimized algorithms for smooth performance with high accuracy path following.
Advanced IR sensor array for accurate line detection and smooth trajectory following.
Optimized algorithms for real-time responsiveness in competitive environments.
Durable construction built to withstand rigorous testing and competition stress.
A wireless-controlled robotic vehicle featuring real-time Bluetooth connectivity and intelligent obstacle avoidance. Built with Arduino Uno and optimized for mobility experiments with 10-meter operational range.
Bluetooth HC-05 module enables seamless mobile app control up to 10 meters.
Ultrasonic sensors provide real-time obstacle detection and navigation assistance.
Live data transmission for monitoring robot status and sensor readings.
An intelligent IoT plant monitoring system featuring DHT11, soil moisture, and water level sensors connected to Arduino Cloud. Provides real-time environmental monitoring with automated alerts for precision agriculture applications.
Real-time data synchronization with Arduino Cloud for remote monitoring and control.
Automated irrigation alerts based on soil moisture and environmental conditions.
Comprehensive monitoring of temperature, humidity, soil moisture, and water levels.
A comprehensive Arduino-based environmental monitoring system featuring BME280 sensor technology, LCD display, and soil moisture detection. Designed for precise climate data collection in agricultural applications.
BME280 sensor provides accurate temperature, humidity, and atmospheric pressure readings.
Graphic LCD Display 12864 shows live environmental data with user-friendly interface.
Soil moisture monitoring optimized for crop management and irrigation planning.
An ESP32-based remote-controlled sumo robot engineered for competitive combat. Features dual power systems, H-bridge motor control, and wireless connectivity for strategic gameplay and real-time telemetry.
Dual DC motors with H-bridge control for maximum pushing power and maneuverability.
ESP32-powered wireless control system for responsive remote operation during matches.
Competition-grade construction designed to withstand impacts and aggressive gameplay.
An Arduino-based intelligent desk lamp featuring RTC timekeeping, OLED display, automatic brightness control, alarm functionality, and integrated MP3 player. Perfect for creating a productive and ambient workspace environment.
LDR sensors automatically adjust brightness based on ambient light conditions.
OLED display shows time, alarms, and system status with intuitive user controls.
Built-in MP3 player with DFPlayer Mini for ambient sounds and alarm tones.
An Arduino-based autonomous maze-solving robot utilizing HC-SR04 ultrasonic sensors and advanced right-wall following algorithms. Optimized for speed and accuracy in competitive maze-solving scenarios with intelligent pathfinding capabilities.
Advanced right-wall following algorithm ensures consistent maze completion.
HC-SR04 sensors provide precise wall detection for accurate navigation decisions.
Speed and accuracy optimizations for competitive maze-solving performance.
