Smart Umbrella Prototype
A smart umbrella prototype combining engineering design, digital fabrication, and electronic systems.
Explore this workAlamat’s portfolio includes delivered projects, innovation prototypes, digital designs and training programs, with the work type identified on each page. Images and descriptions explain the challenge, approach and output. Explore the related capability when your need is similar; your own project’s scope and deliverables are assessed separately from the example shown.
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Solutions combining sensing, electronics, and IoT for real-world needs.
A smart umbrella prototype combining engineering design, digital fabrication, and electronic systems.
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An air purifier concept that monitors air quality in real time and automatically responds to pollutants.
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A sensing system designed to monitor environmental risks in forests.
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An ECG-analysis concept using machine learning at the edge.
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A crop-focused concept combining climate sensing with insect-pest management.
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A portable IoT air-quality sensor built around an ESP32 controller.
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A low-power weather display using e-paper and an ESP32 controller.
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An IoT desk assistant with status indicators and Pomodoro timers.
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A smart-lock concept with electronic authentication and control.
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A portable concept using ultrasound to support navigation for people with visual impairments.
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A wearable concept for monitoring heart rate at the wrist.
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A DIY arcade-stick gaming device developed as a variation of Arduboy FX.
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An integrated farming concept combining IoT and automatic control to distribute water and monitor the growing environment.
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An electronic circuit design using an Arduino controller, soil-moisture sensors, and a display for the smart-farm project.
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A relay control unit with rechargeable batteries for operating the smart-farm irrigation pumps.
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A device prototype integrating controllers, sensors and a power source within a custom enclosure.
AI-generated representative visual, not a photograph of the delivered work.
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A functional prototype combining engineering design, part fabrication and assembly.
AI-generated representative visual, not a photograph of the delivered work.
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An IoT system for collecting, monitoring and transmitting sensor data through connectivity modules.
AI-generated representative visual, not a photograph of the delivered work.
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A wearable product integrating electronics and sensors within a custom-designed form factor.
AI-generated representative visual, not a photograph of the delivered work.
Explore this workArms, mobile platforms, and robotics projects for learning, control, and motion.
A mobile robot that follows a drawn route using optical sensors.
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A delivery robot that records its delivery location using GPS and displays the operation status on a screen.
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A small four-wheel-drive vehicle controlled from a phone over Bluetooth.
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A mobile robot operated through a PlayStation controller and a custom interface.
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A research robot with four legs, wheels, and distance sensors, designed to explore movement across different terrain.
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A rover with metal tracks and a GPS receiver for outdoor movement and location tracking.
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A multi-jointed robotic arm that mirrors hand movement to pick up objects.
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An educational robot that draws a path as it moves to illustrate balance and motion.
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A six-wheel robot with independent suspension for autonomous-navigation experiments.
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A low-cost educational arm using Arduino and servo motors to explore movement, programming, and control.
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A multi-jointed arm operated through a graphical touchscreen interface with Arduino and servo motors.
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A programmable, 3D-printed desktop arm for repeated movement sequences.
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An arm concept that converts control-knob movement into servo angles to move its joints.
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An educational robotic arm programmed from a computer to perform defined movements.
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A two-legged robot concept that coordinates servo motors to explore human-like walking and balance.
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A small Arduino-based robot with programmed walking, jumping, and dance movements.
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A simplified two-legged robot model for studying balanced stepping.
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An educational robot that coordinates stepping and balance using servo motors.
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A compact robot using Arduino and servo motors to explore multiple walking patterns.
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A compact robotic arm using an ESP32 controller and stepper motors for motion control.
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A robotic arm that executes movement commands using servo motors and a XIAO ESP32S3 board.
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A robotic arm operated through a web interface over Wi-Fi.
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A NodeMCU robotic arm with phone-based control of its joints.
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A quadruped with 12 degrees of freedom and a web server for control from a phone browser.
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A chess system combining Raspberry Pi and a Lynxmotion arm to analyze the game and move pieces.
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A robotic automation concept combining myCobot, Raspberry Pi, and AI for robotic tasks.
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A computer-vision robot concept that identifies Jenga blocks, pulls them out, and rearranges them.
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A six-legged educational platform with a wooden frame for programming and control experiments.
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A six-legged robot concept with autonomous obstacle navigation, video streaming, and manual control.
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A large Raspberry Pi robotics platform for stable-motion and advanced robotics experiments.
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A robotic platform combining a mechanical chassis, electronics, sensors and motion-control software.
AI-generated representative visual, not a photograph of the delivered work.
Explore this workMedical, architectural, product, and identity pieces made through digital fabrication.
A full-size helmet model that turns a digital design into a physical form for review and development.
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A tangible dental model demonstrating how custom anatomy models can support teaching, training, and display.
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An anatomical cross-section showing the lungs, heart, and internal organs.
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A torso model showing the skeleton and internal organs layer by layer.
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A factory and grain-storage display model with silos, walkways, and interior lighting.
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A cutaway of a storage silo illustrating the storage arrangement and level sensor.
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A comprehensive industrial-site display model with buildings, silos, and transfer systems.
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A warehouse model with an architectural façade and lighting, presented as part of a display model.
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Building models with heritage-inspired architecture and detailed façades.
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A custom first-place award designed around the event identity.
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A batch of recognition awards produced with a consistent identity for a sponsoring organization.
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A batch of custom-logo keychains produced in multiple colors.
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Black celebration keychains featuring the Arabic phrase “كل خير”.
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Keychains featuring the “بصيرة” logo, packaged for delivery.
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Green keychains shaped like the map of Saudi Arabia with custom Arabic lettering.
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Blue-and-white keychains inspired by Saudi Arabia’s international dialing code.
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Celebration keychains featuring the number “15” in a blue-and-white wave design.
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Keychains carrying a scannable QR code that connects to a digital product or service.
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A batch of purple keychains with a geometric logo, individually packed for shipping.
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Digitally engraved “إنفنت ليرز” logo pieces produced in batches using a cutting and engraving machine.
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Circular keychains bearing the “قند العربية” logo, produced in a large batch.
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Custom parts and enclosures translating digital designs into printed models for review and assembly.
AI-generated representative visual, not a photograph of the delivered work.
Explore this workDigital product concepts and custom parts prepared before printing or manufacturing.
A three-dimensional product concept showing the proposed form and exterior details.
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A digital design concept showing the proposed form of a custom medical splint.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A three-dimensional product concept showing the proposed form and exterior details.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A three-dimensional product concept showing the proposed form and exterior details.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A three-dimensional product concept showing the proposed form and exterior details.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a humanoid robot and its component arrangement.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A digital concept for a custom identity piece, showing its shape and lettering or logo composition.
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A three-dimensional product concept showing the proposed form and exterior details.
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A three-dimensional product concept showing the proposed form and exterior details.
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A three-dimensional product concept showing the proposed form and exterior details.
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A three-dimensional product concept showing the proposed form and exterior details.
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A three-dimensional product concept showing the proposed form and exterior details.
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A three-dimensional product concept showing the proposed form and exterior details.
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A three-dimensional product concept showing the proposed form and exterior details.
Explore this workHands-on programs that turn technical learning into demonstrable projects.
Beginner-friendly, hands-on training in design and 3D printing, from an initial idea to a tangible model.
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Practical electronics and Arduino programming through hands-on projects using sensors and outputs.
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An intensive program combining design, 3D printing, electronics, and Arduino in one integrated project.
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