ALISTRON
“Engineering Ideas for a Smarter Tomorrow”
A project-oriented workshop designed to help students apply their electronics and robotics knowledge through practical implementation and real-world applications.
Workshop Objective: To provide students with practical exposure to emerging technologies and encourage them to develop industry-relevant skills through hands-on project-based learning.
Hands-on Learning
Active prototyping with microcontrollers, sensors, and actuators.
Team-Based Projects
Collaborative hardware assembly, wiring, and code debugging.
Industry-Relevant Skills
Real-world embedded systems, computer vision, and IoT data pipelines.
Guidance from Engineers
Mentorship by practicing electronics and robotics engineers.
Real-Time Workshop Hardware Simulator
Test computer vision bounding boxes, 180° ultrasonic radar sweeps, vibration FFT spectra, and smart power telemetry.
Hands-On Workshop Hardware Simulator
Experience the real-world sensors, edge ML algorithms, and robotic actuators taught in Alistron school and college workshops.
180-degree radial sweeping radar visualizing obstacle distance on a live canvas.
- Real components wired on breadboards (no simulations only).
- Live debugging of signal waveforms, ground loops, and code logic.
- Certificate of Participation awarded upon project completion.
5 Hands-On Workshop Project Tracks
A combination of electronics, robotics, IoT, and AI projects using affordable and widely available hardware.
Smart Vision and Object Detection System
Image processing and basic computer vision using ESP32-CAM to detect and identify objects.
Ultrasonic Radar and Live Mapping
Distance sensing, servo control and real-time visualisation of detected obstacles on a laptop.
AI-Based Vibration and Fault Detection
Sensor data acquisition and Python-based analysis to detect abnormal behaviour in a running motor.
Smart Energy Monitoring and Anomaly Alerts
Measurement of voltage, current and power with real-time monitoring and threshold-based alerts.
Wireless Robot with Intelligent Obstacle Avoidance
A wireless-controlled robot with automatic obstacle detection and avoidance.
Learning Outcomes
- Practical implementation of core concepts
- Exposure to emerging technologies and tools
- Teamwork and problem-solving
- Industry-relevant skills and project experience
- Certificate of Participation (upon completion)
Alistron Focus Areas
Bridging theoretical knowledge and real-world engineering across five key disciplines.
Robotics & Automation
Mechanical kinematics, motor drivers, chassis balance, and autonomous navigation.
Embedded Systems & IoT
Microcontrollers (ESP32/Arduino), sensor buses, and telemetry networks.
Artificial Intelligence
Edge computer vision (ESP32-CAM) and Python machine learning anomaly detection.
Bionics & Assistive Tech
Prosthetic mechanisms, tactile sensing, and adaptive assistive hardware.
STEM Education & Innovation
Structured school and college workshops fostering practical engineering intuition.
Workshop Delivery Formats
Customizable schedules designed to fit school timetables, college tech festivals, and innovation labs.
Introductory Demo
Fast-paced live technology demonstration, hardware component exploration, and one guided interactive hands-on activity.
- Understand core robotics building blocks
- Wire a basic sensor circuit
- Demystify microcontroller programming
Half-Day Workshop
Deep dive into circuit fundamentals, breadboard wiring, embedded logic, and building an autonomous functioning mini-project.
- Build an obstacle-avoiding or light-following robot
- Write custom conditional logic in C++
- Learn iterative debugging skills
Full-Day Workshop
Comprehensive day of hardware engineering: chassis assembly, complex sensor integration, multi-stage coding, and an open design tournament.
- Construct a competition-ready robotics prototype
- Master sensor calibration under varied lighting
- Earn Certificate of Completion
Multi-Session Program
Progressive, modular semester program establishing a permanent school innovation lab with capstone design challenges.
- Comprehensive STEM literacy
- Complete portfolio of 4+ working hardware prototypes
- Long-term school lab capability
Let's Build Something Meaningful Together.
Share your student grade level, approximate headcount, preferred dates, and learning goals. Our engineering team handles all hardware kits, breadboards, and guided instruction.