Open Now

Intro to robotics

Unlock the Future: Dive into Robotics with Us! 🤖 Join our immersive offline workshop from May 1-5 at College of Engineering Thalassery in collaboration with Eightplanes Solutions Pvt. Ltd. No prior experience needed, just your enthusiasm! Get hands-on with robotics kits provided onsite and explore the wonders of technology firsthand. Exclusive 50% off for college collaboration - don't miss out on this incredible opportunity! Open to all students aged 16-20. Plus, receive certificates upon completion and stand a chance to snag exclusive discounts for upcoming 3D printing workshops. Secure your spot now and be part of the innovation revolution! 

Know more

Day: Single Day Workshop

Group Size: 5 students per group, Total 5 groups per workshop

In this action-packed single-day workshop, participants will dive headfirst into the exciting realm of sensors, servo motors, and Arduino technology. 

Through a series of engaging hands-on activities and interactive sessions, you'll discover the thrill of bringing robots to life while mastering the fundamentals of sensor data identification and servo motor control. 

With individual kits at your disposal and dedicated trainer assistance for each group, you'll not only learn with ease but also have a blast while doing so. Get ready to unleash your creativity, problem-solving skills, and imagination as you collaborate with your team to design, build, and program your very own robotic projects.

Join us for a day filled with laughter, learning, and unforgettable experiences as we embark on this exciting robotics adventure together!

Morning Session: Introduction and Sensor Data Identification

1. Welcome and Introduction

   - Overview of the workshop objectives and schedule.

   - Introduction to robotics, sensor data identification, and servo motor control.

2. Introduction to Arduino and Sensors

   - Brief overview of Arduino platform and its applications in robotics.

   - Introduction to sensors: Ultrasonic sensor, IR sensor, and LDR.

   - Explanation of the working principles of each sensor.

3. Hands-on Session: Sensor Data Identification

   - Participants will form groups and receive individual kits.

   - Each group will set up circuits with each sensor and Arduino board.

   - Wiring and interfacing sensors with Arduino.

   - Writing and uploading code to read and interpret sensor data.

   - Trainer assistance provided to each group for guidance and troubleshooting.

Lunch Break

Afternoon Session: Servo Motor Control and Project Implementation

4. Introduction to Servo Motors

   - Overview of servo motors, their types, and applications.

   - Explanation of PWM (Pulse Width Modulation) for servo motor control.

5. Hands-on Session: Servo Motor Control

   - Each group will set up servo motors individually with their Arduino boards.

   - Wiring and configuring servo motors.

   - Writing code to control servo motor movements individually.

   - Trainer assistance provided for each group.

6. Integration of Sensor Data with Servo Motor Control

   - Groups will integrate sensor data (from morning session) with servo motor control.

   - Mapping sensor readings to servo motor movements.

   - Implementing basic interactive systems.

7. Project Implementation

   - Brainstorming session within groups: Ideation for final project.

   - Each group will design and build their project using the provided kits.

   - Writing code for the final project.

   - Implementation of the project with assistance from trainers.

8. Project Presentation and Conclusion

   - Each group will present their final project to the entire workshop.

   - Demonstration of project functionality.

   - Q&A session and feedback from trainers.

   - Conclusion, certificate distribution, and closing remarks.

Throughout the workshop, participants will have access to individual kits, allowing hands-on learning experiences. Trainer assistance will be available to each group, ensuring that participants receive personalized guidance and support. By the end of the workshop, participants will have gained practical experience in sensor data identification, servo motor control, and project implementation using Arduino, setting a solid foundation for further exploration in robotics.

Fusion 360 3D design training

3D Designing

Embark on an exhilarating journey into the world of 3D design with Fusion 360! This workshop is tailored for engineering and polytechnic students seeking to master the art of computer-aided design (CAD) from the comfort of their own homes. With daily one-hour sessions spread across a month, you'll delve into the depths of Fusion 360, a versatile tool that unlocks boundless creativity in design and innovation. No prior experience is needed, just a laptop with capable specs and a reliable internet connection. This learning assistance program, supported by the College of Engineering Thalassery and the Mechanical Department, offers a structured approach to learning, complete with engaging assignments, personalized guidance, and a final project session. Get ready to unleash your imagination and sculpt your ideas into stunning 3D models with Fusion 360!

Know more


Welcome to the 3D Designing Workshop with Fusion 360! This program is designed to empower engineering and polytechnic students with the skills and knowledge needed to excel in the field of computer-aided design (CAD). Over the next month, we will embark on an exciting journey of learning and discovery, exploring the capabilities of Fusion 360, a leading software in the realm of 3D design. With daily one-hour sessions, personalized guidance, and practical exercises, you'll gain the expertise to bring your creative visions to life in the digital world. Supported by the esteemed College of Engineering Thalassery and the Mechanical Department, this workshop promises to be a rewarding experience, equipping you with valuable skills for your future endeavors.


Week 1: Introduction to Fusion 360

- Session 1: Overview of Fusion 360 Interface

  - Introduction to Fusion 360 workspace and tools.

  - Navigation controls and customization options.

- Session 2: Basic Sketching Techniques

  - Learning essential sketching tools: lines, circles, arcs, etc.

  - Understanding sketch constraints for precise designs.

Week 2: Solid Modeling

- Session 3: Creating Solid Bodies

  - Extruding and revolving sketches to form solid shapes.

  - Using modifiers to modify and edit solid bodies.

- Session 4: Advanced Solid Modeling Techniques

  - Exploring additional solid modeling tools: sweep, loft, and shell.

  - Techniques for creating complex shapes and features.

Week 3: Assembly Design

- Session 5: Introduction to Assembly Design

  - Understanding assemblies, components, and joints.

  - Creating assembly relationships and constraints.

- Session 6: Motion Studies and Animations

  - Exploring motion studies to simulate component movements.

  - Creating animations to visualize assembly operations.

Week 4: Parametric Modeling and Advanced Techniques

- Session 7: Parametric Modeling Concepts

  - Introduction to parametric modeling and design intent.

  - Using parameters and equations for design automation.

- Session 8: Advanced Modeling Techniques

  - Sculpting and organic modeling for intricate designs.

  - Surface modeling techniques for complex shapes and structures.

Week 5: Project Session and Assessment

- Session 9: Project Session with Assistance (5 hours)

  - Participants will work on a hands-on project under the guidance of instructors.

  - Applying skills learned throughout the workshop to design and create a specific object or prototype.

- Session 10: Assignments and Test (3 hours)

  - Simple assignments will be provided after each module to reinforce learning.

  - A comprehensive test at the end of the workshop to assess understanding and mastery of Fusion 360 concepts.

Throughout the workshop, participants will have access to individualized assistance, ensuring that they receive personalized guidance and support. By the end of the program, participants will have gained practical experience in 3D designing using Fusion 360, setting a strong foundation for future endeavors in CAD and design.