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Robotics

IoT & Robotics

₹8,999.00

  • 6-Week Intensive Curriculum
  • Accredited by Wipro
  • Internship Opportunities with 100+ partner companies
  • One-on-One Mentorship with industry leaders
  • Letter of Recommendation 
  • Guaranteed Internship Placement
  • Detailed Project Reports for your capstone projects
Category:

Master IoT & Robotics to Build Smart and Automated Systems

(6-Week Intensive)

Course Duration: 6 Weeks

Mentorship: Industry experts from top tech companies will guide you throughout the course.

Mode of Learning: Online, Self-paced + Weekly Live Sessions

Week 1: Introduction to IoT & Embedded Systems

  • Introduction to IoT: Overview of IoT concepts, applications, architecture, and key components (sensors, actuators, microcontrollers, communication protocols).
  • Embedded Systems Fundamentals: Introduction to embedded systems, microcontrollers (Arduino), basic electronics, and programming for embedded devices.
  • Setting up the Development Environment: Setting up the Arduino IDE and working with basic electronic components (LEDs, resistors, breadboards).
  • Project 1: Basic Embedded System: Build a simple circuit and program it to control an output based on a sensor input.

Outcome: Foundational knowledge of IoT and embedded systems, ability to work with basic electronic components and program microcontrollers.

Week 2: Sensors & Actuators

  • Working with Sensors: Exploring different types of sensors (temperature, light, distance, gas) and interfacing them with microcontrollers.
  • Actuators: Introduction to actuators (motors, relays, servos) and controlling them using microcontrollers.
  • Data Acquisition and Processing: Techniques for acquiring data from sensors and processing it for control or monitoring purposes.
  • Project 2: Sensor-Based System: Build a system that uses sensors to collect data and control actuators based on the sensor readings.

Outcome: Proficiency in working with various sensors and actuators, ability to design and implement sensor-based systems.

Week 3: Communication Protocols & Networking

  • Communication Protocols: Introduction to different communication protocols used in IoT (Wi-Fi, Bluetooth, MQTT).
  • Networking Fundamentals: Basic networking concepts, IP addressing, and setting up a local network.
  • Connecting Devices to the Internet: Connecting microcontrollers to the internet and sending/receiving data.
  • Project 3: IoT Device Communication: Build a system where multiple IoT devices communicate with each other and/or a central server.

Outcome: Understanding of communication protocols and networking concepts, ability to connect IoT devices to the internet.

Week 4: Introduction to Robotics & Control Systems

  • Introduction to Robotics: Overview of robotics concepts, types of robots, and robot components.
  • Control Systems: Basic control system concepts, feedback loops, and PID control (brief introduction).
  • Robot Kinematics and Dynamics (Basic): Introduction to robot motion and movement.
  • Project 4: Basic Robot Control: Build a simple robot and program it to perform basic movements.

Outcome: Foundational knowledge of robotics and control systems, ability to control basic robot movements.

Week 5: Integrating IoT & Robotics

  • Integrating IoT and Robotics: Combining IoT technologies with robotics to build smart and automated systems.
  • Remote Control and Monitoring: Controlling robots remotely using IoT and monitoring sensor data.
  • Autonomous Navigation (Basic): Introduction to basic robot navigation concepts.
  • Project 5: Smart and Automated System: Build a system that integrates IoT and robotics to achieve a specific task (e.g., remote controlled robot with sensor feedback).

Outcome: Ability to design and implement systems that integrate IoT and robotics.

Week 6: Final Project & Career Prep

  • Project 6: Final IoT & Robotics Project: Develop a complete IoT and robotics project, incorporating the skills learned throughout the course. Students can choose a project based on their interests.
  • Career Preparation:
    • Portfolio Building: Refine and complete your portfolio with a professional presentation of your projects.
    • Interview Prep & Resume Tips: Learn how to showcase your skills, work on technical interview questions, and perfect your resume.
    • Industry Insights: Get advice on the latest industry trends, frameworks, and technologies.

Outcome: By the end of the course, you’ll have a strong portfolio and the confidence to apply for jobs in IoT and robotics.

Major Projects:

  • Basic Embedded System (Week 1): Core Skills: Microcontroller programming, basic electronics.
  • Sensor-Based System (Week 2): Core Skills: Sensor interfacing, actuator control.
  • IoT Device Communication (Week 3): Core Skills: Communication protocols, networking.
  • Basic Robot Control (Week 4): Core Skills: Robotics fundamentals, control systems.
  • Smart and Automated System (Week 5): Core Skills: Integrating IoT and robotics.
  • Final IoT & Robotics Project (Week 6): Core Skills: Full IoT and robotics lifecycle, project planning, and execution.

Mentorship at Eduveda Academy:

  • Industry Mentor Assignment: You’ll be paired with a mentor from a top tech company who will provide personalized guidance on projects, career advice, and best practices.
  • 1-on-1 sessions: For project reviews and troubleshooting.
  • Live Q&A Sessions: Weekly with mentors and instructors.

Final Notes:

  • Weekly Live Sessions: These will cover key topics, provide updates, and allow you to ask questions.
  • Peer Networking: Join the academy Slack group for collaboration and feedback.

This 6-week course is intense but designed to give you all the key skills to jumpstart your career in IoT and Robotics. You’ll leave with solid project experience, a polished portfolio, and the confidence to apply for jobs in the field.

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