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Robotics Engineering

Robotic Engineering focuses on designing, building, and programming robots for automation, AI, and industrial applications, integrating mechanics, electronics, ...

TTA Admin

English

Certificate Course

1 Students

00h 00m

Course Overview

This 3-month professional robotics engineering course provides hands-on training in building, programming, and controlling robots. Students will learn fundamental robotics concepts, work with microcontrollers like Arduino, ESP32, and Micro:bit, and develop skills in circuit design, motor control, and sensor integration. Through virtual simulations and real-world projects, participants will explore autonomous navigation, wireless communication, and advanced robotics features, preparing them for careers in robotics, automation, and IoT. No prior programming experience is required!

FAQ

Robotics engineering is a field that combines mechanical engineering, electrical engineering, and computer science to design, build, and program robots. It involves working with hardware components (sensors, motors, microcontrollers) and software to create autonomous or semi-autonomous machines that can perform specific tasks.

Robotics engineers and students commonly use: Development Boards: Arduino, ESP32, Micro:bit Simulation Platforms: VEXcode, TinkerCAD, Wokwi Programming Environments: Arduino IDE, Python, Visual Studio Code Hardware Components: Sensors, motors, motor drivers, battery packs, and robot chassis Version Control: Git, GitHub for collaborative coding and version tracking

The time required depends on prior experience and learning commitment: Beginner Level: 3-6 months to grasp basic electronics, circuits, and simple robot programming. Intermediate Level: 6-12 months to develop projects using microcontrollers, sensors, and communication protocols. Advanced Level: 1+ years to master autonomous robot development, AI integration, and advanced navigation systems. This course provides a structured 3-month program covering foundational to advanced topics.

Yes! Robotics is a rapidly growing field with applications in automation, healthcare, manufacturing, AI, space exploration, and autonomous vehicles. As industries increasingly rely on robotics and artificial intelligence, robotics engineers will be in high demand across various sectors.

No, prior coding experience is not required, but it can be beneficial. This course introduces basic programming concepts and provides hands-on training in Arduino programming, Python, and microcontroller coding, making it beginner-friendly.

Course curriculum

Requirment

Interest in robotics, automation, and technology
Willingness to learn basic programming (no prior experience required)
Access to a laptop or computer for coding and simulations
Familiarity with basic electronics concepts is beneficial but not required

Outcomes

Understand the fundamental concepts of robotics, including robot anatomy, sensors, and actuators
Gain hands-on experience in building simple circuits and integrating components like resistors, LEDs, and switches
Develop proficiency in programming microcontrollers such as Arduino, ESP32, and Micro:bit for robot control
Learn to simulate and test robotic systems using virtual platforms like TinkerCAD, Wokwi, and VEXcode
Master motor control techniques, including working with DC motors, servo motors, and motor drivers
Implement basic and advanced robot movement patterns, including obstacle avoidance and line following
Explore wireless communication in robotics using Bluetooth, WiFi, and remote control implementations
Apply data analysis and debugging techniques to optimize robotic performance and troubleshoot issues
Design and develop robotics projects, from initial planning and prototyping to final implementation
Demonstrate competency in real-world robotics applications through project-based learning and hands-on experimentation

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1 Student
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Students
1
language
English
Duration
00h 00m
Level
intermediate
Expiry period
Lifetime
Certificate
Yes