Coding, Programming and Robotic Course

Coding, Programming and Robotic Course

Course Image

Certificate Yes

Cost €80/day

Language English

Duration 5 Day course

Cities: Antalya

The "Coding, Programming, and Robotics Course" is designed to equip participants with essential skills and knowledge in coding, programming languages, and robotics. Participants will explore fundamental concepts, engage in hands-on activities, and develop proficiency in creating and controlling robotic systems through programming

Description

This course targets educators, students, and technology enthusiasts interested in learning about coding, programming, and robotics. Participants will delve into the basics of coding languages, algorithms, and the principles of robotics. Through practical exercises and project-based learning, they will gain insights into designing, programming, and operating robots to perform various tasks.

Learning Objectives

  • Understand the fundamentals of coding, programming, and robotics.
  • Learn programming languages commonly used in robotics, such as Python, Java, or C++.
  • Explore robotics components, sensors, and actuators.
  • Develop skills in designing and building robotic systems.
  • Apply programming concepts to control and automate robots.
  • Collaborate on team projects to solve real-world challenges using robotics.

Methodology and Implementation

● Lectures and Demonstrations: Introduce coding languages, programming concepts, and robotics principles.

● Hands-on Labs: Engage in practical exercises to write code and program robots.

● Project-Based Learning: Collaborate on projects to design, build, and program robots.

● Guest Speakers: Invite experts to share insights on advanced robotics applications.

● Field Trips (optional): Visit robotics labs or technology companies to see real-world applications.

Assessment Implementation

● Programming Assignments: Complete coding exercises and programming challenges.

● Robotics Projects: Design, build, and program robots to perform specific tasks.

● Peer Evaluation: Provide and receive feedback on project outcomes and presentations.

● Final Exam or Project: Demonstrate mastery of coding, programming, and robotics concepts.

Daily Programme

Day 1: Introduction to Coding and Programming Basics

Morning Session:

  • Welcome and Course Overview
  • Introduction to Coding Languages: Python, Java, or C++

Afternoon Session:

  • Hands-on Lab: Writing Your First Program
  • Understanding Algorithms and Logical Thinking

Day 2: Exploring Robotics Components

Morning Session:

  • Introduction to Robotics: History and Applications
  • Robotics Components: Sensors and Actuators

Afternoon Session:

  • Lab Session: Exploring Sensors and Actuators
  • Programming Exercise: Controlling Robot Movements

Day 3: Programming Robotics Systems

Morning Session:

  • Programming Languages for Robotics: Syntax and Structure
  • Lab Session: Programming Robot Behaviors

Afternoon Session:

  • Project Planning: Designing a Robotic Task
  • Group Work: Programming Challenge

Day 4: Building and Testing Robots

Morning Session:

  • Robot Design Principles: Mechanics and Structure
  • Lab Session: Building a Simple Robot Prototype

Afternoon Session:

  • Testing and Debugging: Troubleshooting Robot Performance
  • Project Work: Integrating Sensors and Programming

Day 5: Robotics Applications and Future Trends

Morning Session:

  • Advanced Robotics Applications: AI and Machine Learning in Robotics
  • Guest Speaker Session: Industry Insights and Career Paths

Afternoon Session:

  • Project Presentations: Demonstrating Robot Capabilities
  • Closing Remarks, Certificate Distribution, and Course Evaluation