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Fundamentals of Robotics for Engineers

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Why Choose Us

The Fundamentals of Robotics for Engineers training course provides engineers with the core knowledge needed to understand and work with robotic systems. Robotics draws together mechanical engineering, electrical systems, computer science and artificial intelligence. The course therefore takes an integrated approach to the essential concepts underpinning how robotic systems function. It is suitable both for those entering the field and for engineers seeking to reinforce their existing knowledge.

Participants examine robotic systems from their mechanical structures and sensors through to the software and control systems that operate them. They also learn how these components are integrated within real-world applications. Hands-on activities and practical case studies enable participants to apply theoretical knowledge in ways that reflect current industry requirements. This expertise supports understanding and innovation as robotics continues to transform manufacturing, healthcare and logistics.

This Fundamentals of Robotics for Engineers training course will highlight:

  • Understanding the core concepts that underpin robotic systems
  • Examining robotic mechanical structures and sensors
  • Exploring the software that drives robotic systems
  • Understanding robotic control systems and their operation
  • Integrating robotic components into real-world applications
  • Applying theoretical knowledge through practical activities and case studies
Why Choose Fundamentals of Robotics for Engineers
Course Goals

What are the Goals?

After completing the Fundamentals of Robotics for Engineers Training Course, participants will be able to:

  • Build a strong foundation in the fundamentals of robotics.
  • Become proficient in the principles governing robot kinematics, dynamics, and mechanics.
  • Comprehend and operate essential robotic components, including controllers, actuators, and sensors.
  • Acquire programming skills specifically suited to robotic systems and tasks.
  • Examine practical robotics applications across various industries, including manufacturing, healthcare, and energy.

Who is this Training Course for?

This Fundamentals of Robotics for Engineers training course is designed for:

  • Robotics Engineers
  • Automation Engineers
  • Control Systems Engineers
  • Mechatronics Engineers
  • Mechanical Engineers
  • Electrical Engineers
  • Electronics Engineers
  • Industrial Engineers
  • Manufacturing Engineers
  • Systems Integration Engineers
Learning Approach

How will this Training Course be Presented?

The Fundamentals of Robotics for Engineers Training Course is structured to provide a thorough learning experience. You will benefit from:

  • Lectures delivered by experts, addressing both theoretical and practical elements of robotics.
  • Participatory group discussions that encourage collaboration and the exchange of knowledge.
  • Practical workshops in which you will apply concepts directly to real-world situations.

Through the combination of theoretical teaching and practical application, this course ensures that you understand the components of robotic systems and can integrate and manipulate them effectively. Whether you are developing your technical skillset or moving into a new role, the course provides the tools required to succeed in the exciting field of robotics.

The Course Content

Introduction to Robotics

  • History and evolution of robotics
  • Key components of robotic systems: actuators, sensors, and controllers
  • Classification of robots by type, application, and configuration
  • Overview of robotics applications across industries

Mechanics and Dynamics of Robots

  • Kinematics: forward and inverse kinematics
  • Dynamics of robotic arms and manipulators
  • Introduction to motion planning and trajectory generation
  • Practical exercises in robotic motion analysis

Sensors and Actuators

  • Types and functions of sensors: proximity, vision, and force sensors
  • Actuation systems: electric motors, hydraulic systems, and pneumatic systems
  • Integration of sensors and actuators into robotic systems
  • Hands-on exercise: using sensors and actuators in a robotic system

Control Systems and Programming Basics

  • Introduction to control systems in robotics: open-loop vs. closed-loop control
  • Basics of programming for robotics (Python, C++)
  • Overview of Robot Operating System (ROS)
  • Hands-on programming session: controlling a robotic arm

Practical Applications and Future Trends

  • Case studies of robotic applications in automation, healthcare, and manufacturing
  • Hands-on project: assembling and programming a simple robotic system
  • Discussion of future trends: AI integration, IoT, and autonomous robotics
  • Closing remarks and certification ceremony
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Coventry

Frequently Asked Questions

This course provides a fundamental introduction to robotics for engineers. Its focus is on foundational robotics concepts rather than an advanced or specialist topic. The available course information does not specify the individual subjects covered.
The course covers robotics at a fundamentals level. It is positioned as an introduction to the field rather than advanced robotics training. The available information does not define the expected depth of study.
No prerequisite robotics experience is stated in the available course information. The word “Fundamentals” suggests an introductory focus, but it does not confirm formal entry requirements. Prospective participants should refer to the complete course details for any prerequisites.
The provided course information does not state whether practical exercises or hands-on robotics work are included. It only identifies the subject as robotics fundamentals for engineers. No assumptions can be made about laboratory activities, simulations, or equipment use.
The course is intended for engineers who want to study the fundamentals of robotics. The title does not identify a particular engineering discipline or professional role. Specific experience requirements are not provided.
You will learn fundamental concepts related to robotics in an engineering context. A detailed list of learning objectives is not included in the provided course information. Specific technical topics should therefore not be assumed from the title alone.
No specific engineering discipline is identified in the course title. The course is described broadly as robotics fundamentals for engineers. The available information does not limit it to mechanical, electrical, software, or another branch of engineering.
Engineers can expect to build a foundational understanding of robotics. The course title supports a broad introductory focus, but it does not specify particular technical or practical skills. Detailed skill outcomes are not provided in the available material.

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