Motion Control and Electric Drives Selection

Name: Motion Control and Electric Drives Selection
Rating: 4.1 (5 reviews)

Master Motion Control & Servo Drives: Design, Selection, and Integration

Created byInnerAutomation Company

Last updated 4/2026

English

English [Auto],

What you'll learn

Understand Motion Control Basics – Learn fundamental concepts of motion control systems, including key components, applications, and system architectures.
Select and Size Servo Drives –Gain the ability to choose the right servo drive based on power, torque, speed, and precision requirements for various application
Design Motion Control Systems – Develop skills in motion profiling, trajectory planning, and integrating servo drives with controllers for efficient motion cont
Optimize and Troubleshoot Systems –Learn to tune servo drives, diagnose performance issues, and implement maintenance strategies for long-term system reliabili

Course content

1 section • 10 lectures • 1h 35m total length

Introduction to Motion Control and Servo Drives5:38
Explore motion control systems and servo drives that manage position, velocity, and acceleration with motors. Learn why they enable precise automation across industries and how to design them.
Fundamentals of Servo Drives9:36
Understand the fundamentals of servo drives, their role between the controller and servo motor, and how real-time feedback enables precise speed, torque, position, and system selection.
Understanding the Basics of Motion Systems8:24
Identify the system goal and translate it into measurable specifications—travel, speed, acceleration, and accuracy—to guide motor sizing, drive choice, and control approach.
Selection Criteria for Servo Drives11:30
Select the right servo drive by balancing power, voltage, current, speed, resolution, and communication protocols to ensure efficient, reliable motion control and seamless integration.
Designing Motion Control Systems16:53
Design robust motion control by shaping profiles and trajectory planning for smooth movement. Explore control modes and feedback devices, including encoders and resolvers, for precise closed-loop performance.
Integration of Servo Drives in Motion Systems6:50
Master integration of servo drives in motion systems by matching drive and motor electrical, feedback, torque, and speed needs, and implementing robust cabling, grounding, and PLC interfaces.
System Testing and Optimization10:35
Tune servo drives for optimal performance using PID gains and stepwise testing; troubleshoot common issues, document tuning parameters, and plan preventive maintenance for long-term reliability.
Advanced Topics in Motion Control12:25
Explore multi-axis coordination, real-time communication, safety and compliance, and emerging technologies like artificial intelligence, digital twins, and collaborative robotics to design faster, safer, and more reliable motion control systems.
Case Studies and Real-World Applications6:53
Explore real-world motion control across robotics, manufacturing, and medical devices, highlighting servo drives, multi-axis coordination, and real-time feedback from encoders and sensors, automating high-precision industrial applications.
Conclusion and Future Trends7:10
Recap motion control systems and servo drive fundamentals, outline system requirements and selection criteria, and preview future trends such as AI, IoT, industry 4.0, energy efficiency, and safety.

Requirements

Basic Knowledge of Electronics – A fundamental understanding of electrical circuits, voltage, current, and power will be helpful but not mandatory. Familiarity with Mechanical Systems – Some exposure to mechanical components like motors, gears, and actuators can enhance learning but is not required. Interest in Automation & Motion Control – A passion for motion control, robotics, or industrial automation will help you stay engaged and maximize learning. No Special Tools or Software Needed – The course is designed for beginners and professionals alike; all concepts will be explained in an easy-to-understand manner.

Description

Motion control is a key technology in modern automation, robotics, CNC machines, and industrial manufacturing. Whether you're an engineer, technician, or automation enthusiast, understanding how to select and implement servo drives is essential for building efficient and precise motion systems. This course provides a step-by-step guide to motion control fundamentals, servo motor selection, system design, and troubleshooting.

The course begins with an introduction to motion control systems, covering key components such as servo drives, motors, controllers, and feedback devices. You’ll explore different types of motion—linear and rotational—and learn how to define system requirements based on load, torque, speed, and precision needs.

Next, we dive into servo drive selection, where you will learn how to choose the right drive based on power ratings, communication protocols, and control modes (position, velocity, and torque). We will also discuss motion profiles, trajectory planning, and system integration techniques to ensure smooth operation.

The course also covers real-world applications of motion control in robotics, manufacturing, and medical devices, along with troubleshooting and optimization strategies. By the end of this course, you will have the knowledge and confidence to design, implement, and optimize servo-based motion control systems for various industries.

No prior experience is required—just a passion for automation and learning!

Who this course is for:

No prior experience with servo drives is required—just a willingness to learn!