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Master's Certification Program in Motion Control 

  • Offered bySkill Lync

Master's Certification Program in Motion Control
 at 
Skill Lync 
Overview

Learn everything you need to know about motion control and give a boost to your professional career

Duration

12 months

Total fee

1.75 Lakh

Mode of learning

Online

Credential

Certificate

Master's Certification Program in Motion Control
 at 
Skill Lync 
Highlights

  • Earn a certificate of completion from skill-lync
  • Learn industry-relevant skills from technical experts
  • Get a paid internship after completing the course
  • Work on projects, publish to your profile and get hired in top companies
  • Interaction with Industry Experts through webinars and weekend workshops
Read more
Details Icon

Master's Certification Program in Motion Control
 at 
Skill Lync 
Course details

What are the course deliverables?
  • Autonomous Vehicle Controls using MATLAB and Simulink
  • Automotive Systems and Controls
  • Model Predictive Controls
  • Robust Controls
  • Optimal Controls
  • Deep Reinforcement Learning and Control
More about this course
  • This program equips the student with everything they need to know about motion control for autonomous vehicles
  • Motion Control system includes components like a motion controller, an energy amplifier, prime movers/actuators which can be of an open-loop system or closed-loop system
  • In an open-loop system, the controller sends the commands through an amplifier to prime movers/actuators but won?t know if it has actually achieved the desired motion
  • This program will provide complete knowledge on Motion control along with ADAS i.e Advanced Driver Assistance Systems
  • Course Fees for Premium version INR 25000 per month
  • Basic and Pro courses are also available
  • Course fees for Basic and Pro version INR 15000 per month & INR 20000 per month
Read more

Master's Certification Program in Motion Control
 at 
Skill Lync 
Curriculum

Autonomous vehicle controls using MATLAB and Simulink

Course Overview and Classical control

Longitudinal Controller design

Adaptive cruise control model

Advanced ACC ? modifying the ACC feature to next level

Lateral control for vehicle. ? Geometric method

Lateral controller model for Vehicles- dynamic modeling

Lane Centering Assist

Complete Level 2 feature model - Autopilot

LCA modification: Assisted lance biasing and Assisted lane change

Combined Controller ? 5 DOF

Advanced topics in controls for autonomous driving- part 1

Advanced topics in controls for autonomous driving - part 2

Automotive Systems and Controls

Introduction to Modelling techniques ? Part I

Modelling techniques ? Part II

System analysis ? Part I

System analysis ? Part II

System analysis ? Part III

System analysis ? Part IV

Design techniques ? Part I

Design techniques ? Part II

Design techniques ? Part III

Design techniques ? Part IV

Design techniques ? Part V

Digital control systems

Model Predictive Controls

Linear Algebra Optimization Refresher

Controls Analysis

Motion Models and Kinematics

Linear Quadratic Regulator

N step Horizon and Receding Horizon

Model Predictive Control

Constraint based MPC

Multi-Stage MPC

Types of MPC and Formulating Cost functions ? A case study

Robust MPC

Obstacle avoidance and CARLA refresher

Carla for goal reaching without constraints

Robust Control using MATLAB/Simulink

Introduction and Preliminaries

Robust control Fundamentals ? Part 1

Robust control Fundamentals ? Part 2

Robust control Fundamentals ? Part 3

Hands-on demonstration

Hands-on - 2

Advanced Robust control Theory ? Part 1

Advanced Robust control Theory ? Part 2

Hands-on - 3

Hands-on - 4

Hands-on - 5

Hands-on - 6

Optimal Controls

Introduction to optimal controls

Optimal controls for dynamic systems (Part 1)

Optimal controls for dynamic systems (Part 2)

Optimal feedback control

Dynamic programming

Linear Quadratic Regulator (LQR) problems (Part 1)

Linear Quadratic Regulator (LQR) problems (Part 2)

Introduction to stochastic processes

Optimal filtering theory (Part 1)

Optimal filtering theory (Part 2)

Linear Quadratic Gaussian (LQG)

Tracking/disturbance rejection/Model Predictive Control (MPC)

Master's Certification Program in Motion Control
 at 
Skill Lync 
Entry Requirements

Eligibility criteriaUp Arrow Icon

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Master's Certification Program in Motion Control
 at 
Skill Lync 

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