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MATLAB Simulink for System Design

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Learn MATLAB Simulink for system design, modeling, simulation, control systems, and real-world engineering applications through practical projects.

1 Modules
with Certifications
0:43 Hours
of Recorded Content
5.0 Ratings
by 1256 Learners
English
Language
Paid Course
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1256 enrolled in this course

MATLAB Simulink for System Design

MATLAB Simulink is one of the most widely used platforms for model-based design, simulation, and system-level engineering across electrical, embedded, and control applications. This explorer-level course introduces learners to Simulink fundamentals while providing practical experience in control systems, Arduino integration, power electronics converter design, grid-connected systems, and hardware implementation. Through simulation-driven learning and real-world engineering exercises, participants gain the skills required to design, validate, and prototype modern electrical and embedded systems efficiently.
MASTERING THE DATA SCIENCE LIFECYCLE

Comprehensive Syllabus Outline

A comprehensive curriculum designed to take you from beginner to professional.

M1

Module 2 - Power Electronics Converter Modeling using Simulink

Inverter Design and Simulation using MATLAB Simulink

Capstone Project

Arduino-Based Induction Motor Speed Control System

Develop a complete hardware-assisted speed control solution by integrating Arduino with MATLAB Simulink for induction motor applications.

Verified Simulink Model for Induction Motor Speed Control
PROJECT

Verified Simulink Model for Induction Motor Speed Control

Access hands-on simulation modules to master production level engineering challenges.

Embedded C Code Deployment Package via Simulink Coder
PROJECT

Embedded C Code Deployment Package via Simulink Coder

Access hands-on simulation modules to master production level engineering challenges.

Hardware Wiring Schematic for Arduino-Motor Interface
PROJECT

Hardware Wiring Schematic for Arduino-Motor Interface

Access hands-on simulation modules to master production level engineering challenges.

Simulation vs. Hardware Performance Validation Report
PROJECT

Simulation vs. Hardware Performance Validation Report

Access hands-on simulation modules to master production level engineering challenges.

CORE TOOLING MASTERY

Tech Stack

Master the primary professional software development packages and workflow tools.

MATLAB
Simulink
Simscape Electrical
Arduino Support Package
Control System Toolbox
Power Electronics Design Suite
Career Impact

After this Course, You will be Able to

Observe the real-world utility outcomes you gain after program completion.

Architect complex engineering simulations using the Model-Based Design workflow.
Design and analyze high-efficiency electrical control systems for industrial automation.
Model and validate AC-DC, DC-DC, and multi-level inverter power converters.
Deploy real-time embedded control algorithms to Arduino hardware directly from Simulink.
Engineer grid-connected inverter systems for renewable energy and smart-grid applications.
Build hardware-integrated control prototypes suitable for R&D and industrial pilots.

Course Stats

₹11.4 LPA

Average Salary

₹40 LPA

Highest Salary

125%

Salary Hike

5,300+

Job Vacancies

Key Features

Mentorship

Receive guidance and insights from industry experts

Hands-on Experience

Gain practical skills in a real-world cutting-edge projects.

Networking

Connect with professionals and peers in your field

Skill Development

Enhance your technical and soft skills

Career Advancement

Boost your resume with valuable experience

Dual Certificate

Get a certification to showcase your achievements
DIGITAL VERIFIABLE CREDENTIAL

Let Your Certificates Speak For You

Our certification formally validates your skill set in recruiter searches with unique QR code verification and LinkedIn-ready structures.

Unique Credential ID & QR Code
Recruiters can scan to instantly verify your project files, source repository, and official completion marks.

Linkedin Certified Recognition
Easily push to your Linkedin profile with 1-click credential linking to increase high-end corporate recruiter views.

Certificate Sample
Status
Verified

Where Our Learners Work

Our alumni are driving innovation at the world's most prestigious technology companies.

Flipkart
Freshworks
Juspay
Chargebee
Zoho
PayPal
PREMIER PLATFORM EXPERIENCE

Why Pantech?

An expert-crafted learning infrastructure built for technical fluency.

Industrial Expert Mentors

Direct guidance and weekly doubt clearing sessions hosted by hardware, embedded, and software engineering veterans.

24/7 Interactive Support

Ask coding doubts anytime on our student community workspace and receive instant assistance.

Self-Paced Learning Engine

Access lifetime recorded modules with adaptive pacing to balance academics and professional work.

Career Guidance Support

Exclusive resume review, mock interviews, and placement assistance from industry experts.

We are Accredited by

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What Our Students Say

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Get exclusive lifetime access to coursework, simulators, custom templates, and direct placement opportunities.

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HAVE QUESTIONS?

Frequently Asked Questions

Find instant answers to all common questions about our technical certificate courses.

1.Who should enroll in this course?

Electrical engineering students, embedded developers, control engineers, and professionals interested in simulation-based system design.

2.Do I need prior MATLAB experience?

Basic programming knowledge is helpful, but the course introduces fundamental MATLAB Simulink concepts before progressing to advanced applications.

3.Does the course include power electronics simulation?

Yes. The curriculum covers rectifiers, voltage controllers, DC-DC converters, inverters, and grid-tie inverter design using MATLAB Simulink.

4.Will I work with embedded hardware?

Yes. The course includes Arduino programming through Simulink and a hardware-oriented induction motor speed control project.

5.Are practical projects included?

Yes. Learners complete simulation exercises and a hardware implementation project focused on Arduino-based induction motor control.

6.What career opportunities does this course support?

The course prepares learners for roles in control systems engineering, embedded systems development, power electronics design, automation engineering, electrical simulation, and model-based system design.

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