One tool, many branches
Mechanical, electronics and electrical engineers all use MATLAB, so the skill fits whichever core you studied.
CADD Centre · Livewire · Mechanical CADD
MATLAB Course in Vellore, Katpadi & Ranipet
Write MATLAB scripts, build Simulink and Simscape models, and simulate real mechanical, electronic and electrical systems.
4 levels40–80 h246 topics3 centresClassroom · Online · Hybrid
01What is MATLAB
What is MATLAB? In plain words.
MATLAB is a programming and numeric computing environment from MathWorks. Engineers use it to work with matrices, write scripts, analyse data and draw 2D and 3D plots. Simulink, which runs inside MATLAB, lets you build block-diagram models of systems and simulate them over time. Add-ons such as Simscape, Stateflow and toolboxes for image processing, signal processing, fuzzy logic and neural networks extend it to almost every branch of engineering.
MATLAB and Simulink are standard tools in automotive, aerospace, power, electronics and research labs. Control engineers use them to tune PID loops, embedded teams use model-based design before writing code, and R&D groups use them to test ideas before building hardware. Many engineering final-year projects and postgraduate theses in India are also done in MATLAB, so it is a skill that helps in both study and work.
The engineering colleges in and around Vellore and Katpadi produce many ECE, EEE and mechanical graduates who use MATLAB for projects. Industries along the Chennai–Bengaluru corridor, including BHEL's unit in Ranipet, use simulation and control skills in power, automotive and electronics work.
What you will be able to do
- Use the MATLAB desktop, workspace, command window and editor confidently
- Create and manipulate arrays and matrices with built-in functions
- Write scripts and user-defined functions with if, switch, for and while logic
- Draw 2D and 3D line, bar and pie charts to present results
- Build and mask Simulink models using sources, math, sinks and subsystem blocks
- Simulate physical systems such as suspensions, motors and gears in Simscape
- Design state machines with Stateflow, including Mealy and Moore machines
- Apply toolboxes such as image processing, DSP, fuzzy logic, neural networks or control systems to engineering problems
02Why learn it
Why learn MATLAB now?
Six reasons students and professionals in Vellore district pick this skill.
Model-based design
Simulink and Stateflow are how many automotive and aerospace teams design control logic before coding it.
Simulate before you build
Simscape lets you test motors, suspensions, gears and power circuits on screen, saving time and hardware cost.
Strong for projects and research
Image processing, DSP, fuzzy logic and neural network toolboxes make MATLAB a common choice for final-year and PG projects.
Hardware connection
The electronics programme links MATLAB to Arduino and Raspberry Pi, so your code controls real LEDs, sensors and motors.
Levels by branch
Separate programmes for product design, electronics and electrical mean you learn the parts that matter to your field.
03Who can learn
Who can join this course?
BE/BTech Mechanical and Mechatronics students
Learn Simscape and Multibody to simulate mechanisms and vehicle systems.
ECE and EIE students
Cover Simulink, Stateflow, image processing, DSP and hardware interfacing.
EEE students
Model control systems, machines and power electronics with Simscape and SimPowerSystems blocks.
ME/MTech and research scholars
Use MATLAB for simulations, data analysis and thesis work.
Final-year project students
Get the hands-on skills needed to build and demonstrate a MATLAB-based project.
Working engineers
Add model-based design and simulation skills for R&D, controls or validation roles.
Diploma holders moving to design or testing
Start with the fundamentals and build towards Simulink modelling.
Before you start: Basic computer use and school-level mathematics (matrices, basic equations) are enough to start. Knowledge of your own engineering subjects – mechanics, signals or control systems – helps you get more from the advanced sessions.
04Levels & syllabus
Every MATLAB level, topic by topic.
4 programmes on one page. Pick a level to see its modules and every topic covered.
Foundation level
Essential in Mathematical Model
Engineering students who want a short, basic introduction to building simple mathematical models of engineering problems.
40 hours6 modules · 23 topicsCode IDCSPL2401Certificate: CADD Centre network
These are the core topics this programme always covers. Ask the counsellor on WhatsApp for the detailed, session-wise syllabus.
6 modules · 23 topics
01Basics of Mathematical Modelling4 topics
What a mathematical model isTypes of models – static and dynamic, linear and non-linearVariables, parameters and assumptionsTurning an engineering problem into equations
02Working Environment5 topics
Software interface and workspaceEntering variables and expressionsVectors and matricesBuilt-in mathematical functionsWriting and running scripts
03Solving Equations4 topics
Solving simple linear equationsSystems of linear equations with matricesFinding roots of equationsEvaluating a model for different inputs
04Modelling Change Over Time3 topics
Rates of change and simple differential equationsSolving simple differential equations numericallyModelling a simple physical system such as a spring or a tank
05Plotting and Analysing Results4 topics
Plotting results as graphsLabelling and formatting plotsComparing model output with dataCurve fitting basics
06Practice Project3 topics
Model a simple engineering problemCompare results for different parameter valuesPresent the model and results
Foundation level
Essential in Matlab
Mechanical and product design engineers who want MATLAB, Simulink, Simscape and Simscape Multibody for simulating mechanisms.
40 hours7 modules · 64 topicsCode ESCOM2212Certificate: CADD Centre network
7 modules · 64 topics
01Introduction to MATLAB9 topics
MATLAB desktop: workspace, command and editor windowsWorkspace variablesArray creation and concatenationSorting and reshaping arraysArray operationsArithmetic functionsStatistical functionsNumber system conversionCharacters and strings
02Programming and MATLAB Scripts5 topics
The if conditionThe switch statementThe for loopThe while loopUser-defined functions
032D and 3D Graphs8 topics
Line graphBar graph2D vertical and horizontal grouped bar graphs2D vertical and horizontal stacked bar graphs3D vertical and horizontal grouped bar graphs3D vertical and horizontal stacked bar graphsCustomising bar width, edge colour, edge line width and style2D and 3D pie charts
04Simulink Modelling (Model-Based Design)14 topics
Introduction to Simulink libraries and sub-librariesSources: Constant, Ramp, Sine Wave, Chirp SignalSources: Signal Generator, Pulse Generator, Random Number, Uniform Random NumberSources: Repeated Sequence, Repeated Sequence Stair, Clock, Digital Clock, Counters, Signal BuilderMath operations: Sum, Add, Subtract, Product, Divide, Bias, GainMath operations: Sum/Product of Elements, Dot Product, Sign, Abs, Unary MinusMath operations: Math Function, Rounding, Polynomial, MinMax, Trigonometric Function, Sqrt variantsMath operations: Algebraic Constraint, Assignment, Find Nonzero ElementsMatrix and vector concatenation, Permute Dimensions, ReshapeComplex to Magnitude-Angle and Real-Imag conversionsPorts and subsystems: Triggered, Enabled and Function-Call subsystemsIf, Switch Case, While Iterator and For Iterator subsystemsMasking Simulink subsystemsHands-on: modelling differential equations
05Getting Started with Simscape8 topics
Simscape product fundamentalsModelling and simulating multidomain physical systemsCreating a new Simscape modelDomain types and recommended blocksData logging settingsEvaluating performance of a DC motorHands-on: mechanical translational vehicle suspension systemHands-on: mechanical rotational AC and DC motors
06Simscape Multibody13 topics
Modelling and simulating multibody mechanical systemsMultibody model anatomy and basic componentsComponents of the four-bar (sm_four_bar) modelBody subsystem componentsModel actuation and dynamical sensingCreating a multibody modelFrames, custom solid frames and frame transformsVisualising frame transforms and solid framesApplying rotation and translation transformsModelling bodies: body elements, material attributes, visualisationBodies as Simulink subsystems and jointsSimulation, analysis and model import functionsDeployment
07Simscape Multibody Library and Hands-On7 topics
Body Elements, Frames and Transforms librariesJoints and Constraints librariesGears and Couplings, Forces and Torques, Utilities librariesHands-on: model a simple linkHands-on: model and analyse a simple pendulumHands-on: gear mechanism using a STEP fileHands-on: lead screw joint – linear actuator
Foundation level
Course on MATLAB for Electrical
EEE students and electrical engineers who want MATLAB, Simulink, Stateflow, control systems and Simscape electrical and power modelling.
64 hours6 modules · 63 topicsCode LWC124DSCertificate: Livewire network
6 modules · 63 topics
01Fundamentals of MATLAB10 topics
MATLAB working environmentCommand and workspace windowsBuilt-in functions and workspaceArray creation and matrix operationsArray reshaping and statistical functionsNumber system conversionString manipulationEditor window and decision making: if, switch, for, whileUser-defined functions2D and 3D plots: line, bar, grouped, stacked and pie charts
02Simulink12 topics
Simulink interface and library browserSources library: model and subsystem inputs, signal generatorsSinks library: model and subsystem outputs, data viewers, simulation controlDiscontinuities libraryLogic and bit operations: logic operations, bit operations, edge detectionLookup tables library, lookup table editor and breakpointsMath operations and vector/matrix operationsModel verification libraryPorts and subsystems: conditional subsystems and control flow logicSignal routing: signal storage and accessUser-defined functions libraryMasking a Simulink subsystem and icon drawing commands
03Stateflow15 topics
Building a Stateflow modelJunctions, transitions and connective junctionsTransition priorityControl flow logic: if-else, for, while, do-while and switchConditions and condition actionsState actionsTemporal logic and change detection operatorsChart-level functions: Simulink, MATLAB and graphical functionsTruth tables and state transition tablesState decomposition and execution order of parallel statesAtomic subchartsMasking Stateflow charts and exporting functionsMealy and Moore machines: sequence detector and vending machineMATLAB vs C as action languageSuperstates, substates, child and self activity
04Control Systems14 topics
Open-loop and closed-loop systemsModelling differential equationsModelling mechanical translational systemsState-space modellingPID controllerModelling mechanical rotational systemsPolynomial built-in functionsBlock diagram reductionTransient response of second-order systemsFrequency response and Bode plotGain margin, phase margin and stabilityLaplace transform and stability criteriaRoot locus stability analysisCompensator design and the role of poles and zeros
05Simscape Electrical and Mechanical7 topics
Electrical library: elements, sources and sensorsAmplifier, transformer and rectifier modelsMechanical library: translational and rotational systemsPID control of physical modelsGear coupling of two inertiasVariable gear couplingGearbox efficiency measurement
06SimPowerSystems5 topics
Three-phase voltage generatorPhase permuteThree-phase AC to DC converterThyristor gate triggering test circuitStar-delta starting circuit for an induction machine
Foundation level
Course on MATLAB for Electronics
ECE, EIE and embedded students who want MATLAB, Simulink, GUI, Stateflow, image processing, DSP, AI toolboxes and Arduino/Raspberry Pi interfacing.
80 hours10 modules · 96 topicsCode LWC123Certificate: Livewire network
10 modules · 96 topics
01Fundamentals of MATLAB10 topics
MATLAB working environmentCommand and workspace windowsBuilt-in functions and workspace variablesArray creation, concatenation, sorting and reshapingArray operations, arithmetic and statistical functionsNumber system conversionCharacters and stringsEditor window and decision making: if, switch, for, whileUser-defined functions2D and 3D plots: line, bar, grouped, stacked and pie charts
02Simulink11 topics
Simulink interface and library browserSources libraryDiscontinuities librarySinks libraryLogic and bit operations libraryLookup tables library, lookup table editor and breakpointsMath operations libraryModel verification libraryPorts and subsystems librarySignal routing libraryMasking a Simulink subsystem
03Graphical User Interface (GUI)6 topics
GUI componentsBuilding a GUI-based calculatorProperty Inspector windowAlign Objects windowCallbacksBuilding a GUI-based electronic voting machine (EVM)
04Stateflow17 topics
Building a Stateflow modelJunctions, transitions and connective junctionsTransition priorityControl flow logic: if-else, switch, for and whileConditions and condition actionsState actionsTemporal logic operatorsChange detection operatorsChart-level functions: Simulink, MATLAB and graphical functionsTruth tables and state transition tablesState decomposition: exclusive (OR) and parallel (AND)Execution order for parallel statesAtomic subcharts and mapping variablesMasking Stateflow charts and exporting chart-level functionsMealy and Moore machines: sequence detector and vending machineMATLAB vs C as action languageState activity: superstates, substates, child and self activity
05Computer Vision System Toolbox (Digital Image Processing)16 topics
Digital image processing techniquesImage types and type conversionImage arithmetic and logical operationsImage histogram and histogram equalisationContrast stretchingImage thresholding and segmentationRGB to grey conversion and median filter in SimulinkCounting objects using labellingImage rotation and complementDeinterlacing methodsImage sequencing and batch processingObject tracking using correlationCell counting using dilation and blob analysisGUI for image arithmetic and object countingImage geometric transformationsDetecting circular objects
06DSP System Toolbox9 topics
Z-transformsOperations on discrete-time signalsEven and odd signalsConvolution and linear convolutionFast Fourier TransformQueue and stackTime-domain to frequency-domain conversion and backSpectrum analyserGUI for standard and exponential discrete-time signal generation
07Fuzzy Logic Toolbox5 topics
FIS editorMembership function editorRule editor and rule viewerBasic tipping systemWater level controller
08Neural Networks Toolbox6 topics
Fitting data with a neural networkRegression and error histogram plotsScript generationPattern classification with a neural networkConfusion matrix analysisClustering data with a self-organising map
09Real-Time Applications with Arduino Uno8 topics
LED blinking, brightening and dimmingLED brightness control using a potentiometerPiezo speaker control using a push buttonDark detector using an LDRMicro servo motor controlObject counter with a common-anode seven-segment displayGUI-based LDR monitorModelling a laser surgery system in Simulink
10Raspberry Pi, IoT and Android Interfacing8 topics
Face detection algorithm on Raspberry PiMeasuring and plotting temperature using an I2C sensorSimulink-based image processing on Raspberry PiUART serial communicationIoT-based temperature monitor using DHT11Counting footsteps using an Android sensorEmbedded-system LED controllerHDL Coder introduction
05Choose your level
Which level is right for me?
Mechanical and product design learners should take Essential in Matlab, which focuses on Simscape and Multibody mechanisms. ECE and embedded students get the most from the 80-hour Course on MATLAB for Electronics, while EEE students should choose the 64-hour Course on MATLAB for Electrical for control systems and power modelling. Essential in Mathematical Model is a short introductory option.
| Programme | Level | Hours | Best for |
|---|---|---|---|
| Essential in Mathematical Model Code IDCSPL2401 | Foundation | 40 h | Engineering students who want a short, basic introduction to building simple mathematical models of engineering problems. |
| Essential in Matlab Code ESCOM2212 | Foundation | 40 h | Mechanical and product design engineers who want MATLAB, Simulink, Simscape and Simscape Multibody for simulating mechanisms. |
| Course on MATLAB for Electrical Code LWC124DS | Foundation | 64 h | EEE students and electrical engineers who want MATLAB, Simulink, Stateflow, control systems and Simscape electrical and power modelling. |
| Course on MATLAB for Electronics Code LWC123 | Foundation | 80 h | ECE, EIE and embedded students who want MATLAB, Simulink, GUI, Stateflow, image processing, DSP, AI toolboxes and Arduino/Raspberry Pi interfacing. |
Foundation
Course on · Essential · Certificate · SKEP · Executive DiplomaStart here. Core tools, workflow and a practice project.
Professional
Proficient · ProfessionalIndustry-style exercises, advanced features and a portfolio project.
Master
Advanced · Expert · MastersComplete programmes that combine several tools and a capstone project.
06Hands-on
Projects you will build
You learn by making real deliverables – reviewed by your trainer before certification.
Vehicle suspension model
Build a quarter-car suspension in Simscape and study how spring and damper values change the ride.
Gear mechanism from a STEP file
Import CAD geometry into Simscape Multibody and animate a working gear train.
Vending machine in Stateflow
Design a Mealy or Moore state machine that handles coins, selection and change.
Object counting with image processing
Use thresholding, labelling and blob analysis to count objects or cells in an image.
PID speed control
Model a motor, tune a PID controller and check stability with Bode and root-locus plots.
IoT temperature monitor
Read a DHT11 sensor through Arduino or Raspberry Pi and plot live values from MATLAB.
Tools & features covered
MATLAB scripting and plottingSimulinkStateflowSimscape and Simscape MultibodySimPowerSystems blocksMATLAB GUI buildingComputer Vision / Image Processing toolboxDSP System ToolboxFuzzy Logic ToolboxNeural Network ToolboxArduino and Raspberry Pi support packagesHDL Coder (introduction)
Talk to a counsellor about MATLAB
Get the full syllabus PDF, current fee, offers and the next batch date on WhatsApp – usually within minutes during centre hours.
07Careers
Jobs you can apply for after MATLAB
Roles that list this skill in Indian job postings.
Simulation Engineer
Builds MATLAB/Simulink models to predict how a product or system will behave.
Model-Based Design Engineer
Designs control logic in Simulink and Stateflow for automotive or aerospace software.
Control Systems Engineer
Models plants, tunes controllers and checks stability of motors, drives and processes.
Image / Signal Processing Engineer
Develops algorithms for cameras, sensors or communication signals.
R&D / Research Engineer
Tests new ideas through simulation before building prototypes.
Power Electronics Engineer
Simulates converters, rectifiers and machine drives before hardware testing.
Validation / Test Engineer
Uses MATLAB to analyse test data and verify models against measurements.
Project Associate / Research Assistant
Supports academic or lab projects that use MATLAB for simulation and data analysis.
Salary you can expect
Fresher0–2 years₹2.5–4.5 LPA
Experienced3–5 years₹5–10 LPA
Senior6+ years₹11–20 LPA
Indicative ranges for India; pay varies by company, city, skills and experience. MATLAB is usually one skill in a wider engineering role. Figures in lakh per annum (LPA).
Industries that use it
Automotive and EVAerospace and defencePower and energyElectronics and embedded systemsIndustrial automationEngineering servicesResearch labs and academiaMedical devices
Companies that use these skills
Robert Bosch IndiaContinentalKPIT TechnologiesTata ElxsiL&T Technology ServicesMahindra & MahindraTata MotorsTVS Motor CompanyABB IndiaSiemensHoneywellBHELDRDOISRO
Examples of well-known companies and sectors in India that use these skills. They are not CareerKraft partners or recruiters.
Your career path
1
Graduate Engineer Trainee / Project Associate
Builds and runs simulation models under a senior engineer.
2
Simulation or Controls Engineer
Owns models for a subsystem and validates them against test data.
3
Senior Model-Based Design Engineer
Leads model architecture, reviews and code generation for a product.
4
Technical Lead / Systems Engineer
Defines system requirements and guides a simulation or controls team.
Placements
Students placed from our centres
Naresh N
Knitwear Designer & Quality Checker
SGS India Pvt. Ltd, Bengaluru
Surendar S
Design Engineer, Assistant Engineer - Design
Hirise Drafting and Consulting Pvt. Ltd, Eversendai Construction Pvt. Ltd (ECPL), Chennai
Suresh K
CNC Lathe Programmer
Propel Valve Pvt. Ltd
Anish R
Design Engineer
New Auto Tech Pvt. Ltd
08How you learn
Classroom, online or both.
Same syllabus and certificate in every mode. Your counsellor confirms the mode based on trainer availability for your batch.
Classroom
Learn in our labs at Katpadi, Vellore or Ranipet with your trainer beside you and classmates to build with.
Online
Live sessions from home with the same syllabus, projects and certificate. Good if you cannot travel every day.
Hybrid
Lab days plus online sessions around college or work. The mode depends on trainer availability for your batch.
Certificate
On completing a level and its project assessment, you receive the course certificate of the CADD Centre, Livewire network, issued through CareerKraft as the authorised training partner.
Batches & timings
Weekday, weekend and fast-track batches within centre hours (Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM). Ask for the next start date at your centre.
Fees & EMI
The fee depends on the level and mode. Your counsellor shares the current fee, offers and EMI options on WhatsApp.
Why learn at CareerKraft
Authorised partner training
Structured syllabi and certificates from the CADD Centre, Livewire and SynergySBS networks.
Learn by doing
Hands-on lab work and a project assessed before you are certified.
Personal attention
Industry-experienced trainers and batches small enough to ask questions.
Placement support
Resume help, mock interviews and job leads when you are ready – no false promises.
Career guides that include this course
11Where to learn
Learn MATLAB at any of 3 centres
Same syllabus, trainer standard and certificate at every centre. Tap the centre you want.
MATLAB in Katpadi
Near Aascars Cinemas, Katpadi
CADD Centre Katpadi · Livewire Katpadi
MATLAB in Vellore
Near Raja Theatre, Vellore
CADD Centre Vellore · Livewire Vellore
MATLAB in Ranipet
Near SBI, Muthukadai, Ranipet
CADD Centre Ranipet · Livewire Ranipet
Guides about MATLAB
Career guidance
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9 min readRead
09FAQ
MATLAB course – your questions answered
12 answers about levels, duration, eligibility, certificate, placement support and fees.
Still have a question? The counsellor at the centre you prefer replies on WhatsApp.
Ask on WhatsAppWhat is MATLAB?
MATLAB is a numeric computing and programming environment from MathWorks. It is used for matrix calculations, data analysis, plotting and, with Simulink, for modelling and simulating engineering systems.
Who can join the MATLAB course?
Engineering students and graduates from mechanical, ECE, EIE, EEE and related branches can join, along with research scholars and working engineers. School-level maths and basic computer skills are enough to begin.
How long is each MATLAB programme?
Essential in Mathematical Model and Essential in Matlab are 40 hours each. Course on MATLAB for Electrical is 64 hours and Course on MATLAB for Electronics is 80 hours, usually in 2-hour daily sessions.
Which MATLAB level should I choose?
Pick by branch: Essential in Matlab for mechanical and product design, MATLAB for Electronics for ECE/EIE and embedded, and MATLAB for Electrical for EEE. The counsellor can help if you are unsure.
Can I learn MATLAB online or in hybrid mode?
Yes. Classroom, online and hybrid modes are available depending on trainer availability at your chosen centre.
Is there a free demo class?
You can ask for a demo or counselling session at Katpadi, Vellore or Ranipet. The centre will confirm a slot on WhatsApp or phone.
Will I get a certificate?
Yes. After completing the programme and its assessment you receive a certificate from CADD Centre or Livewire (depending on the programme) through CareerKraft, their authorised training partner.
Can MATLAB help with my final-year project?
Yes. The programmes cover the Simulink, Simscape, image processing, DSP and control topics that many engineering projects use. Trainers can guide you on applying these to your project idea.
Do you provide placement support?
We provide placement support – resume help, mock interviews and job leads. We do not promise or guarantee a job.
What is the fee for the MATLAB course?
The counsellor at your chosen centre will share the current fee, offers and EMI options on WhatsApp.
Do I need my own laptop?
Not for classroom sessions, where centre systems are available. For online learning you need a laptop or PC with access to MATLAB; the counsellor will explain what is needed for your programme.
What jobs and salary can I expect, and where are classes held?
MATLAB skills support roles such as simulation, controls and model-based design engineer; freshers often start around ₹2.5–4.5 LPA, varying by company and city. Classes run at Katpadi, Vellore and Ranipet, Mon–Sat 9:30 am–6:30 pm and Sun 9:00 am–2:00 pm.
10Keep exploring
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Start today
Get the MATLAB syllabus, fees & batch dates
Fill this in and WhatsApp opens with your details, addressed to the centre you choose. The counsellor replies with the full syllabus, current fee, offers and the next batch.
- Free counselling and demo class
- Real projects and placement support
- Classroom, online or hybrid batches
- Replies Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM