From Beginner to Advanced in Electrical System Design using Simulink. Master power electronics, control systems, and real-time simulation techniques through structured industrial learning.
An actionable, industry-aligned roadmap engineered for career transformation.
Compressed learning cycle for maximum retention and skill acquisition.
Go beyond theory with live coding sessions and real-world datasets.
Build a professional portfolio that stands out to top-tier recruiters.
Industry-recognized credentials to validate your Core expertise.
Single/Three Phase Rectifier using MATLAB
Single/Three Phase AC Voltage Controller using MATLAB
DC-DC Converter using MATLAB
Inverter Design using MATLAB
Timeline
Phase 31E: Power Electronics System Simulations - rectifiers, AC voltage controllers, DC-DC converters, and inverter design modeled in MATLAB/Simulink for renewable energy and EV applications.
Matrix Converter using MATLAB
Multi Level Inverter Design using MATLAB/Simulink
Active Power Filter Design using MATLAB/Simulink
Battery Charger Design using MATLAB/Simulink
Timeline
Phase 31F: Advanced Power Electronics - matrix converters, multilevel inverter design, active power filters, and battery charger modeling in MATLAB/Simulink for renewable energy and EV systems.
Speed Control of DC Motor Using Chopper
Simulink Based Speed Control of Induction Motor Using VSI Fed Inverter
Simulink Based Speed Control of BLDC Motor Using Chopper
Simulink Based Speed Control of PMSM Motor Using Chopper
Timeline
Phase 31G: Motor Speed Control - DC motor with chopper, induction motor with VSI inverter, BLDC motor with chopper, and PMSM motor speed control simulations in MATLAB/Simulink.
Gate Driver Design for IGBT / MOSFET
AD/DC Current/Voltage/Speed Measurement Circuit Design
Inductor/Transformer/High Frequency Transformer Design
Arduino Programming using MATLAB
Buck/Boost Converter Design Procedure with Arduino
Wind Energy Power System Design
Smart Energy Meter System Design using Arduino
Three Phase Induction Motor Fault Diagnosis
TI DSP Programming using MATLAB
SMPS Design Calculations and Fabrication
Timeline
Comprehensive learning path in power electronics, energy systems, and embedded programming.
Introduction to Facts Devices
Fuzzy Logic Controller based MPPT Charge Controller
Vector Controlled Induction Motor using Simulink
Hardware Design for Arduino based Speed Control of Induction Motor
Timeline
Learning path covering FACTS devices, MPPT controllers, motor control, and hardware implementation.
Master the primary software used by top-tier power and automation firms worldwide.
Real challenges. Real solutions. Your portfolio will feature these production-grade applications.
Simulate a single-phase grid-connected solar inverter with MPPT algorithm in Simulink.
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Model a three-phase induction motor with variable frequency drive (VFD) control.
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Analyse short-circuit faults in a transmission network and design relay protection.
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Design and tune a PID controller for a DC motor speed control system using Simulink.
Learn More arrow_forwardTransforming learners into industry-ready AI professionals.
| Skill Category | Before Pantech | After Internship |
|---|---|---|
| Design Workflow | Manual paper calculations and guesswork for electrical parameters. |
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Model-Based Design (MBD) with precise simulation-driven validation.
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| Software Competence | Limited exposure to advanced MATLAB/Simulink toolboxes. |
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Expertise in Simscape, Power Systems, and Control System toolboxes.
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| Project Readiness | Theoretical understanding of power electronics like inverters. |
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Hands-on experience building Grid-connected and MPPT systems.
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| Hardware Interaction | Inability to link simulation logic with physical controllers. |
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Seamlessly deploying Simulink models onto Arduino hardware.
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| Industry Standing | General engineering graduate with basic coding skills. |
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Specialized Electrical System Designer with dual certification.
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Four phases to transform from a student to a power electronics designer.
Understanding environment, blocks, and electrical modeling fundamentals.
1Integration of Arduino with Simulink for real-time control applications.
2Mastering speed and position control using DC Servo Motor simulation techniques.
3Completing real-time projects and receiving career guidance and certification.
4A structured approach to reducing months of research into days of actionable skill building.
Follow a logical progression from basic modeling to complex electrical implementation.
Integration of Arduino with Simulink for actual physical hardware control scenarios.
Build solutions for power generation, transmission, and distribution systems.
Validate your skills with a certificate that carries weight. Our credentials are recognized by leading tech firms across the country.
Unique QR code for instant digital verification
LinkedIn-ready digital credential
Increases visibility in recruiter searches
Official seal from Pantech Solutions
Status
Verified Intern
The certificate acknowledges the learner’s participation in structured training, industry‑oriented project development, and practical implementation under professional guidance.
This is to certify that the learner has successfully completed the Certification Program with Pantech. This professional certification formally recognizes the learner’s achievement, confirming their participation in structured training, guided project work, and practical implementation during the program.
A prestigious joint certification from SVNIT and Pantech. Note: Need to pay extra Rs.500 for service charges.
Select the program that matches your career goals and current expertise level.
1 Month - Rs. 999 + GST
Perfect for beginners. Master the core fundamentals and build your first industry-standard projects.
2 Month - Rs. 1899 + GST
For those with basic knowledge. Deep dive into advanced architectures and professional workflows.
3 Month - Rs. 2499 + GST
Designed for final year students and professionals. Focus on deployment, scaling, and leadership.
Our alumni are driving innovation at the world's most prestigious technology and consulting firms.
"The EV Vehicle Design Workshop was highly informative and engaging. The sessions provided a clear understanding of the fundamentals of electric vehicle design. Overall, it was a very valuable learning experience that enhanced my knowledge of EV design and its future potential. I look forward to attending more such workshops in the future."
EV Workshop Participant
"This course was extremely useful for my studies and future project work. The sessions were engaging and the trainer explained the concepts very clearly, making the class both interesting and practical. The hands-on approach gave me valuable experience that will benefit my upcoming semester projects. Overall, it was a highly beneficial learning experience."
Electronics Course Participant
"I recently attended the Electric Vehicle Design online class and found it to be quite informative and well-structured. The instructor explained complex concepts like battery management systems, motor control, and regenerative braking in a clear and accessible way. I appreciated the use of real-world examples and case studies."
EV Design Class Participant
Everything you need to know about the AI Internship program.
We recommend MATLAB 2020a or later with Simulink and Simscape Electrical toolboxes.
Yes, you will have lifetime access to the recorded sessions and downloadable resources.
Yes, the program is structured to take you from beginner basics to advanced industrial applications.