Post Graduate Program in Power Converter Design and Analysis
4.0 /5- Offered bySkill Lync
Post Graduate Program in Power Converter Design and Analysis at Skill Lync Overview
Duration | 48 weeks |
Total fee | ₹1.50 Lakh |
Mode of learning | Online |
Credential | Certificate |
Post Graduate Program in Power Converter Design and Analysis at Skill Lync Highlights
- Earn a certificate of completion from Skill Lync
- Learn directly from best in class 6 industry experts
- *Easy EMI payment option available
- Get project based learning with dedicated support on 12 comprehensive projects
- Learn tools & technologies like Simulink, MATLAB, Altium Designer, LTspice
- Prepare for roles like Power Electronics Engineer, System Modeling and Simulation Engineer, Hardware Design Engineer, PCB Design Engineer
Post Graduate Program in Power Converter Design and Analysis at Skill Lync Course details
- the basic educational qualification for this course is an undergraduate degree in engineering.
- Candidates can opt for this course for a career in designing, simulation, and developing power converters.
- A thorough understanding of power converters, Simulink, Matlab, and PCB Design
- Detailed understanding of Stateflow for Control Logic
- Knowledge of Rectifiers and Converters
- Understanding of Altium software tools for PCB design
- Complete understanding of DC-DC converters, Control Theory, and Modeling of Closed Loop Buck Converter
- Hands-on experience in using various software which aids in design and simulation
- The students will have a thorough knowledge of Power Converter Design and Analysis
- They can specialize in the domain and gain complete in-depth knowledge of it
- The students are exposed to the modern trends & the standard practices followed in the industry right now
- After completing this course, students will get detailed knowledge and design insights of power electronic converters.
- With this knowledge, students will be able to design, simulate and analyze the converters
- The details of rectifier circuits covered in this course will be helpful to tackle the challenges in power electronic industries and would be useful for building industrial/commercial products.
Post Graduate Program in Power Converter Design and Analysis at Skill Lync Curriculum
Course 1 Simulation and Design of Power Converters for EV using MATLAB and Simulink
Week 1- Introduction to Switched Mode Power Converters, Performance and Analysis of Buck DC/DC Converter
Week 2- Simulation of Boost DC/DC Converter
Week 3- Boost DC/DC Converter, Gate Driver Design
Week 4- UP/Down DC/DC Converters
Week 5- Discontinuous Conduction Mode
Week 6- Modeling of DC-DC Converters
Week 7- Feedback Control of DC-DC Converters
Week 8- Isolated DC-DC converters
Week 9- AC-DC rectifiers performance and simulations
Week 10- DC-AC Inverters Performance and simulations
Week 11- AC-DC Rectifiers Design, DC-AC Inverters Design
Week 12- Modern Applications of Power Electronic Converters
Course 2 Advanced PCB Design Using Altium
Week 01 - Introduction to Altium PCB Design
Week 02 - Understanding Datasheet
Week 03 - Creating Schematic Symbols
Week 04 - Creating PCB footprint
Week 05 - PCB Layout
Week 06 - Adding Polygon Pour and Thermal Relief
Week 07 - EMC EMI Consideration
Week 08 - PCB Design using Saturn PCB Tool
Week 09 - High Speed Design Routing
Week 10 - Double Sided PCB
Week 11- PCB Panelization and Generating Gerber Data
Week 12 - Output File Generation
Course 3 AC-DC Rectifiers, Harmonics and Related Standards
Week 01 - Overview of Power Electronic Devices
Week 02 - Introduction to Simulation Tools and Classification of AC-DC Converters
Week 03 - Uncontrolled AC-DC Converters: Diode Based Circuits and Simulations (Single-Phase)
Week 04 - Three-Phase Uncontrolled AC-DC Converters
Week 05 - Phase Controlled AC-DC Converters: Thyristor Based Circuits and Simulations (Single Phase)
Week 06 - Phase Controlled AC-DC Converters: Thyristor Based Circuits and Simulations (Three Phase)
Week 07 - Inverter Mode Operation of AC-DC Converters and Notion of Power Quality in Rectifiers
Week 08 - Harmonics and Input Power Factor Correction in Rectifiers
Week 09 - Design and Analysis of PWM Rectifier and Study of AC-DC Converters in Real-World Applications
Week 10 - Study of AC-DC Converters in Real-World Applications
Week 11 - Harmonic Compensation and Study of IEEE/IEC Standards
Week 12 - Design Methodology for Industrial AC-DC Converter
Course 4 Fundamentals of DC-DC Converters
Week 01 - DC-DC Buck Converter
Week 02 - DC-DC Boost Converter
Week 03 - DC-DC Buck-Boost Converter
Week 04 - DC-DC Cuk Converter
Week 05 - Interleaved operation and other non isolated converter
Week 06 - Bode Plot Fundamentals
Week 07 - Buck Converter Design and Modeling
Week 08 - Boost Converter Design and Modeling
Week 09 - Buck-Boost Converter Design and Modeling
Week 10 - Cuk Converter Design and Modeling
Week 11 - Interleaved operation and other non isolated converter
Week 12 - Bode Plot Fundamentals
Course 5 Simulink for Mechanical & Electrical Engineers
Week 1- Introduction to Modelling of Complex Systems
Week 2- Simulation Configuration and Simscape
Week 3- Simulink with Script and Workspace
Week 4- State Flow for Control Logic
Industry Project 1 - Simulation and Design of Power Converters for EV using MATLAB and Simulink
Preparation of Converter Design report
Design an interleaving DC/DC converter system for a data center application
Design and development of DC/AC H-bridge inverters for microgrid applications
Industry Project 2 - Advanced PCB Design Using Altium
Create a Project Workspace for MIC33030
Create a project workspace for Arduino Mini
Industry Project 3 - AC-DC Rectifiers, Harmonics and Related Standards
Design and Simulation of Three-phase Uncontrolled and Controlled Rectifier Circuits for the Given Design Parameters
Design and Simulation of a Closed Loop Single-phase High-power Factor Rectifiers
Industry Project 4 - Fundamentals of DC-DC Converters
Design of DC-DC SEPIC Converter
Design of MPPT Controller
Post Graduate Program in Power Converter Design and Analysis at Skill Lync Entry Requirements
- Candidate must have an undergraduate degree in engineering.
- Proficiency in English (spoken & written) is mandatory.
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