Postdoctoral Fellowship in Advanced Modelling, Digital Control, and Data Driven Methods for DC-DC Power Converters and Grid Synchronization @ Chennai

Amrita; Chennai, Tiruchirappalli, Coimbatore District, Bengaluru, Hyderabad; In loco; INR 600.000 - 800.000; Tempo pieno

Descrizione del lavoro

Amrita Vishwa Vidyapeetham, Chennai Campus, invites applications for a Postdoctoral Fellowship focusing on advanced modelling, digital control, and data-driven methods for DC-DC power converters and grid synchronization. The role emphasizes real-time embedded applications, AI-enabled control, and industry-collaboration opportunities.

PhD in Electrical Engineering or related fields is required, with strong background in power electronics, control theory, and ML techniques.

Competenze

• Ph.D. in Electrical Engineering, Power Electronics, Control Systems & AI & ML.
• Strong knowledge of small-signal modelling and stability analysis of power electronic systems.
• Digital control design and implementation for power converters.
• Experience with MATLAB, Python, C/C++, and embedded environments.
• Experience in experimental validation and hardware prototyping.

Mansioni

• Research DC-DC converter modelling and digital control.
• Develop PLL and grid synchronization algorithms.
• Apply AI/ML and data-driven methods for control and diagnostics.
• Perform simulation, hardware implementation, and experimental validation.
• Publish outcomes and contribute to project proposals.

Conoscenze

Power electronics

Digital control

AI/ML for control

Programming: MATLAB/Python/C/C++

Formazione

PH.D. in Electrical Eng./AI & ML

Strumenti

MATLAB

Python

C/C++

Descrizione del lavoro

Home Jobs Postdoctoral Fellowship in Advanced Modelling, Digital Control, and Data Driven Methods for DC-DC Power Converters and Grid Synchronization @ Chennai

Postdoctoral Fellowship in Advanced Modelling, Digital Control, and Data Driven Methods for DC-DC Power Converters and Grid Synchronization @ Chennai

Amrita Vishwa Vidyapeetham, Chennai Campus is inviting applications from qualified candidates for the post of Postdoctoral Fellowship in Advanced Modelling, Digital Control, and Data Driven Methods for DC-DC Power Converters and Grid Synchronization.

Job Title

Postdoctoral Fellowship in Advanced Modelling, Digital Control, and Data Driven Methods for DC-DC Power Converters and Grid Synchronization

Location

Required Number

Required Number 1

Qualification

Ph.D. in Electrical Engineering, Power Electronics, Control Systems & Signal Processing / AI & Machine Learning.

Job Description

Real-time Embedded Applications for Control & Technology (REACT) focuses on power electronics, digital control systems, embedded intelligence, and data-driven technologies. The group conducts research on DC-DC power converters, grid connected energy systems, Phase-Lock Loop (PLL) synchronization techniques, and AI-enabled control architectures for next-generation energy applications. This position will involve R&D focussed on:

• Advanced modelling and design of DC-DC converters.
• Data-driven modelling and intelligent control of power electronic systems.
• PLL design and grid synchronization for grid-connected converters.
• AI/ML based control, optimization, and fault diagnosis.
• Real-time implementation. The position also offers opportunities for industry collaboration.

Key Responsibilities

Conduct research on DC-DC converter modelling and digital control.

• Develop PLL and grid synchronization algorithms.
• Apply AI/ML and data-driven methods for converter control and diagnostics.
• Perform simulation, hardware implementation, and experimental validation.
• Publish research outcomes and support for project proposal submission

Desirable Skills

Desirable Skills: Strong knowledge of small-signal modelling and stability analysis of power electronic systems. - Digital control design and implementation for power converters.

• Application of AI and ML techniques for control, optimization of Power converters.
• Strong programming skills in MATLAB, Python, C/C++, and embedded programming environments.
• Experience in experimental validation, hardware prototyping, and testing of power electronic converters.