Teaching
Dr Lin Jiang has extensive experience in undergraduate and postgraduate teaching in electrical and electronic engineering, with particular expertise in electrical power systems, advanced system modelling, simulation and control, power electronics, renewable energy and smart grids.
He is currently the Module Co-ordinator for two key modules at the University of Liverpool:
ELEC209 – Electrical Circuits & Power Systems: Covering fundamental electrical circuit theory, AC/DC circuit analysis, single- and three-phase systems, electrical machines, transformers and the fundamentals of modern electricity networks.
ELEC476 – Advanced Systems Modelling & Control: Focusing on mathematical modelling of dynamic systems, transfer functions, state-space representations, system analysis, simulation and advanced control techniques.
He also contributes to teaching in Power Systems Analysis & Dynamics (ELEC402), Advanced Power Electronics (ELEC433), Electrical Drives (ELEC331), and other undergraduate and postgraduate modules.
His teaching approach emphasises a strong foundation in engineering principles, complemented by mathematical analysis, computer simulation and practical applications. He aims to integrate research developments in renewable energy, intelligent control and modern electricity networks into the curriculum, helping students connect fundamental engineering knowledge with emerging technological challenges.
Dr Jiang actively supervises undergraduate, MSc and PhD research projects covering power system stability and control, renewable energy integration, power electronics, smart grids, energy storage, artificial intelligence and optimisation. He is committed to developing students' analytical, research and problem-solving skills and preparing them for careers in academia and the energy and engineering sectors.
Modules for 2026-27
Advanced Systems Modelling & Control
Module code: ELEC476
Role: Module Co-ordinator
Electrical Circuits & Power Systems
Module code: ELEC209
Role: Module Co-ordinator
Supervised Theses
- Adaptive Lyapunov Function Approach for Transient Stability Analysis of Power Systems
- Advanced Control of Doubly-fed Induction Generator Based Wind Turbines for Dynamic Performance Improvement
- Advanced Control of VSC-HVDC Systems for Dynamic Performance Enhancement
- Advances in Flexible Power Point Tracking Control and Differential Power Processing Technology for Photovoltaic Systems
- COMMUNITY STRUCTURES IN POWER GRIDS SECURITY ANALYSIS
- Co-Optimization and Co-Simulation of Power Systems Incorporating Flexibility Provision from Electric Vehicle Integration
- Control and Optimization of the Dual-Active- Bridge Converter for Future Smart Grid Application
- DEEP LEARNING-BASED SOLAR FORECASTING METHODS FOR BETTER PHOTOVOLTAIC INTEGRATION
- Design and Analysis of Peer-to-Peer Energy Trading for Distributed Energy Resource Integration
- Development of Advanced Mathematical Morphology Algorithms and their Application to the Detection of Disturbances in Power Systems
- Differential power processing technology for solving partial shading issues in PV system
- Distributionally Robust and Structure Exploiting Algorithms for Power System Optimization Problems
- Dynamic State Estimation based Wide-Area Damping Control to Improve Resiliency of Power Systems
- Energy and Cost Optimization in Renewable Energy-Integrated AC Railway Systems
- Enhanced Control Techniques for Three-Phase Voltage Source Inverters: Adaptive Strategies for Tuning, Nonlinearity, and Harmonic Reduction
- Intelligent Train Operation with On-Board Energy Storage Device: An Energy-Saving Perspective
- Maximum Power Control of Permanent Magnet Synchronous Generator Based Wind Power Generation Systems
- Maximum Power Point Tracking and Power Reserve Control for Photovoltaic System
- Measurement-enhanced Monitoring and Control of Power Systems by Estimating Inter-area Low-frequency Oscillation Modes
- Model Predictive Control of the HVAC System in Industrial Cleanrooms for Energy Saving
- Motion Control of Voice Coil Motor Based High Frequency Reciprocating Rig In Tribotest Application
- NOVEL FAULT DIAGNOSTIC TECHNIQUES FOR BI-DIRECTIONAL DUAL ACTIVE BRIDGE DC-DC CONVERTERS
- Nonlinear Power System Stabilizer based on Uncertainties and Disturbance Estimator
- Nonlinear Power System Stabilizer based on Uncertainties and Disturbance Estimator
- Optimal Operation and Planning of Battery-based Energy Storage System
- Optimization of Renewable Power Generation and Utilization: Hybrid PV-TEG Power Extraction and Green Hydrogen Production Scheduling
- Optimized Control Strategies in DC-bias Current Suppression for Isolated Bi-directional DC-DC Converter
- Planning and Operation of Virtual Microgrids in Active Distribution Network
- Planning of Community-level Decentralised Power Grids Based on the Complex Network Theory
- Probabilistic Forecasting Based Frequency Regulation for High PV Penetration in Micro Grid
- Residential Demand Side Scheduling Considering Users' Concerns and Uncertainties
- Residential demand side scheduling considering users' concerns and uncertainties
- Robust Inertia Emulation Control of Doubly-Fed Induction Generator based Wind Turbines Participating in Power System Frequency Support
- Robust Optimal Energy Consumption Scheduling of Heating Ventilation and Air Conditioning in Smart Grid
- SOLAR PHOTOVOLTAIC POWER INTERMITTENCY UNDER PASSING CLOUDS: CONTROL, FORECASTING, AND EMULATION
- Stability Enhancement of Wind Power System from Synchronous Generator with Flexible Excitation System
- Time delay system control and application in electricity market
- Train Trajectory Optimisation Methods for Energy-Efficient Railway Operation Considering Route Profiles and Power Networks
- Upgrading Plan for Conventional Distribution Networks Considering Virtual Microgrid Systems