Faculty of Engineering - University of Sydney’s Post

Master of Science in Electrical Power Systems

Discover the evolution of #electricalengineering #education, tracing its development from the late 19th century to its specialization in modern technologies. https://bit.ly/3TIx7Ju

📢 Exciting News! 📢 We're thrilled to announce the rerun of the highly sought-after course "Power System Protection" by the esteemed Prof. Ashok Kumar Pradhan on SWAYAM/NPTEL! 🌟 Course Highlights: Power System Protection is a fundamental core course for BTech Electrical Engineering students across State colleges, NITs, and IITs. It's also a crucial elective in the Power System subject at IITs and a core component in MTech Power System programs nationwide. This comprehensive course will delve into the latest technology in the field, focusing on current practices in Indian systems and addressing contemporary challenges. 👥 Intended Audience: - BTech (Electrical) - BTech (Electrical and Electronics) - MTech (Electrical) 📚 Prerequisites: - Power System Engineering 🏢 Industry Support: - POWER GRID - POSOCO - All State Electricity Boards - ABB - GE - All High Voltage Engineering Companies (Global) 🔍 Course Layout: - Week 1: Introduction to modern power system protection - philosophy and approach, digital protection technology overview, phasor measurement techniques - Week 2: Phasor measurement techniques - Week 3: Overcurrent protection - Week 4: Directional Relaying - Week 5: Distance Relaying - Week 6: Distance Relaying - Week 7: CT and CVT response - Week 8: Transformer protection - Week 9: Differential protection of Line - Week 10: Network Protection with Renewable sources - Week 11: Travelling wave approach - Week 12: Synchrophasor technology application 🔗 [Enroll Now on SWAYAM/NPTEL] (https://lnkd.in/dR7DSvYu) Why Enroll? This course is designed to equip students and professionals with cutting-edge knowledge (demonstrated in laboratory) and skills, vital for contributing to the nation's electrical supply systems. Don't miss this opportunity to learn from one of the best in the field! #PowerSystemProtection #ElectricalEngineering #NPTEL #SWAYAM #ProfAshokKumarPradhan #PowerGrid #POSOCO #ElectricalEngineeringEducation #HighVoltageEngineering #ProfessionalDevelopment

I am excited to share that I have completed my master's degree in Electrical Power System Engineering from the NED University of Engineering and Technology. During my master's, my area of research was "The methods of finding optimum locations for the placement of DGs i.e. distributed generators", and CBs i.e. Capacitor banks in radial distribution networks. #highereducation #specialization #powerdistribution #masters #neduniversity #research #distributedgeneration #capacitors

School of Electronics and Electrical Engineering (SEEE), Lovely Professional University, wishes Happy Republic Day to everyone...! #LPU #LovelyProfessionalUniversity #HappyRepublicDay #SchoolofElectronicsandElectricalEngineering #ElectconicsandCommunicationEngineering #ElectricalEngineering #SEEE #ThinkBIG

👏 Let's give a round of applause to ARJUNAN R, DERIKQUBER T, and ESAKKI MUTHU S from the Electrical Drives and Automation Industrial Applied Laboratory, Department of Electrical and Electronics Engineering! for publishing their patent titled "Safety Alerting and Monitoring in Coal Mine System." 🌟The students are guided by Mr. N.V Selvam, AP/Dept. of EEE. 🚧🔍 #Innovation #Patent #SafetyFirst #Engineering #CoalMineSafety #ElectricalEngineering #fxec🎓

🚀 Course Completed: Introduction to Electronic Engineering 🚀 I'm excited to share that I've completed the Introduction to Electronic Engineering course from the UK Electronic Skills Foundation! 🌐💡 This journey has been incredibly enriching, and I've gained valuable knowledge that I'm eager to apply. Key Takeaways: 📈 Amplifiers & Transducers: Learned how amplifiers boost signal strength and transducers convert energy forms, crucial for various applications. 🔋 Piezoelectric Materials & Photovoltaic Effects: Explored how piezoelectric materials generate electricity under stress and the principles behind solar panels. 🚉 Engineering Problem-Solving: Discovered how to think like an engineer, using examples like designing efficient and safe train shield doors. 🌞 Solar Panels: Gained insights into solar panel production, including determining energy needs, panel size, and efficiency. I highly recommend this course for anyone looking to deepen their knowledge in electronic engineering and stay ahead in the tech landscape! 🌟 #ElectronicEngineering #UKESF #FutureLearn #STEM #LifelongLearning #RenewableEnergy #Innovation #CareerGrowth

👏 Let's give a round of applause to ARJUNAN R, DERIKQUBER T, and ESAKKI MUTHU S from the Electrical Drives and Automation Industrial Applied Laboratory, Department of Electrical and Electronics Engineering! for publishing their patent titled "Safety Alerting and Monitoring in Coal Mine System." 🌟The students are guided by Mr. N.V Selvam, AP/Dept. of EEE. 🚧🔍 #Innovation #Patent #SafetyFirst #Engineering #CoalMineSafety #ElectricalEngineering #fxec🎓

👏 Let's give a round of applause to ARJUNAN R, DERIKQUBER T, and ESAKKI MUTHU S from the Electrical Drives and Automation Industrial Applied Laboratory, Department of Electrical and Electronics Engineering! for publishing their patent titled "Safety Alerting and Monitoring in Coal Mine System." 🌟The students are guided by Mr. N.V Selvam, AP/Dept. of EEE. 🚧🔍 #Innovation #Patent #SafetyFirst #Engineering #CoalMineSafety #ElectricalEngineering #fxec🎓

Kicking off 2024 with an exciting venture – developing my thesis to earn the master's degree diploma in electrical engineering from Universidad Politécnica de Madrid! I'm particularly interested in "Grid-Following and Grid-Forming Control Schemes in Power Electronic-Based Power Systems" as my thesis subject. With the increasing penetration of power electronic converters alongside decarbonization, power systems have transitioned into power electronic-based systems. In this scenario, the stability of the power system encounters significant challenges. During large disturbances, the power grid may struggle to maintain stable voltage and frequency. To enhance grid stability, the traditional grid-following (GFL) control needs to transition to grid-forming (GFM) control. Seeking insights from my brilliant network! 🌐💡 How would you approach this subject? Any study case ideas to explore the shift from traditional grid-following to grid-forming control? Let's collaborate for a deep dive into the future of power systems! ⚡🔍 #ThesisDevelopment #ElectricalEngineering #ResearchIdeas #PowerSystems #CollaborationOpportunity