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If you completed ME/M.tech in Electrical Engineering or equivalent then this the golden opportunity for you to work as Junior Research Fellow (JRF) with Dr. Navneet Kumar (Phd IIT Roorkee), Rajkiya Engineering College Bijnor. Major research area of MeitY, Gov. of India funded project is to develop IoT and drone based agriculture monitoring system. Selected candidate will received emolument of Rs.31000 +HRA (If applicable) Find attached pdf file which includes all detail as well as application form.

Hello! If you are a PG/Phd student of electrical engineering then this post is for you. Rhyni - Tech Skills & Fundamental is the only platform that provides premium online courses for the post graduate engineering studies at the most affordable price. Here is the list of courses recommended to PG students of electrical engineering. Checkout the course contents and start learning a new skill today. Tuning the Gains of PID Controller with MATLAB (https://www.rhyni.com/courses/tuning-the-gains-of-pid-controller-with-matlab) Design PID Controller with MATLAB and Set the Gains to get Desired Response Contents 1. Introduction: 1.1 Course Introduction 1.2: Introduction to Control System 1.3: Open –loop Control System 1.4: Closed-loop Control System Ch 2: Understanding Control System with an Example 2.1: Mathematical Model of DC Motor 2.2: Mathematical Model of PID Controller 2.3: DC Motor Speed Control System Ch 3: PID Controller Design with MATLAB 3.1: Simulation Model of DC Motor 3.2: Simulation Model of PID Controller 3.3: Closed-Loop PID Speed Control of DC Motor with MATLAB Ch 4: Tuning the Gains of PID Controller 4.1 Tuning the Gain of PID Controller 4.2 Summary of Tuning the Gains 4.3: Live Tuning of Gains of the PID Controller - 1 4.4: Live Tuning of Gains of the PID Controller - 2 4.5: Effect of Load Torque on PID Controller Ch 5: Examples of Closed-loop Control System 5.1: 5 HP DC Motor Speed Control System 5.2: 12V DC-DC Controller for EV Application 5.3: Cruise Control of Automotive Applications Ch 6: Analysis of the System with MATLAB Programing 6.1: Analysis of First order system with MATLAB Programing 6.2: Analysis of Proportional Controller with MATLAB Programing 6.3: Analysis of PID Controller with MATLAB Programing Ch 7: Auto-Tuning of PID Controller 7.1: Auto Tuning of PID Controller Ch 8: Applications & Summary 8.1: Applications of PID Controller 8.2: Summary of PID Controller Tuning Build Dynamic Model of Electric Vehicle in MATLAB (https://www.rhyni.com/courses/build-dynamic-model-of-electric-vehicle-in-matlab) Learn how to develop simulation model of an electric vehicle with MATLAB Contents Ch 1: Introduction • Getting Started • Course Introduction Ch 2: Derive MAthematical Model of Vehicle • Vehicle • Derive Mathematical Model of the Vehicle Ch 3: Simulation Model of Vehicle with MATLAB • Develop Dynamic Vehicle Model with MATLAB • Derive Speed-Torque Characteristics of Vehicle • Store the Characteristics to the Look-up Table Ch 4: Simulation Model of Specific Vehicle • Develop Simulation Model of Maruti Swift Desire • Task: Develop Simulation Model of Specific Car • Task: Develop Smulation Model of Specific Bike Ch 5: Simulation Model of Electric Vehicle • Derive Mathematical Model of DC Motor • Develop Simulation Model of DC Motor • Derive constant Kt & Kb of DC Motor • DC Motor Specifications (5hp to 75hp) Ch 6: Connect Electric Motor Model with Vehicle Model • Understanding a problem • Solution: Passive Loading Scheme • Validation • Summary of Passive Loading Scheme • Task: Connect your vehicle model with 75hp Motor Ch 7: 200kg Electric Vehicle Model Powered by 5hp DC Motor • Analysis of 200kg Vehicle when powered by 5hp DC Motor • Motor Model from Simpowersystem Library • Current Limit & Speed Control Ch 8: Analysis of Different Electric Vehicle Model • 200kg Electric Vehicle Powered by 3kw 48V DC Series Motor • Maruti Swift Desire Powered by 50hp 240V DC Motor • Maruti Swift Desired Powered by 60kw SR Motor Ch 8: Summary • Classifications of Electric Vehicle Simulations • Congratulations! Modelling & Simulations of SRM Drive (https://www.rhyni.com/courses/modelling-%26-simulations-of-srm-drive) Learn simulation of SRM drive like a hands-on MATLAB workshop (Specially for Research Scholar) Contents Ch 1: Introduction • Prerequisite • Course Introduction Ch 2: Mathematical Modeling & Simulation Model of SRM • Mathematical Modeling of SRM • Simulation Model Development Ch 3: Different Modelling Techniques and Comparison • Look-up table based approach • Analytical Modeling Technique • Inductance Based Modeling • Physical Modeling Technique • Comparison of modeling technique Ch 4: Get familiar with SRM Model available in MATLAB Library • Basic Parameters of SRM Model • Parameters of Generic Model • Task: Build 1.1KW and 7.5 KW SRM model Ch 5: Simulation of Switched Reluctance Motor Drive • Let’s Start Playing with SRM model • Design of Commutation Pulse Generation • Design of Commutation Pulse Generation with Angle Control • Design of Commutation Pulse Generator with Discrete Time Integrator • Design of Asymmetric Converter • Adding Current Limiter • Analysis of SRM Model and Variant Ch 6: Simulation and Analysis of Speed Control Techniques of Switched Reluctance Motor • Hysteresis Current Control • Voltage Control • Voltage PWM Control • Advanced Angle and Dwell Angle Control Ch 7: Simulation and Analysis of Closed-loop Speed Control of SRM Drive • Closed-loop Speed Control with Hysteresis Current Controlled SRM Drive • Closed-loop Speed Control with Voltage PWM SRM Drive • Closed loop Speed control with Voltage PWM SRM Drive with Inner Current Loop • Closed Loop Speed Control with Angle Control Drive Ch 8: Load Characteristics & Snubber Circuit • Setting Load Characteristics for Application • Effect of Snubber Circuit Parameters Ch 9: Simulation and Analysis of Electric Braking & Regeneration • Implementation of Electric Braking with Commutation Angle Control • Implementation of Electric Braking with Commutation Pulse Interchange • Control of Braking Torque • Regeneration during Electric Braking • Electric Braking with Soft Switching Strategy Ch 10: Practice Assignments & Tips • Assignment: [Derive the Speed-Torque Characteristics of SRM] • Assignment: [Derive Variation in Torque Ripple in SRM with load and speed] • Tips: How to utilize these simulations for research and dissertation work Fundamentals of Electric Vehicle Engineering (https://www.rhyni.com/courses/fundamentals-of-electric-vehicle-engineering) Learn fundamentals of electric vehicle system with multidisciplinary perspective Contents: Ch. 1: Introduction: 1.1: Course Introduction 1.2: Vehicle and Automobile Industry 1.3: Benefits of Electric Vehicle Ch 2: Introduction to Electric Vehicle Engineering 2.1: Mobile Phone Analogy for Predicting Future of EV 2.2: Parameters of Electric Vehicle System 2.3: Block diagram of Electric Vehicle Ch 3: Vehicle Characteristics 3.1: Basic Parameters of Vehicle 3.2: Average Power Calculation 3.3: Power Weight Ratio 3.4: Driving Cycle 3.5: Force Speed Characteristics of Vehicle 3.6: Torque-Speed Requirement of Vehicle 3.7: Mathematical Model of Vehicle Ch 4: Simulation and analysis of Vehicle Model with MATLAB 4.1: Development of Vehicle Model with MATLAB Simulink 4.2: Analysis of Vehicle Simulation Model 4.3: Understanding Torque-Speed Characteristics of Vehicle Ch 5: Electric Motor Drive 5.1: Basics of Electric Motor 5.2: Torque Speed Characteristics of Electric Motor 5.3: Electric Motor Drive System 5.4: Type of Electric Motors & Their Suitability to EV Application 5.5: Configuration of Electric Vehicle Based on Electric Drive Train Ch 6: Energy sources: 6.1: Energy Sources for EV 6.2: Fuel Cell 6.3: Ultracapacitor 6.4: Flywheel 6.5: Battery 6.6: Hybrid Energy Sources Summary & Quiz MATLAB for Power Electronics Converters: Simulation & Analysis (https://www.rhyni.com/courses/matlab-for-power-electronics-converters%3A-simulation-%26-analysis) Learn simulation of various power electronics converters with hands-on practice. Contents: Ch. 1: Introduction: 1.1: Course Introduction 1.2: Introduction to Power Electronics 1.3: Introduction to MATLAB & Simulation ​ Ch 2: Simulation of Electric Circuit 2.1: Basics of Simulation Model Development 2.2: Simulation Model of Electric Circuits 2.3: Simulation of Power Electronics Switches 2.4: Formatting & Result Reporting 2.5: Summary Ch 3: Chopper: Simulation of DC/DC Converters 3.1: Buck Converter 3.2: Boost Converter 3.3: Buck-Boost Converter 3.4: 72V to 12V Converter for EV (Project) ​ Ch 4: Inverter: Simulation of DC/AC Converters 4.1: Single Phase Square-Wave Inverter 4.2: Single Phase Modified Square-Wave Inverter 4.3: Single Phase Sine-Wave Inverter 4.4: Three Phase Square-Wave Inverter 4.5: Three Phase Sine-Wave Inverter ​ Ch 5: Controlled Rectifier: Simulation of AC/DC Converters 5.1: Cosine Firing Scheme 5.2: Single Phase Phase-Controlled Rectifier 5.3: Three Phase Phase-Controlled Rectifier ​ Ch 6: Regulator: Simulation of AC/AC Converters 6.1: Ac Regulator (Phase Controlled) 6.2: Integral Cycle Ac Controller 6.3: Ac Chopper Fundamentals of Switched Reluctance Motor & Drive (https://www.rhyni.com/courses/fundamentals-of-switched-reluctance-motor-%26-drive) Everything you need to know about working of a switched reluctance motor, its parameters, torque-speed characteristics, converter and control. Contents: Ch. 1: Introduction: 1.1: Course Introduction 1.2: Forward to The Past with SRM ​ Ch 2: Fundamentals of SRM 2.1: Fundamentals of Operation 2.2: SRM Geometry & Types 2.3: Important Angular parameters of SRM 2.4: Equivalent Circuit & Torque Equation 2.5: Torque Speed Characteristics Ch 3: Converter & Control of SRM 3.1: Speed Control of SRM 3.2: Closed Loop Speed Control of SRM Drive 3.3: Converters Topologies 3.4: Electric Braking & Regeneration 3.5: Position Sensing Arrangement ​ Ch 4: Latest Research Trends & Applications of SRM 4.1: Attractions Application & Issues 4.2: Torque Ripple and Acoustic Noise 4.3: Latest Research Trend Fuzzy Logic: Quick start Guide (https://www.rhyni.com/courses/fuzzy-logic%3A-quick-start-guide) Learn fundamental of fuzzy logic and its implementation with MATLAB Contents: Ch. 1: Introduction to Fuzzy Logic 1.1: Course Introduction 1.2: Introduction to Fuzzy Logic 1.3: Understand Fuzzy Logic with an Example Ch 2: Fuzzy Logic with MATLAB Tool Box 2.1: Introduction to MATLAB Fuzzy Logic Tool Box 2.2: How to add Inputs & Outputs Variables 2.3: How to add Membership Functions 2.4: How to Decide and add Rules 2.5: Analyze Rules and Response 2.6: How to interface Fuzzy Logic System with Simulink 2.7: Summary Ch 3: Fuzzy Logic Based Temperature Controlled Fan 3.1: Design of Fuzzy Logic Based Temperature Controlled Fan 3.2: Implementation of Fuzzy Logic Based Temperature Controlled Fan Ch 4: Fuzzy Logic in Four Easy Steps 4.1: Step 1 - Fuzzification & Step 2 - Membership Function 4.2: Step 3 - Deciding Rules 4.3: Step 4 - Defuzzyfication Ch 5: Fuzzy Logic Based Washing Machine 5.1: Design & Implementation of Fuzzy Logic Based Washing Machine Ch 6: Fuzzy Logic as Controller - FLC 6.1: Introduction to Fuzzy Logic Controller 6.2: Fuzzy Logic Controller for DC Motor Speed Controller Ch 7: FLC Based DC Motor Speed Control System 7.1: Simulation of Dc Motor Speed Control System 7.2: Designing Fuzzy Logic Controller for Dc Motor Speed Control 7.3: Simulation of FLC Based DC Motor Speed Control Sytem Ch 8: Applications of Fuzzy Logic 8.1: Other Applications of Fuzzy Logic Harmonics Analysis & THD with MATLAB (https://www.rhyni.com/courses/harmonics-analysis-%26-thd-with-matlab) Learn fundamentals of harmonics and analyse each power electronics converters with MATLAB Contents: Ch. 1: Introduction 1.1: Course Introduction Ch 2: Fourier Analysis & THD 2.1: Quest to Produced waveform closed to sine-wave 2.2: Fourier analysis & THD 2.3: Analysis of Square Wave 2.4: Analysis of Quasi Square Wave 2.5: Analysis of Stepped Wave (180 mode phase voltage) 2.6: Analysis of Notched (Multiplulse) Waveform Ch 3: MATLAB for Harmonics Analysis & THD 3.1: Fourier Coefficient with MATLAB 3.2: Fourier Series with MATLAB 3.3: THD with MATLAB 3.4: FFT with MATLAB 3.5: THD in current waveform Ch 4: Harmonics due to Power Electronics Converters 4.1: Harmonics due to Inverter 4.2: Harmonics in Rectifier 4.3: Summary Harmonics due to Rectifier 4.4: Harmonics due to Regulator 4.5: Summary Harmonics due to Regulator Are you looking for something else? 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