Electrical Machines-II

Course Title: Electrical Machines - II

Course Code: PC409EE

Semester: IV B.E.

Credits: 4

📘 Course Overview

Course Overview Objectives & Outcomes (PDF) Syllabus Copy (PDF) Scheme of Instructions (PDF)

📅 Lesson Plan

Weekly/Unit-wise Plan (Table or PDF)

📚 Teaching Materials

PPTs (PDF) Lecture Notes (PDF) Text Books (PDF) Reference Books (PDF) Journals (PDF) Videos (Hyperlink) Unit wise Study Schedule

📝 Assessment Plans

CIE & Final Exam Pattern (PDF) Rubrics (PDF)

🧾 Assignments & Solutions

Assignments with Answer Keys (PDF)

📖 Question Bank

University Previous Question Papers (PDF) GATE ESE (PDF) CIE Question Papers (Blooms Taxonomy) PDF Tutorial Topics and Questions (PDF) Unit-wise and Model Questions (PDF) Unit-wise and Model Questions-2 (PDF) Unit-wise and Model Questions-2 (PDF)

📊 Course Outcomes & Attainment

CO-PO Mapping and Graphs (PDF) CO-PO Mapping and Graphs (PDF)

💼 Project / Dissertation

Syllabus (PDF) Guidelines (PDF) Supervisor Approval Form (PDF) List of Past Project Titles (PDF)

Comments

Post a Comment

Popular posts from this blog

Introduction

Image
✨ Electrical and Electronics Engineering (EEE) 📚 Overview EEE combines innovation with core electrical concepts to power tomorrow's technologies. Dive into control systems, renewable energy, EVs, and smart power systems! 📚 Key Areas & Animated Visuals 🎓 Career Scope ⚡ Power System Engineer 💻 Embedded Systems Developer 🔌 Electrical Design Engineer 🤖 Robotics & Automation Expert 🌞 Renewable Energy Analyst 🛠️ Tools & Technologies 🧪 MATLAB, Simulink – Advanced modeling 🧠 Proteus – Microcontroller simulation 💡 PSCAD – Power system dynamics 📊 LTSpice – Analog simulation 🌐 Virtual Labs Platform 💡 Innovative Projects IoT-based Smart Energy Grid Solar-powered Electric Vehicles Wireless Charging Stations AI Fault Detection in Transformers Smart Load Balancer using ML 📧 Contact Email: m...
Read more