Electrical vehicle 2-week

⚡ Electric Vehicle (EV) – 2 Week Course

📌 Course Overview

This 2-Week Electric Vehicle (EV) Course is designed to introduce students to the fundamentals of electric vehicles, EV components, working principles, charging systems, and future trends. The course combines theory + practical understanding, making it ideal for beginners and engineering students.

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🎯 Course Objectives

• Understand the basics of Electric Vehicles

• Learn EV components and powertrain architecture

• Explore batteries, motors, and charging technologies

• Gain practical knowledge of EV design and applications

• Understand EV safety standards and future scope

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🗓️ Course Duration

2 Weeks (Online / Offline / Hybrid)

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📘 Week-Wise Course Content

🔹 Week 1: EV Fundamentals & Core Components

• Introduction to Electric Vehicles

• EV vs ICE Vehicles (Comparison)

• Types of Electric Vehicles (BEV, HEV, PHEV, FCEV)

• EV Architecture & Powertrain

• Battery Types (Li-ion, Lead Acid, Solid State – Basics)

• Electric Motors used in EVs

• Motor Controllers & Power Electronics

• Basic EV Calculations

• Safety Measures in EV Systems

✅ Assignment (Week-1):
Short quiz + EV component identification task

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🔹 Week 2: Charging, Applications & Future Trends

• EV Charging Systems (AC, DC, Fast Charging)

• Charging Standards & Connectors

• Battery Management System (BMS)

• Regenerative Braking System

• EV Thermal Management

• EV Maintenance & Troubleshooting Basics

• EV Market in India & Government Policies

• Career Opportunities in EV Industry

• Future Trends in Electric Mobility

✅ Final Mini Project:

• EV System Block Diagram
  OR

• Case Study on any Electric Vehicle Model

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🧠 Learning Outcomes

After completing this course, students will be able to:

• Explain EV working principles

• Identify key EV components

• Understand charging and battery systems

• Analyze EV advantages and limitations

• Explore career paths in EV technology

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🎓 Who Can Join?

• Engineering Students (Mechanical / Electrical / ECE / Automobile)

• Diploma & Polytechnic Students

• Beginners interested in EV technology

• Faculty & Industry Aspirants

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📜 Certification

✅ Certificate of Completion will be provided after successful completion of the course.

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🚀 Key Highlights

✔ Learn Fast
✔ Beginner Friendly
✔ Hands-on Concepts
✔ Industry-Relevant Skills
✔ Career-Oriented Course

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Here’s clean, beginner-friendly content for a 2-Week Verilog HDL Course, perfect for YouTube, PDF, posters, or course pages.

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💻 Verilog HDL – 2 Week Course

📌 Course Overview

This 2-Week Verilog HDL Course introduces learners to Hardware Description Language (HDL) used in digital circuit design and VLSI systems. The course focuses on concept clarity, coding practice, and simulation, making it ideal for beginners and engineering students.

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🎯 Course Objectives

• Understand the basics of Verilog HDL

• Learn digital design using Verilog

• Write synthesizable Verilog code

• Simulate and test digital circuits

• Prepare for VLSI, FPGA, and core electronics roles

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🗓️ Course Duration

2 Weeks (Online / Offline / Hybrid)

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📘 Week-Wise Course Content

🔹 Week 1: Verilog Basics & Combinational Logic

• Introduction to Verilog HDL

• Verilog vs VHDL

• Digital Design Flow

• Structure of a Verilog Program

• Data Types (wire, reg, integer)

• Operators in Verilog

• Modules & Ports

• Continuous Assignments

• Always Blocks (Basics)

• Combinational Logic Design

  • AND, OR, NOT, XOR

  • Multiplexer

  • Decoder & Encoder

✅ Assignment (Week-1):
Write Verilog code for basic combinational circuits and simulate them.

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🔹 Week 2: Sequential Logic & Simulation

• Sequential Circuits Overview

• Flip-Flops (D, JK, T) using Verilog

• Registers & Counters

• Clock & Reset Concepts

• Blocking vs Non-Blocking Assignments

• Testbench Writing

• Simulation using ModelSim / Vivado (Intro)

• Common Coding Mistakes

• Introduction to FPGA & VLSI Flow

• Real-World Applications of Verilog

✅ Final Mini Project:

• Design a 4-bit Counter / ALU / FSM

• Write Verilog Code + Testbench

• Simulate and verify outputs

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🧠 Learning Outcomes

After completing this course, learners will be able to:

• Write and understand Verilog HDL code

• Design combinational and sequential circuits

• Create testbenches for verification

• Simulate digital designs

• Take first steps toward VLSI & FPGA development

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🎓 Who Can Join?

• Electronics & Electrical Engineering Students

• Diploma / Polytechnic Students

• Beginners in VLSI & Digital Design

• FPGA & Hardware Enthusiasts

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📜 Certification

✅ Certificate of Completion will be provided.

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🚀 Key Highlights

✔ Beginner Friendly
✔ Hands-on Coding
✔ Industry-Relevant Skills
✔ Mini Project Included
✔ VLSI & FPGA Oriented