H a l t o n A c a d e m y

About Us

Our goal is simple: we help you grow to be your best. Whether you’re a student, working professional, corporate organization or institution, we have tailored initiatives backed by industry specific expertise to meet your unique needs.

Contact Info

Halton Academy For Management and Technology Private Limited,
39/2475-B1 LR Towers, South Janatha Road, Palarivattom, Ernakulam, Kerala - 682025, India.

+91-7511-1890-01

4 Francis Street, le2 2bd, England,
United Kingdom.

hello@haltonacademy.com

Diploma in Electrical Engineering

*Semester 1:*

1. *Engineering Mathematics-I*

   - Algebra, Trigonometry, Calculus, and Statistics.

2. *Engineering Physics*

   - Basics of mechanics, optics, and thermodynamics.

3. *Engineering Chemistry*

   - Basics of chemical reactions, materials, and corrosion.

4. *Basic Electrical Engineering*

   - Fundamentals of circuits, motors, and transformers.

5. *Engineering Drawing*

   - Technical drawing and CAD (Computer-Aided Design).

6. *Workshop Technology*

   - Hands-on training in electrical wiring and soldering.

*Semester 2:*

1. *Engineering Mathematics-II*

   - Advanced calculus, differential equations, and probability.

2. *Electrical Circuits and Networks*

   - Circuit analysis, network theorems, and AC/DC circuits.

3. *Electronic Devices and Circuits*

   - Basics of diodes, transistors, and amplifiers.

4. *Communication Skills*

   - English language and technical communication.

5. *Computer Applications*

   - Basics of programming and software tools.

6. *Environmental Studies*

   - Environmental science and sustainability.

 

*Semester 3:*

1. *Electrical Machines-I*

   - Working principles of transformers, DC motors, and generators.

2. *Digital Electronics*

   - Basics of digital circuits, logic gates, and Boolean algebra.

3. *Electrical Measurements and Instrumentation*

   - Use of multi meters, oscilloscopes, and other instruments.

4. *Programming in C*

   - Basics of C programming and its applications in electrical engineering.

5. *Workshop Practice*

   - Hands-on training in electrical repair and maintenance.

6. *Mathematics-III*

   - Advanced topics in mathematics relevant to electrical engineering.

 

*Semester 4:*

1. *Electrical Machines-II*

   - Working principles of AC motors and generators.

2. *Power Systems-I*

   - Basics of power generation, transmission, and distribution.

3. *Control Systems*

   - Basics of control systems and feedback mechanisms.

4. *Microcontrollers and Applications*

   - Basics of microcontrollers and their programming.

5. *Industrial Training*

   - Internship or industrial visit.

6. *Electrical Workshop*

   - Hands-on training in electrical systems and components.

 

*Semester 5:*

1. *Power Systems-II*

   - Advanced topics in power systems and protection.

2. *Power Electronics*

   - Converters, inverters, and power control devices.

3. *Renewable Energy Systems*

   - Basics of solar, wind, and other renewable energy systems.

4. *Project Work*

   - Capstone project related to electrical engineering.

5. *Electrical Estimation and Costing*

   - Basics of electrical project estimation and costing.

6. *Industrial Electronics*

   - Applications of electronics in industrial automation.

 

*Semester 6:*

1. *Electrical Safety and Maintenance*

   - Safety protocols and maintenance techniques in electrical systems.

2. *Advanced Electrical Machines*

   - Advanced topics in electrical machines and drives.

3. *Entrepreneurship Development*

   - Basics of starting and managing a business.

4. *Comprehensive Viva*

   - Oral examination covering all subjects.

5. *Elective Subjects*

   - Optional subjects based on student interest (e.g., smart grids, electric vehicles).

 

*Additional Topics (Optional or Elective):*

- *Smart Grids and Energy Management*

- *Electric Vehicles and Hybrid Systems*

- *Industrial Automation and Robotics*

- *Cybersecurity in Electrical Systems*

- *Advanced Power Electronics*

 

*Practical Components:*

- *Lab Work:*

  - Electrical circuits labs, power systems labs, and electronics labs.

- *Workshops:*

  - Hands-on training in electrical repair and maintenance.

- *Industrial Visits:*

  - Visits to power plants, substations, and electrical manufacturing facilities.

- *Projects:*

  - Design and development of electrical systems and devices.

 

 *Key Skills Developed:*

- *Technical Skills:*

  - Design, analysis, and troubleshooting of electrical systems.

- *Software Skills:*

  - Use of simulation tools (e.g., MATLAB, PSpice), programming, and CAD tools.

- *Soft Skills:*

  - Communication, teamwork, and project management.