Diploma in Electrical and Electronic Engineering

About the course

Diploma in Electrical and Electronic Engineering programme prepares you for careers in the Electrical, Electronics, Telecommunication, and Manufacturing environments. This programme offers a broad-based study in the areas of electrical and electronic engineering. A range of modules in the electrical and electronic engineering spectrum is provided. You will be equipped with the knowledge and expertise to face the challenges of business development in a wide range of electrical and electronic industries. Other skills necessary for the workplace are also provided. These include communication skills and life-long learning skills. Hands on experience provide necessary experience in designing engineering solutions, dealing with implementation issues, and using engineering tools. In addition, you will be exposed with seminars & competitions to be part of the engineering world. The Electrical & Electronic Engineering programme at APIIT provides a significant amount of hands-on experience. The curriculum requires 6 semesters of laboratory experience in electrical and electronics. students will be introduced to preparatory modules which would be essential for them to embark on their journey in completion of their diploma. Students will be taught English for writing, reading and speaking together with basic Mathematics, Mechanics and Computing. students study Mathematics in more depth and are exposed in professional communication and business to prepare them with skills essential to prepare them in the working world. Students are taught to understand and solve problems involving three phase circuits, synchronous machines, transformers, transmission lines and power system protection, learn to interpret control process and transform the process into mathematical expression and learn on detailed construction, types, operating characteristics of DC & AC Machines and drives.

Benefits

• They would also learn to construct simple logic circuits and to apply cocepts of magnetic and electrical field.
• In addition to these, they would be also learn on atomic structure, properties and failures of materials such as polymers and metal alloy.
• They would be learning on calculating currents and voltages in circuits using Kirchoff’s Law, network theorems and nodal and mesh analysis.
• Students are also exposed to computer based 3D modelling, Boolean Algebra, Karnaugh map and construction of digital arithmetic circuits.
• They also learn about various types of instruments used for engineering measurements and has the opportunity to use them; preparing themselves with sufficient knowledge on lab equipments before they experience more labs in coming semesters.
• Students are taught on how to write assembly language programmes to programme the microprocessor and micro controller and also to design, implement and test alorithms in C programming.
• students are also exposed to analogue circuits and its analysis.