Diploma in Electrical and Electronic Engineering

LAB FACILITIES

ELECTRICAL MACHINES LAB: 1.Find out Characteristics of DC machines,AC machines and transformer 2.Various speed control methods of Electrical motor. 3.prove all the laws and theorems 4.Understand characteristics of measuring instruments

SIMULATION and CAD LAB: To design and verification of results for various ELectrical and Electronics Circuits using MATLAB Software 2.Design 2D Diagram of symbols widely used in Electrical and Electronics Circuits, starter Circuits,Winding Connections and Line Diagram of Substation using AUTOCAD Software

WIRING, WINDING LAB: Know the connections of Electrical wiring and winding of motors.

POWER ELECTRONICS LAB: Know the control and drives for the Electrical Machine are formed by Power ELecronic Devices.

OPPORTUNITIES
Job prospects:

Electrical Engineers are needed in all manufacturing units. All major companies of public and private sector such as Electricity Boards, Large Scale Industries, Manufacturing Plants, Power Corporations, Hydro-Electricity sector are continuously in need of Electrical Engineers for their projects. Electrical Engineers also find job prospects in Design Industries, Production plants, Natural gas plants, Petroleum as well as in steel and chemical plants. Many premier Educational and Research Institutions regularly recruit electrical engineers as graduate Engineer trainees and Management Trainees to work on research projects. Electrical Engineers can also get a job in Major players in Public Sector such as Indian Railways,Armed forces (Technical Branch) and also in Thermal and Nuclear power Corporation Limited.
Top Recruiters:

PSUs such as BHEL, NTPC,DMRC,NHPC, Power Grid, state electricity boards like APTRANSCO,APGENCO and private companies such as Crompton greaves, Siemens, Hitachi, Jindal steel and power, reliance, I&T, TATA and Samsung engineering.

Trainings

Technical and Soft skill (communication) classes are conducted every week (3 hours), and some trainings like Mathematical skill, substation maintenance (TNEB), Machine oriented training, Testing the electronic components , PLC programming, Field orientation training are given to the every students as a part of Placement training by the Faculty Members of the department.

  • Low performance students are identified and special trainings are given to them.
  • We proud to say that every year we achieved 100% placement.

STAFF DETAILS

S.NO NAME QUALIFICATION DESIGNATION
1 K. RAMESH B.E HEAD OF DEPARTMENT
2 M. PRAKASH M.E LECTURER
3 S. RENUKA B.E LECTURER

The Diploma in Electrical & Electronics Engineering is a comprehensive program that provides students with a solid foundation in both electrical and electronics engineering. The course typically spans three years and aims to equip students with theoretical knowledge and practical skills. Below are the key course details:

Core Subjects

Mathematics for Electrical Engineers
Basic Electronics
Electrical Circuit Analysis
Electromagnetic Theory
Digital Electronics
Power Systems
Control Systems
Electrical Machines
Microprocessors
Communication Systems
Programming Languages

Laboratory work in electrical circuit design, electronics, power systems, and control systems.

Project Work

Students are often required to undertake a project in their final year, applying their knowledge to real-world engineering problems.

Industrial Training

Some programs include industrial training or internships to provide hands-on experience in electrical and electronics industries.

Seminar and Workshops

Participation in seminars and workshops conducted by industry experts to stay updated on emerging technologies.

Soft Skills and Communication

Emphasis on developing communication and interpersonal skills, essential for success in engineering roles.

Career Opportunities

Electrical Engineer

Design and develop electronic systems and components.

Electronics Engineer

Work on the design and development of electronic circuits and devices.

Power Systems Engineer

Specialize in the design and management of power distribution systems.

Control Systems Engineer

Design and implement control systems for various applications, such as manufacturing processes.

Instrumentation Engineer

Develop and maintain instruments used in various industries.

Communication Systems Engineer

Work on the design and optimization of communication systems.

Renewable Energy Engineer

Focus on the design and implementation of renewable energy systems.

Automation Engineer

Design and implement automated systems in manufacturing and industry.

Project Engineer

Oversee engineering projects, coordinating activities and ensuring project goals are met.

Quality Control Engineer

Ensure the quality and reliability of electrical and electronic systems.

Entrepreneurship

Start your own electrical or electronics engineering consultancy. A Diploma in Electrical & Electronics Engineering provides a strong foundation for a rewarding career in the dynamic field of electrical and electronics engineering, offering opportunities for specialization and growth in various industries.

Further Education

Pursue higher education, such as a Bachelor's degree in Electronics and Communication Engineering or related fields, for expanded career opportunities.