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Electrical and Electronics Engineering

Why Choose EEE at ACE?

The Department of Electrical and Electronics Engineering (EEE) was established in 2007 with an initial intake of 60 students. Backed by strong academic leadership and a vision to nurture future-ready engineers, the department has consistently focused on building both foundational and industry-relevant competencies.

Accredited by the National Board of Accreditation (NBA) in 2015, 2018, and re-accredited in 2021, the department also benefits from ACE Engineering College’s NAAC ‘A’ Grade status and Autonomous recognition. The curriculum is designed to blend core EEE concepts with emerging technologies such as Electric Vehicles, Solar Energy, IoT, Power Electronics, and Smart Grid Systems.

Students are supported through placement-oriented training programmes in CRT, RPA, Salesforce, PEGA, and Vihaan, alongside academic learning. A strong emphasis is placed on communication, problem-solving, and critical thinking skills. The department fosters a research-driven environment through student projects, conferences, technical expos, and industry collaborations. With experienced faculty and robust infrastructure, the EEE department continues to shape competent professionals equipped for global challenges.

Accreditation

Vision & Mission

Our Vision

To be a leading technical center to achieve international standards in the areas of education, research and services and to develop the students with engineering professional attitude, equipped with a strong technical foundation required for critical reasoning, analytical and technical skills to face global challenges to succeed competitive examinations and to promote creative environment for developing young entrepreneurs with social- concern.

Our Mission

  • Quality Technical Education to young Engineers by providing state-of-the-art laboratories
  • Preparing them for competitive examinations in higher education.
  • Employment with cognizant professional attitude, research aptitude, life-long learning, entrepreneurial practices, ethical values and social concern.
  • Promotion of lifelong learning, entrepreneurial practices, ethical values, and social responsibility.

Curriculum Syllabus

ACE R20 Regulation

I Year (I & II Sem) Syllabus
II Year (I & II Sem) Syllabus
III Year (I & II Sem) Syllabus
IV Year (I & II Sem) Syllabus

ACE R22 Regulation

I Year (I & II Sem) Syllabus
II Year (I & II Sem) Syllabus
III Year (I & II Sem) Syllabus
IV Year (I & II Sem) Syllabus

ACE R24 Regulation

I Year (I & II Sem) Syllabus
II Year (I & II Sem) Syllabus

Program Education Objectives

Program Specific Outcomes (PSOs)
  • Prepare students to succeed in competitive examinations for higher education and employment.
  • Equip students with the latest skills in industry-relevant technologies for real-time applications.
  • Contribute to smart power grid development and green energy integration for societal impact.
Program Outcomes (POs)
  1. Engineering Knowledge: Apply knowledge of mathematics, natural science, computing, engineering fundamentals and an engineering specialization to develop solutions for complex engineering problems.
  2. Problem Analysis: Identify, formulate, and analyse complex engineering problems through in-depth research and critical thinking.
  3. Design/Development of Solutions: Design systems and processes that address engineering problems while considering safety, environmental, and societal factors.
  4. Conduct Investigations of Complex Problems: Use research-based knowledge and experiments to derive data-driven conclusions.
  5. Engineering Tool Usage: Apply modern tools and software for simulation, modelling, and testing electrical systems.
  6. The Engineer and the World: Analyse the societal and environmental impact of engineering solutions and uphold sustainability principles.
  7. Ethics: Commit to professional ethics, human values, and inclusivity in all engineering practices.
  8. Individual and Team Work: Work effectively in diverse teams and multidisciplinary environments, both as a leader and contributor.
  9. Communication: Communicate clearly and professionally through reports, presentations, and documentation.
  10. Project Management and Finance: Apply engineering and management principles for effective project execution and team coordination.
  11. Life-long Learning: Demonstrate adaptability to new technologies and a commitment to continuous professional development.

Infrastructure & Labs

All classrooms are smart-enabled with LCD projectors, smart boards, and CCTV monitoring. The department also maintains an exclusive library with textbooks and reference materials relevant to EEE.The department boasts robust lab infrastructure and dedicated resources to support practical and project-based learning:

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Basic Electrical Engineering Lab

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Principles of Electrical and Electronics Engineering Lab

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Electrical Circuits Lab (I & II)

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AC and DC Machines Labs

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Power Systems Lab

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Electrical Simulation Lab (equipped with MATLAB, PSCAD, PSpice, ECAD, LabVIEW, SolarPro, and more)

92+

Campus Interviews Conducted

156+

Campus Interviews Conducted

31+

Campus Interviews Conducted

500+

Campus Interviews Conducted

Our Tap Recuiters

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Advisory Board Members

Head of the Department

Dr. Samanthaka Mani Kuchibhatla

Assoc. Prof. & HOD of EEE Dept.

Senior Faculty Members

Dr. Shaik Abdul Ahad Professor

Member

Mr. B .S Krishna Varma, Assoc. Prof.

Member

Dr. Miska Prasad Assoc. Prof.

Member

Mrs.Rajitha Kasarla Asst. Prof.

Member

Mr. M. Raja Shekar, Assoc. Prof.

Member

Faculty Members

Ms.Arrekkal Sunantha

Member

Mr. Hanumantha Rao Kandula

Member

Mr.Goutam Barma

Member

Ms. J. Malavika

Member

Ms. Venkata Swathi Gaddamanugu

Member

Mr. Harikranth Budida

Member

Students

K.Ramesh

IV EEE

U.Parsharamudu

III EEE

Ch.Rajesh

IV EEE

B.Prashanth

III EEE

Parents

B.Murali Krishna

Teacher

U.Kasim

Businessmen

Alumni

Mr.B.Abhilash

Entrepreneur

Mr.Sai Krishna

Associate Engineer,Qualcom

Professional Bodies Members

Dr. S. Srinivas Rao

Professor, EEE Dept. NIT Warangal

Mrs. C. Swapna.

Assistant Engineer TSGENCO, VIDYUTHSOUDHA Hyd.

Employers

Mr.A.Srikanth Reddy

Project Manager, CYNO HUB,Hyd

Mr.A.Sathish Kumar, MD

Surya Tech solutions Hyd.

Roll Of Honour

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P. Narendar Reddy

H : No : 22AG5A0203
BATCH : 2021-2025

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Porkuri Ajay

H : No : 21AG5A0204
BATCH : 2020-2024

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Martha Sravani

H : No : 20AG5A0201
BATCH : 2019-2023

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Peddavittannagari Uday Kiran

H : No : 19AG5A0205
BATCH : 2018-2022

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Pankaj Jain

H : No : 17AG1A0245
BATCH : 2017-2021

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Bejugam Dinesha

H : No : 16AG1A0205
BATCH : 2016-2020

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Nellula Swathi Menon

H : No : 15AG1A0223
BATCH : 2015-2019

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K. Kavya Reddy

H : No : 14AG1A0232
BATCH : 2014-2018

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Surakanti Bhargavi

H : No : 13AG1A0277
BATCH : 2013-2017

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M Harika

H : No : 11AG1A0203
BATCH : 2011-2015

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Baraiya Divya Patel

H : No : 12AG1A0234
BATCH : 2012-2016

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Mundra Sowmya

H : No : 10AG1A0237
BATCH : 2010-2014

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Mosali Teja

H : No : 09AG1A0240
BATCH : 2009-2013

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Naga Yasasvi Puvvada

H : No : 12AG1A0234
BATCH : 2008-2012

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S.Varuni

H : No : 07AG1A0246
BATCH : 2007-2011

Events & Activities

No upcoming events found.

Frequently Asked Questions

Wondering what to expect from your chosen branch of engineering? Explore these FAQs to learn more about academics, labs, placements, and beyond.
What are the major focus areas in EEE at ACE?
The program covers Electrical Machines, Power Systems, Control Systems, Power Electronics, Embedded Systems, and Renewable Energy.
Is there practical exposure to circuit design and automation?
Yes, students get hands-on training in electrical machines, digital electronics, PLCs, microcontrollers, and MATLAB-based simulations.
Are students trained in modern tools and simulation software?
Definitely. Tools like MATLAB, Multisim, PSCAD, and LabVIEW are integrated into coursework and lab sessions.
Can EEE students work on IoT and smart grid projects?
Absolutely. Students are encouraged to explore interdisciplinary projects involving IoT, automation, and sustainable energy systems.
What kind of companies recruit EEE graduates?
Core recruiters include electrical utilities, automation firms, embedded system design companies, as well as IT and consulting firms.