Why Choose ECE at ACE?
Established in 2007, the Department of Electronics and Communication Engineering (ECE) at ACE has emerged as a vibrant centre for innovation and academic excellence, expanding its intake from 60 to 240 students by the academic year 2024–25. Accredited by both NAAC and NBA, the department blends strong theoretical foundations with practical exposure to prepare students for the rapidly advancing electronics and communication industry.
With modern laboratories, simulation tools, and high-speed connectivity, students gain hands-on experience that complements classroom learning. The department runs a focused placement program with regular training, industry tie-ups, and career guidance to ensure students are well-prepared for both core and interdisciplinary job roles. A dedicated faculty team, enriched by both academic expertise and industry insight, fosters a learner-centric environment supported by value-added programs in communication, leadership, and ethics. Through research centers, industry collaborations, and national-level achievements, the department empowers students to lead in electronics, automation, communication, and beyond.
Accreditation

Vision & Mission

Our Vision
To be a centre of excellence in Electronics and Communication Engineering education and research, fostering innovation, entrepreneurship, and global competencies while upholding ethical values and social responsibility.
Our Mission
- Provide quality technical education through industry-aligned curriculum, modern laboratories, and skilled faculty.
- Prepare students for higher education, competitive exams, and successful employment in core and emerging sectors.
- Promote innovation, research aptitude, and consultancy in advanced technologies such as VLSI, IoT, and Embedded Systems.
- Encourage lifelong learning, entrepreneurship, and ethical practices that contribute to sustainable societal development.
Program Education Objectives
Program Outcomes (POs)
- Engineering Knowledge: Apply principles of electronics, mathematics, and engineering to solve complex problems in communication and embedded systems.
- Problem Analysis: Identify, analyze, and interpret electronics-related challenges using scientific and engineering principles.
- Design and Development of Solutions: Design electronic circuits, systems, and communication protocols considering public health, safety, and environmental factors.
- Investigation of Complex Problems: Use research methods and lab experimentation to analyze complex signals and system behavior.
- Modern Tool Usage: Utilize industry-standard software and tools for simulation, circuit design, and communication system analysis.
- The Engineer and Society: Assess the societal, safety, and legal implications of electronics-based solutions in real-world contexts.
- Environment and Sustainability: Demonstrate awareness of energy-efficient systems and contribute to sustainable electronic design.
- Ethics: Uphold professional ethics and responsibilities in all aspects of engineering practice.
- Individual and Team Work: Effectively work as an individual or team member in multidisciplinary engineering environments.
- Communication: Communicate technical content clearly through reports, presentations, and documentation.
- Project Management and Finance: Apply engineering and management principles to plan and execute projects in electronics and communication fields.
- Lifelong Learning :Adapt to emerging technologies and continue independent learning in the electronics domain.
Program Specific Outcomes (PSOs)
- Apply core concepts of electronic circuits, signal processing, and communication systems to design and implement real-time solutions.
- Use industry-standard tools and platforms to develop and test embedded, VLSI, and wireless communication applications.
- Demonstrate ethical and professional responsibility while contributing to societal needs through innovative ECE solutions.
Faculty & Research
Infrastructure & Labs
The Department of ECE is equipped with advanced facilities to support experiential learning and research. Key labs include
VLSI & Embedded Systems Lab: Hands-on design and testing of microcontroller-based systems and integrated circuits.
Communication Systems Lab: Simulation and implementation of analog and digital communication techniques.
Signal Processing Lab: Real-time analysis of signals using MATLAB, DSP kits, and other software tools.
IoT Lab: Development of smart and connected systems using sensors, actuators, and microcontrollers.
Project & Research Lab: Dedicated space for final-year and research-driven projects under faculty mentorship.
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Campus Interviews Conducted
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Campus Interviews Conducted
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Our Tap Recuiters
Placements Highlights – 2021 – 25
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Campus Interviews Conducted
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Programs Available for the Students
46.38L
Highest Package 46.38LPA in Amazon
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Successful Campus Placements
Our Tap Recuiters
Advisory Board Members
Head of the Department
Dr. P.Satish Kumar
Professor & HOD of ECEDepartment faculty
Dr. Y Chakrapani
ProfessorMr.GPV.Kishore
Associate ProfessorDProf.M.Ravikumar
ProfessorMr.Y.Pradeep
Associate ProfessorMr.R Srinivasa Rao
Associate ProfessorStudents
J. Parthiv Patnayak
IV ECES Santosh Kumar
III ECERishi Ravi Chander
IV ECESama Dixitha
IV ECEParents
A Ravi Chander
Branch Manager, ACE Engineering Academy, HyderabadTiruvaipati Srinivas
Accounts Manager
Tara tours and travels,Alwal,Hyd
S Vanaja Kumari
HR Manager in SSL Company,Hyd
Samala Santosh Kumar
Mechanical &Electrical Technician RCI Balapur, Hyderabad
Alumni
Deveanlla Bala Aditya
Junior Engineer, Nucleonix Hyd.M.Sri Harshvardhan Reddy
GENPACT, Hyderabad.
P.Sai Venkata Ramana
System Engineer, TCS HydM.Yeshawanth Reddy
Accenture, Hyderabad.NIKHIL Chakka
Software Engineer, Principal Global ServicesHanna Grace T
R & D Engineer,Hyndai R&D , Hyd
Professional Bodies Members
Prof.A Ravi Kumar
IETE Fellow Life Member of IE, BMESI, Retd chairman of IETE, Hyderabad.Dr.V.Rama Rao
IETE Member Life Member and Member of Technical Programmes & Publications Sub-Committee, IETE, Hyd.Industry Expert
Dr. M. Chakravarty
Scientist G Group Director Antenna Wing DLRL Hyderabad.Sampath Kumar Bathini
Senior software engineer,AMDDr. Bellamkonda Saidulu
Analog & mixed Signal IC Designer, Cyient Ltd, Hyderabad.Smt. G.Jalaja
Senior Manager , SED Division, ECIL, HyderabadEmployers
Mr.J.A.Narendra, MD
Mutlitech Systems, HyderabadA.Satish Kumar, MD
Surya Tech Solutions, HyderabadMr.A.Srikanth Reddy, Project Manager
CynoHub, HyderabadAdvisory Board Members
Head of the Department
Dr. Y Chakrapani
Professor & HOD of ECEDepartment faculty
Dr. P.Satish Kumar
ProfessorMr.R Srinivasa Rao
Associate ProfessorDr. Murali Malijeddi
ProfessorMr.GPV.Kishore
Associate ProfessorDr A Rajesh
Associate ProfessorStudents
JLoka Harika Golla
IV ECEN Deepshika Reddy
III ECEBhupender
IV ECEB Venkatesh
III ECEParents
T Venkateswarulu
ZPH School JadcherlaM Sudhakar
Sr Assistant,Exam Branch,Osmania University ,Hyderabad.Ravinder Reddy
ACE Engineering Academy, HyderabadA Srinivasa Reddy
Engineer,Integrated Clean Room Technologies and Takasago Thermal Engineering CompanyAlumni
P.Sai Venkata Ramana
System Engineer, TCS HydM.Yeshawanth Reddy
Accenture, Hyderabad.NIKHIL Chakka
Software Engineer, Principal Global ServicesHanna Grace T
R & D Engineer,Hyndai R&D , HydM.Sri Harshvardhan Reddy
GENPACT, Hyderabad.Professional Bodies Members
Prof.A Ravi Kumar
IETE Fellow Life Member of IE, BMESI, Retd chairman of IETE, Hyderabad.Dr I Sharath Chandra
EC Member IETEIndustry Expert
Dr. M. Chakravarty
Scientist G Group Director Antenna Wing DLRL Hyderabad.Dr Satya Prasad
DGM,BSNL VisakapatanamSampath Kumar Bathini
Senior software engineer,AMDDr P Narasimha
Scientist ‘F’,Research Centre Imarat,DRDO,HyderabadEmployers
Srinivas
ASTRA Microwave HyderabadDeveanlla Bala Aditya
Nucleonix Systems HyderabadMr.A.Srikanth Reddy
Project Manager,CynoHub, HyderabadRoll Of Honour
Events & Activities
No upcoming events found.