Ph.D Electronics and Communication Engineering

Ph.D. Electronics and Communication Engineering

Ph.D. in Electronics and Communication Engineering

The PhD in Electronics and Communication Engineering at GITAM School of Technology, Hyderabad Campus, is designed to cultivate advanced research skills and a deep understanding of cutting-edge technologies in the field. This programme fosters critical thinking and innovation in students to address complex challenges in a rapidly evolving technological landscape.

The curriculum is meticulously structured to integrate rigorous theoretical knowledge with substantial practical experience, ensuring that graduates are well-equipped to make significant contributions to research and development in areas such as telecommunications, VLSI, IoT, and industrial automation. Students will engage in meaningful research projects that align with current industry trends and societal needs, paving the way for impactful advancements in the field.

95+Doctoral Faculty

14K+ Alumni

Eligibility

Eligible applicants must hold a Master's degree (MTech or ME) in the relevant engineering field. Additionally, a Bachelor's degree (BE or BTech) in Electronics and Communication Engineering (ECE), Electronics and Instrumentation Engineering (EIE), Instrumentation Engineering, Telecommunication Engineering, Medical Electronics, Biomedical Engineering, or an equivalent degree is acceptable. Additionally, a Master of Science degree (MSc) in Electronics may also be considered.

Scope of the Programme

The PhD in Electronics and Communication Engineering provides an in-depth exploration of advanced topics such as signal processing, wireless networking, microelectronics, and telecom protocols. Doctoral candidates will engage in cutting-edge research, preparing them for careers in diverse sectors, including telecommunications, aerospace, and defence electronics.

This programme also opens avenues in emerging fields like artificial intelligence and machine learning applications within communications, empowering graduates to contribute significantly to technological advancements.

Key Highlights

Application Domain Experience of Faculty

Wireless Networking
Signal Processing
Sensor Technologies
Telecom
Microelectronics
Electronics Architecture & Protocols

Centres of Excellence & Infrastructure

Centre for Autonomous Systems
EMI/EMC Lab
Communications and Radar Lab
Signal & Image Processing Lab
Harvard-Style Classroom

Research Centres

MURTI Multidisciplinary Research
NextGen Connectivity Research Lab
Applied Electromagnetics Lab

Liberal Education Model

24 credits can be earned across different Schools:

Business
Law
Sciences
Humanities
Architecture
Physiotherapy

Industry & Academic Collaborations

DRDO
Bosch
Capgemini
L&T
IIT Guwahati

Venture Development Centre

Mandatory 2-credit venture development course
Transcending disciplinary boundaries
Hands-on learning
Innovative product creation with business potential

Syllabus

The curriculum is thoughtfully crafted in collaboration with esteemed academic leaders from IITs, NITs, and other top-tier institutions, along with six leading multinational companies.

Standard track course offerings

IoT & Sensors
Communications
AI & ML
Aerospace & Defense Electronics
Software Defined Vehicles

Specialisation course bundles offered

VLSI
Industrial Automation
Tele Communications
Signal & Image Processing

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Career Options

India's Electronics and Communications Engineering (ECE) sector is a cornerstone of the digital landscape, propelling advancements across industries such as IoT, robotics, and healthcare. With the electronics market in India projected to reach $400 billion, bolstered by a remarkable 41% CAGR, PhD graduates in ECE are exceptionally positioned for diverse and in-demand career opportunities in both technological and manufacturing sectors.

Are you ready to contribute to the next in the Indian electronics industry?

Graduates can pursue careers as: