Ph.D Physics

PhD Physics

PhD in Physics

GITAM’s PhD in Physics is an intensive research-focused programme designed to provide scholars with a profound understanding of the phenomena that govern the physical world. Ideal for those who aspire to push the boundaries of knowledge in physics, this programme, offered at our Visakhapatnam campus, delves deeply into the complexities of the universe and prepares students for leading roles in advanced research and academia.

Delivered by the Department of Physics, the programme emphasises rigorous theoretical exploration and innovative research, equipping scholars with the skills needed to address complex scientific challenges. The curriculum encourages the integration of mathematics with physics, underscoring the interconnectedness of these disciplines. This comprehensive training ensures that students develop the analytical, problem-solving, and research abilities necessary for a successful career in academia, research institutions, or industry.

60+Teaching Staff

95%Faculty with PhDs

5CrResearch Fundings

Eligibility

Candidates must hold an MSc degree in Physics, Material Science, Solid State Physics, Applied Physics, Theoretical Physics, Nuclear Physics, Space Physics, Photonics, Spectroscopy, or any other equivalent degree in Physics.

Scope of the Programme

Students pursuing a PhD in Physics gain deep exposure to advanced theoretical concepts and hands-on research experience, particularly through original experiments and investigations that push the boundaries of existing knowledge.

Holding a PhD in Physics provides scholars with a distinct advantage, offering an in-depth understanding of highly specialised topics within the field. This level of expertise enables graduates to make significant contributions to a wide range of fields that require a profound understanding of physics, from pioneering scientific research and technological innovation to leadership roles in academia, industry, and policy-making.

Whether advancing a career in research, academia, engineering, or exploring opportunities in high-level consultancy or governmental advisory roles, the comprehensive knowledge and research skills acquired through this programme open doors to numerous prestigious and impactful career paths.

Key Highlights

Application Domain Experience of Faculty

Sensor Technologies
Molecular Biophysics
Quantum Technology
Atmospheric Science
Device Physics
Statistical Modelling

Centres of Excellence

Advanced Material Research
Advance Photonic Research
Radio & Atmospheric Science
Theoretical Physics

Research Centre

MURTI Multidisciplinary Research

Holistic Pedagogy

World-class Laboratory
Hands-On Training
Computer Programming
Interdisciplinary Science

Industry & Academic Collaborations

Bhabha Atomic Research Centre (BARC)
Centre For Materials For Electronics Technology (C-MET)
Defence Metallurgical Research Laboratory (DMRL)
Andhra Pradesh Medtech Zone

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 meticulously designed, developed, and delivered with insights and guidance from leading IT/ITES companies and esteemed academic leaders from IITs, NITs, and other premier institutions.

Standard track course offerings

Aerospace
Biomedical R&D
Telecommunications
IoT Devices
Thin Film Technology
Nuclear Physics
Semiconductor Physics
Biophysics

Specialisation course bundles offered

Light-Matter Interactions
Computational Physics
Quantum Technology
Nanophysics
Photonics
Atmospheric Physics

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Career Options

With a PhD in Physics, graduates possess the deep expertise and advanced research skills necessary for leading innovation and solving complex problems across a wide range of industries such as advanced scientific research, space exploration, energy, electronics, automotive engineering, and telecommunications.

India’s space sector is on the cusp of significant expansion, with its market size expected to reach $13 billion by 2025, up from $9.6 billion in 2020. By 2030, India aims to secure close to 10% of the global space economy. Additionally, the nation’s emphasis on cutting-edge scientific research, technological innovation, and industrial growth presents numerous opportunities for PhD Physics graduates to make groundbreaking contributions in various high-impact sectors.

Are you ready to lead the way in scientific discovery and technological advancements, applying your specialised knowledge of physics to drive progress across diverse industries?

Here are some exciting career paths to consider: