Indian Institute of Technology Hyderabad

Quick Facts about Indian Institute of Technology Hyderabad

• Type: Public
• Students: 5,750
• Campus: Rural
• Tuition: $3,000 – $8,000/year
• Language: English
• Intakes: Fall

About Indian Institute of Technology Hyderabad

Academics

IITH offers a wide array of undergraduate (B.Tech), postgraduate (M.Tech, M.Sc, M.Des, MA), and doctoral (Ph.D) programs across various engineering, science, and liberal arts disciplines. The institute is recognized for its pioneering curriculum, including India's first B.Tech in Artificial Intelligence. IITH employs a "Fractal Academic System" that emphasizes continuous evaluation and offers flexibility to students. Research is a cornerstone of IITH, with strong interdisciplinary strengths in areas like advanced materials, data analytics, artificial intelligence, renewable energy, biotechnology, and healthcare.

International Students

The Office of International Relations (OIR) at IITH serves as a primary point of contact for international students, assisting with settling in, navigating student life, and providing support for academic and social integration. The OIR also offers guidance on visa issues and institute procedures. While specific diversity statistics are not readily available, IITH encourages a diverse student body and offers programs like the "Fellowship for International Research Scholars in Technology (FIRST)" providing full financial support for international PhD students. Exchange programs are available for students from partner universities, often including tuition fee waivers.

Campus & Location

IITH's modern and environmentally friendly campus spans 576 acres in Kandi, Sangareddy, Telangana, with good connectivity to Hyderabad's Outer Ring Road. The campus features state-of-the-art classrooms, advanced labs, research centers, and well-maintained hostels, many offering single-occupancy rooms with radiant cooling systems. Hyderabad, a major Indian city, offers a vibrant urban experience. On campus, students can enjoy diverse sports facilities, including grounds for cricket, football, hockey, basketball, badminton, tennis, and a swimming pool.

Career Outcomes

IITH has a strong track record in placements, with high employment rates for its graduates. The Office of Career Services (OCS) assists students with placements and securing admissions for higher studies, both nationally and internationally. IITH has strong industry connections, attracting notable recruiters and securing a significant number of international offers. The institute also fosters a vibrant startup culture, with over 320 startups supported by its iTIC Incubator and other innovation centers, providing a conducive environment for entrepreneurship.

Information for International Students at Indian Institute of Technology Hyderabad

Indian Institute of Technology Hyderabad in Hyderabad, India welcomes international students.

• Visa support available
• No on-campus work
• Student housing available
• Work placement / internship opportunities available
• Teaching languages: English

Admissions Requirements for Indian Institute of Technology Hyderabad

Here are the key admission requirements for international students applying to Indian Institute of Technology Hyderabad:

• GPA minimum: 7
• Selectivity: Very Selective (<20%)

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Programs at Indian Institute of Technology Hyderabad (51 programs)

Indian Institute of Technology Hyderabad offers 51 programs across Bachelor, Master, PhD levels.

Bachelor Programs (14)

• Bachelor of Technology (B.Tech) (BEng) — 48 months · English · STEM · Scholarship available
  A four-year undergraduate engineering program that combines scientific theory with hands-on practical learning, including laboratory work, student projects, and internships. Graduates can pursue careers as Chemical Engineers, Mechanical Engineers, Computer Science Engineers, Electrical Engineers, Robotics Engineers, Research Associates, etc.
  Field: Engineering
  Career outcomes: Chemical Engineer, Mechanical Engineer, Computer Science Engineer, Electrical Engineer, Robotics Engineer, Research Associate
• B.Tech in Chemical Engineering (BSc) — 48 months · English · STEM
  This program provides a strong foundation in chemical engineering principles, including process design, thermodynamics, and mass transfer, preparing students for careers in various industries.
  Field: Chemical Engineering
  Career outcomes: Process Engineer, Research Scientist, Consultant
• B.Tech in Materials Science and Metallurgical Engineering (BSc) — 48 months · English · STEM
  Students explore the properties, processing, and applications of various materials, including metals, ceramics, and polymers, crucial for advanced manufacturing and technology.
  Field: Materials Science and Metallurgical Engineering
  Career outcomes: Materials Engineer, Metallurgist, Research and Development Engineer
• B.Tech in Civil Engineering (BSc) — 48 months · English · STEM
  Students learn about the design, construction, and maintenance of infrastructure projects, covering areas like structural engineering, transportation, and environmental engineering.
  Field: Civil Engineering
  Career outcomes: Civil Engineer, Structural Engineer, Project Manager
• B.Tech in Mechanical Engineering (BSc) — 48 months · English · STEM
  This program covers the design, analysis, and manufacturing of mechanical systems, including thermodynamics, fluid mechanics, and machine design.
  Field: Mechanical Engineering
  Career outcomes: Mechanical Engineer, Design Engineer, Manufacturing Engineer
• B.Tech in Electrical Engineering (BSc) — 48 months · English · STEM
  The curriculum covers power systems, electronics, control systems, and signal processing, equipping students with the knowledge to design and analyze electrical and electronic systems.
  Field: Electrical Engineering
  Career outcomes: Electrical Engineer, Electronics Engineer, Control Systems Engineer
• B.Tech in Engineering Physics (BSc) — 48 months · English · STEM
  This interdisciplinary program combines fundamental physics with engineering applications, focusing on areas like materials science, optics, and quantum technologies.
  Field: Engineering Physics
  Career outcomes: Research Scientist, Materials Engineer, Optical Engineer
• B.Tech in Computer Science and Engineering (BSc) — 48 months · English · STEM
  This program focuses on the fundamentals of computing, including algorithms, data structures, software engineering, and artificial intelligence, preparing students for cutting-edge technology careers.
  Field: Computer Science and Engineering
  Career outcomes: Software Developer, Data Scientist, Machine Learning Engineer
• Bachelor of Technology (B.Tech) (BEng) — 48 months · English · STEM · Scholarship available
  A four-year undergraduate engineering program that combines scientific theory with hands-on practical learning, including laboratory work, student projects, and internships. Graduates can pursue careers as Chemical Engineers, Mechanical Engineers, Computer Science Engineers, Electrical Engineers, Robotics Engineers, Research Associates, etc.
  Field: Engineering
  Career outcomes: Chemical Engineer, Mechanical Engineer, Computer Science Engineer, Electrical Engineer, Robotics Engineer, Research Associate
• B.Tech in Chemical Engineering (BSc) — 48 months · English · STEM
  This program provides a strong foundation in chemical engineering principles, including process design, thermodynamics, and mass transfer, preparing students for careers in various industries.
  Field: Chemical Engineering
  Career outcomes: Process Engineer, Research Scientist, Consultant
• B.Tech in Materials Science and Metallurgical Engineering (BSc) — 48 months · English · STEM
  Students explore the properties, processing, and applications of various materials, including metals, ceramics, and polymers, crucial for advanced manufacturing and technology.
  Field: Materials Science and Metallurgical Engineering
  Career outcomes: Materials Engineer, Metallurgist, Research and Development Engineer
• B.Tech in Civil Engineering (BSc) — 48 months · English · STEM
  Students learn about the design, construction, and maintenance of infrastructure projects, covering areas like structural engineering, transportation, and environmental engineering.
  Field: Civil Engineering
  Career outcomes: Civil Engineer, Structural Engineer, Project Manager
• B.Tech in Mechanical Engineering (BSc) — 48 months · English · STEM
  This program covers the design, analysis, and manufacturing of mechanical systems, including thermodynamics, fluid mechanics, and machine design.
  Field: Mechanical Engineering
  Career outcomes: Mechanical Engineer, Design Engineer, Manufacturing Engineer
• B.Tech in Electrical Engineering (BSc) — 48 months · English · STEM
  The curriculum covers power systems, electronics, control systems, and signal processing, equipping students with the knowledge to design and analyze electrical and electronic systems.
  Field: Electrical Engineering
  Career outcomes: Electrical Engineer, Electronics Engineer, Control Systems Engineer

Master Programs (28)

• Master of Technology (M.Tech) (MEng) — 24 months · English · STEM · Scholarship available
  Aims to provide students with deeper theoretical knowledge to tackle complex problems in industrial fields and pursue research. The program structure offers flexibility in coursework and thesis projects, preparing students for roles in design and development in industrial fields and for further academic research.
  Field: Engineering
  Career outcomes: Design Engineer, Development Engineer, Researcher
  Deadline: February 15
• Master of Science (M.S.) by Research (MSc) — English · STEM
  A research-oriented Master's program that prepares students for research roles and further doctoral studies.
  Career outcomes: Researcher
• Master of Science (M.Sc.) + Ph.D. (Dual Degree) (MSc) — English · STEM
  A Master of Science program with an option for a dual degree leading to a Ph.D., preparing students for scientific roles and further doctoral studies.
  Career outcomes: Scientist
• Master of Technology (M.Tech) + Doctor of Philosophy (Ph.D.) (Dual Degree) (MEng) — 24 months · English · STEM · Scholarship available
  Aims to provide students with deeper theoretical knowledge to tackle complex problems in industrial fields and pursue research. The program structure offers flexibility in coursework and thesis projects, preparing students for roles in design and development in industrial fields and for further academic research.
  Field: Engineering
  Career outcomes: Design Engineer, Development Engineer, Researcher
  Deadline: February 15
• Master of Science (M.Sc.) (MSc) — English · STEM
  A Master of Science program that prepares students for scientific roles and further doctoral studies.
  Career outcomes: Scientist
• Master of Design (M.Des) (MDes) — 24 months · English · STEM
  This multidisciplinary, accredited STEM degree prepares designers to make substantive contributions and advance the profession, focusing on independent research projects. Graduates are prepared for strategic design roles, leadership positions, and academic careers.
  Field: Design
  Career outcomes: Strategic Designer, Design Leader, Academic
• Master in Development Practice (MDP) (MDP) — English
  This program focuses on development practice.
  Field: Development Practice
• Master of Design (M.Des) by Research (MDes) — 24 months · English · STEM
  This multidisciplinary, accredited STEM degree prepares designers to make substantive contributions and advance the profession, focusing on independent research projects. Graduates are prepared for strategic design roles, leadership positions, and academic careers.
  Field: Design
  Career outcomes: Strategic Designer, Design Leader, Academic
• M.Tech in Civil Engineering (Structural Engineering) (MSc) — 24 months · English · STEM
  Specialization in structural engineering, covering advanced analysis, design of structures, and earthquake engineering, preparing students for complex infrastructure projects.
  Field: Civil Engineering
  Career outcomes: Structural Engineer, Design Engineer, Project Manager
• M.Tech in Mechanical Engineering (Thermal and Fluids Engineering) (MSc) — 24 months · English · STEM
  This specialization focuses on advanced thermodynamics, fluid mechanics, heat transfer, and computational fluid dynamics, essential for energy systems and aerospace applications.
  Field: Mechanical Engineering
  Career outcomes: Thermal Engineer, CFD Engineer, Energy Systems Engineer
• M.Tech in Computer Science and Engineering (MSc) — 24 months · English · STEM
  An advanced program covering theoretical and applied aspects of computer science, including advanced algorithms, distributed systems, and cybersecurity.
  Field: Computer Science and Engineering
  Career outcomes: Software Architect, Research Engineer, Cybersecurity Analyst
• M.Tech in Biomedical Engineering (MSc) — 24 months · English · STEM
  This program integrates engineering principles with medical sciences to develop innovative solutions for healthcare, including medical imaging, biomechanics, and biomaterials.
  Field: Biomedical Engineering
  Career outcomes: Biomedical Engineer, Medical Device Engineer, Research Scientist
• M.Tech in Electrical Engineering (Power Electronics and Power Systems) (MSc) — 24 months · English · STEM
  Specialized study in power electronics, renewable energy systems, and smart grids, preparing students for roles in energy generation, transmission, and distribution.
  Field: Electrical Engineering
  Career outcomes: Power Systems Engineer, Renewable Energy Engineer, R&D Engineer
• M.Tech in Chemical Engineering (MSc) — 24 months · English · STEM
  Advanced studies in chemical engineering, focusing on process intensification, reaction engineering, and sustainable chemical processes, for specialized roles in industry and research.
  Field: Chemical Engineering
  Career outcomes: Senior Process Engineer, R&D Engineer, Consultant
• M.Tech in Materials Science and Engineering (MSc) — 24 months · English · STEM
  Advanced topics in materials science, including nanomaterials, advanced characterization techniques, and computational materials science, for developing new materials and technologies.
  Field: Materials Science and Engineering
  Career outcomes: Materials Scientist, Research Engineer, Product Development Engineer
• M.Tech in Artificial Intelligence (MSc) — 24 months · English · STEM
  This master's program delves into advanced topics in artificial intelligence, machine learning, deep learning, and natural language processing, preparing students for research and industry roles.
  Field: Artificial Intelligence
  Career outcomes: AI Engineer, Machine Learning Scientist, Data Scientist
• M.Tech in Data Science (MSc) — 24 months · English · STEM
  This program focuses on the principles and techniques of data science, including statistical modeling, machine learning, and big data analytics, for extracting insights from complex datasets.
  Field: Data Science
  Career outcomes: Data Scientist, Data Analyst, Machine Learning Engineer
• Master of Technology (M.Tech) (MEng) — 24 months · English · STEM · Scholarship available
  Aims to provide students with deeper theoretical knowledge to tackle complex problems in industrial fields and pursue research. The program structure offers flexibility in coursework and thesis projects, preparing students for roles in design and development in industrial fields and for further academic research.
  Field: Engineering
  Career outcomes: Design Engineer, Development Engineer, Researcher
  Deadline: February 15
• Master of Science (M.S.) by Research (MSc) — English · STEM
  A research-oriented Master's program that prepares students for research roles and further doctoral studies.
  Career outcomes: Researcher
• Master of Science (M.Sc.) + Ph.D. (Dual Degree) (MSc) — English · STEM
  A Master of Science program with an option for a dual degree leading to a Ph.D., preparing students for scientific roles and further doctoral studies.
  Career outcomes: Scientist
• Master of Technology (M.Tech) + Doctor of Philosophy (Ph.D.) (Dual Degree) (MEng) — 24 months · English · STEM · Scholarship available
  Aims to provide students with deeper theoretical knowledge to tackle complex problems in industrial fields and pursue research. The program structure offers flexibility in coursework and thesis projects, preparing students for roles in design and development in industrial fields and for further academic research.
  Field: Engineering
  Career outcomes: Design Engineer, Development Engineer, Researcher
  Deadline: February 15
• Master of Science (M.Sc.) (MSc) — English · STEM
  A Master of Science program that prepares students for scientific roles and further doctoral studies.
  Career outcomes: Scientist
• Master of Design (M.Des) (MDes) — 24 months · English · STEM
  This multidisciplinary, accredited STEM degree prepares designers to make substantive contributions and advance the profession, focusing on independent research projects. Graduates are prepared for strategic design roles, leadership positions, and academic careers.
  Field: Design
  Career outcomes: Strategic Designer, Design Leader, Academic
• Master in Development Practice (MDP) (MDP) — English
  This program focuses on development practice.
  Field: Development Practice
• Master of Design (M.Des) by Research (MDes) — 24 months · English · STEM
  This multidisciplinary, accredited STEM degree prepares designers to make substantive contributions and advance the profession, focusing on independent research projects. Graduates are prepared for strategic design roles, leadership positions, and academic careers.
  Field: Design
  Career outcomes: Strategic Designer, Design Leader, Academic
• M.Tech in Civil Engineering (Structural Engineering) (MSc) — 24 months · English · STEM
  Specialization in structural engineering, covering advanced analysis, design of structures, and earthquake engineering, preparing students for complex infrastructure projects.
  Field: Civil Engineering
  Career outcomes: Structural Engineer, Design Engineer, Project Manager
• M.Tech in Mechanical Engineering (Thermal and Fluids Engineering) (MSc) — 24 months · English · STEM
  This specialization focuses on advanced thermodynamics, fluid mechanics, heat transfer, and computational fluid dynamics, essential for energy systems and aerospace applications.
  Field: Mechanical Engineering
  Career outcomes: Thermal Engineer, CFD Engineer, Energy Systems Engineer
• M.Tech in Computer Science and Engineering (MSc) — 24 months · English · STEM
  An advanced program covering theoretical and applied aspects of computer science, including advanced algorithms, distributed systems, and cybersecurity.
  Field: Computer Science and Engineering
  Career outcomes: Software Architect, Research Engineer, Cybersecurity Analyst

PhD Programs (9)

• Doctor of Philosophy (Ph.D.) (PhD) — 36 months · English · STEM · Scholarship available
  A terminal degree that requires students to produce original research expanding the boundaries of knowledge, typically in the form of a dissertation. This program is typically required for employment as a university professor, researcher, or scientist.
  Career outcomes: University Professor, Researcher, Scientist
• PhD in Mechanical Engineering (PhD) — 60 months · English · STEM
  Doctoral research in mechanical engineering, covering advanced topics such as robotics, advanced manufacturing, and renewable energy systems, contributing to technological innovation.
  Field: Mechanical Engineering
  Career outcomes: Research Scientist, University Professor, Lead Robotics Engineer
• PhD in Biomedical Engineering (PhD) — 60 months · English · STEM
  A research-intensive program focusing on cutting-edge advancements in biomedical engineering, including medical devices, tissue engineering, and neuroengineering.
  Field: Biomedical Engineering
  Career outcomes: Research Scientist, University Professor, R&D Director
• PhD in Computer Science and Engineering (PhD) — 60 months · English · STEM
  A rigorous research program exploring advanced topics in computer science, including artificial intelligence, cybersecurity, and theoretical computer science, leading to significant contributions to the field.
  Field: Computer Science and Engineering
  Career outcomes: Research Scientist, University Professor, Lead AI Engineer
• PhD in Electrical Engineering (PhD) — 60 months · English · STEM
  This program offers advanced research opportunities in areas like microelectronics, communication systems, and power systems, pushing the boundaries of electrical engineering.
  Field: Electrical Engineering
  Career outcomes: Research Scientist, University Professor, Senior Electrical Engineer
• PhD in Chemical Engineering (PhD) — 60 months · English · STEM
  This doctoral program involves advanced research in areas such as catalysis, process systems engineering, and sustainable chemical technologies, contributing to new scientific knowledge.
  Field: Chemical Engineering
  Career outcomes: Research Scientist, University Professor, Senior R&D Engineer
• Doctor of Philosophy (Ph.D.) (PhD) — 36 months · English · STEM · Scholarship available
  A terminal degree that requires students to produce original research expanding the boundaries of knowledge, typically in the form of a dissertation. This program is typically required for employment as a university professor, researcher, or scientist.
  Career outcomes: University Professor, Researcher, Scientist
• PhD in Mechanical Engineering (PhD) — 60 months · English · STEM
  Doctoral research in mechanical engineering, covering advanced topics such as robotics, advanced manufacturing, and renewable energy systems, contributing to technological innovation.
  Field: Mechanical Engineering
  Career outcomes: Research Scientist, University Professor, Lead Robotics Engineer
• PhD in Biomedical Engineering (PhD) — 60 months · English · STEM
  A research-intensive program focusing on cutting-edge advancements in biomedical engineering, including medical devices, tissue engineering, and neuroengineering.
  Field: Biomedical Engineering
  Career outcomes: Research Scientist, University Professor, R&D Director

Scholarships & Tuition at Indian Institute of Technology Hyderabad

Annual tuition for international students: $3,000 – $8,000/year

✅ Indian Institute of Technology Hyderabad offers scholarships for international students. Check the official website for eligibility, amounts, and deadlines.

Rankings of Indian Institute of Technology Hyderabad

• National Ranking: #7 in India
• QS World University Ranking: #664
• Times Higher Education (THE): #601
• Ranking tier: Top 500
• Research output: Very High

Campus & Facilities at Indian Institute of Technology Hyderabad

• Student housing available
• Sports facilities available
• Disability support available
• Campus type: Rural

Key Highlights

• Rapidly rising premier technology institute
• Pioneering Artificial Intelligence B.Tech
• Strong interdisciplinary research focus
• Modern, environmentally friendly 576-acre campus
• "Fractal Academic System" for flexibility
• International research scholarship opportunities

Accreditation

• Institute of National Importance

Fields of Study at Indian Institute of Technology Hyderabad

• Engineering
• Technology
• Science
• Design

Notable Alumni

• Siddharth Nayak
• Anirudh Bulusu
• Priyanka Raina
• Naveen Chintamaneni
• Karthik Varada

Frequently Asked Questions about Indian Institute of Technology Hyderabad

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