Delhi Technological University

Innovate. Inspire. Lead. Since 1941.

📍 Delhi, India 🇮🇳

🏆 #27 in India · THE World #801

Quick Facts about Delhi Technological University

  • Founded: 1941
  • Type: Public
  • Students: 10,000
  • International: 4%
  • Campus: Urban
  • Tuition: $2,000 – $6,000/year
  • Language: English, Hindi
  • Student-Faculty Ratio: 22.6:1
  • Intakes: Fall

About Delhi Technological University

Delhi Technological University (DTU), formerly known as Delhi College of Engineering, is a prestigious institution in India with a rich history spanning over 80 years. It is recognized for its world-class education, student-centric research, and innovation, offering undergraduate, postgraduate, and doctoral programs. DTU aims to foster an environment of cooperation, experimentation, imagination, and creativity to develop human potential with intellectual skills, ethics, and honesty.

Academics

DTU offers a wide array of programs, including B.Tech, M.Tech, MBA, M.Sc, BBA, B.A. (Hons), and Ph.D. The university has recently introduced new B.Tech specializations in Semiconductor, Artificial Intelligence, and Data Analytics, aligning with contemporary industry demands. Its teaching approach emphasizes action-oriented learning through interactive lectures, case studies, projects, industrial visits, and guest lectures from industry experts. DTU also promotes multidisciplinary learning, with an M.Tech by Research program designed for in-depth research across various engineering disciplines.

International Students

The Office of International Affairs at DTU serves as a central point for international students and faculty, assisting with admissions and orientation programs. International students can gain admission through three modes: DASA, ICCR, or directly via the DTU-Portal, with options for SAT, ACT, IELTS/TOEFL scores, or JEE Mains scores. DTU actively works to improve the well-being of international students and create a diverse and welcoming campus environment. While specific diversity statistics are not readily available, the university's international collaborations and student exchange programs contribute to a globalized academic atmosphere.

Campus & Location

DTU boasts a sprawling campus of over 160 acres in northwest Delhi, with an additional East Delhi campus. The campus offers a vibrant student life with extensive sports facilities, a central library with both print and electronic resources, and Wi-Fi connectivity across the campus and hostels. While located in a suburban area, Delhi's vibrant city life and attractions are accessible within a few kilometers. The campus is well-connected, with e-rickshaws available from nearby metro stations.

Career Outcomes

DTU has a strong placement record, with a high percentage of eligible students securing placements. The median package offered has seen a significant increase, and top companies like Google, Microsoft, Amazon, and others actively recruit from DTU. The university's Innovation and Incubation Foundation (DTU-IIF) actively fosters a startup culture, having funded over 100 startups that have collectively created more than 1,000 jobs. DTU also emphasizes industry connections through collaborations and partnerships, ensuring students are well-prepared for the challenges of the industry.

Information for International Students at Delhi Technological University

Delhi Technological University in Delhi, India welcomes international students, with 4% of the student body coming from abroad.

  • 4% of students are international
  • Visa support available
  • No on-campus work
  • Student housing available
  • Work placement / internship opportunities available
  • Teaching languages: English, Hindi

Admissions Requirements for Delhi Technological University

Here are the key admission requirements for international students applying to Delhi Technological University:

  • Application fee: $1500
  • Selectivity: Very Selective (<20%)

Apply to Delhi Technological University →

Programs at Delhi Technological University (60 programs)

Delhi Technological University offers 60 programs across Bachelor, Master, PhD levels.

Bachelor Programs (22)

  • Bachelor of Technology in Civil Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    Students gain knowledge in structural engineering, transportation engineering, environmental engineering, and construction management, crucial for infrastructure development and urban planning.
    Field: Civil Engineering
    Career outcomes: Civil Engineer, Structural Engineer, Construction Manager
  • Bachelor of Technology in Electronics & Communication Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    Students learn about electronic circuits, communication systems, signal processing, and embedded systems, essential for careers in telecommunications, electronics manufacturing, and research.
    Field: Electronics & Communication Engineering
    Career outcomes: Electronics Engineer, Telecom Engineer, Embedded Systems Engineer
  • Bachelor of Technology in Computer Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on the fundamentals of computer hardware and software, including algorithms, data structures, operating systems, and computer architecture, preparing students for careers in software development and IT.
    Field: Computer Engineering
    Career outcomes: Software Developer, Data Scientist, System Analyst
  • Bachelor of Technology in Chemical Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program applies principles of chemistry, physics, and biology to design and operate chemical processes. Students learn about process design, reaction engineering, and separation processes.
    Field: Chemical Engineering
    Career outcomes: Chemical Engineer, Process Engineer, R&D Scientist, Environmental Engineer
  • Bachelor of Technology in Mechanical Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program covers design, analysis, manufacturing, and maintenance of mechanical systems, preparing students for roles in automotive, aerospace, and manufacturing industries.
    Field: Mechanical Engineering
    Career outcomes: Mechanical Engineer, Design Engineer, Production Engineer
  • Bachelor of Technology in Information Technology (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on the application of computing in business and organizations, covering areas like database management, networking, web development, and information security.
    Field: Information Technology
    Career outcomes: IT Consultant, Network Administrator, Web Developer
  • Bachelor of Technology in Biotechnology (BSc) — 48 months · English · $200,000/yr · STEM
    This program integrates biology and engineering to develop technologies for healthcare, agriculture, and industry. Students study genetic engineering, bioprocess technology, and bioinformatics.
    Field: Biotechnology
    Career outcomes: Biotechnologist, Research Scientist, Bioinformatics Analyst, Pharmaceutical Engineer
  • Bachelor of Technology in Production & Industrial Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on optimizing complex processes, systems, and organizations. Students learn about manufacturing processes, supply chain management, quality control, and operations research.
    Field: Production & Industrial Engineering
    Career outcomes: Industrial Engineer, Production Manager, Supply Chain Analyst, Process Improvement Engineer
  • Bachelor of Technology in Electrical Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on power systems, control systems, electrical machines, and electronics, preparing students for careers in power generation, distribution, and industrial automation.
    Field: Electrical Engineering
    Career outcomes: Electrical Engineer, Power Engineer, Automation Engineer
  • Bachelor of Technology in Production and Industrial Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program integrates engineering and management principles to optimize production processes, supply chains, and industrial systems, preparing students for roles in manufacturing and operations.
    Field: Production and Industrial Engineering
    Career outcomes: Industrial Engineer, Operations Manager, Supply Chain Analyst
  • Bachelor of Technology in Software Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    Students learn systematic approaches to software design, development, testing, and maintenance, preparing them for roles in large-scale software projects and product development.
    Field: Software Engineering
    Career outcomes: Software Engineer, Quality Assurance Engineer, DevOps Engineer
  • Bachelor of Technology in Civil Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    Students gain knowledge in structural engineering, transportation engineering, environmental engineering, and construction management, crucial for infrastructure development and urban planning.
    Field: Civil Engineering
    Career outcomes: Civil Engineer, Structural Engineer, Construction Manager
  • Bachelor of Technology in Electronics & Communication Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    Students learn about electronic circuits, communication systems, signal processing, and embedded systems, essential for careers in telecommunications, electronics manufacturing, and research.
    Field: Electronics & Communication Engineering
    Career outcomes: Electronics Engineer, Telecom Engineer, Embedded Systems Engineer
  • Bachelor of Technology in Computer Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on the fundamentals of computer hardware and software, including algorithms, data structures, operating systems, and computer architecture, preparing students for careers in software development and IT.
    Field: Computer Engineering
    Career outcomes: Software Developer, Data Scientist, System Analyst
  • Bachelor of Technology in Chemical Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program applies principles of chemistry, physics, and biology to design and operate chemical processes. Students learn about process design, reaction engineering, and separation processes.
    Field: Chemical Engineering
    Career outcomes: Chemical Engineer, Process Engineer, R&D Scientist, Environmental Engineer
  • Bachelor of Technology in Mechanical Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program covers design, analysis, manufacturing, and maintenance of mechanical systems, preparing students for roles in automotive, aerospace, and manufacturing industries.
    Field: Mechanical Engineering
    Career outcomes: Mechanical Engineer, Design Engineer, Production Engineer
  • Bachelor of Technology in Information Technology (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on the application of computing in business and organizations, covering areas like database management, networking, web development, and information security.
    Field: Information Technology
    Career outcomes: IT Consultant, Network Administrator, Web Developer
  • Bachelor of Technology in Biotechnology (BSc) — 48 months · English · $200,000/yr · STEM
    This program integrates biology and engineering to develop technologies for healthcare, agriculture, and industry. Students study genetic engineering, bioprocess technology, and bioinformatics.
    Field: Biotechnology
    Career outcomes: Biotechnologist, Research Scientist, Bioinformatics Analyst, Pharmaceutical Engineer
  • Bachelor of Technology in Production & Industrial Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on optimizing complex processes, systems, and organizations. Students learn about manufacturing processes, supply chain management, quality control, and operations research.
    Field: Production & Industrial Engineering
    Career outcomes: Industrial Engineer, Production Manager, Supply Chain Analyst, Process Improvement Engineer
  • Bachelor of Technology in Electrical Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program focuses on power systems, control systems, electrical machines, and electronics, preparing students for careers in power generation, distribution, and industrial automation.
    Field: Electrical Engineering
    Career outcomes: Electrical Engineer, Power Engineer, Automation Engineer
  • Bachelor of Technology in Production and Industrial Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    This program integrates engineering and management principles to optimize production processes, supply chains, and industrial systems, preparing students for roles in manufacturing and operations.
    Field: Production and Industrial Engineering
    Career outcomes: Industrial Engineer, Operations Manager, Supply Chain Analyst
  • Bachelor of Technology in Software Engineering (BSc) — 48 months · English · $200,000/yr · STEM
    Students learn systematic approaches to software design, development, testing, and maintenance, preparing them for roles in large-scale software projects and product development.
    Field: Software Engineering
    Career outcomes: Software Engineer, Quality Assurance Engineer, DevOps Engineer

Master Programs (16)

  • Master of Business Administration (MBA) (MBA) — 24 months · English · $250,000/yr
    This program provides comprehensive business education, covering management principles, finance, marketing, and operations, preparing students for leadership roles in various industries.
    Field: Business Administration
    Career outcomes: Business Analyst, Marketing Manager, Operations Manager, Consultant
  • Master of Technology in Computer Science & Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    An advanced program covering specialized topics in computer science such as artificial intelligence, machine learning, cybersecurity, and advanced algorithms, suitable for research and high-level industry roles.
    Field: Computer Science & Engineering
    Career outcomes: AI Engineer, Machine Learning Engineer, Research Scientist
  • Master of Technology in Power Systems (MSc) — 24 months · English · $150,000/yr · STEM
    This program focuses on advanced concepts in power generation, transmission, distribution, and smart grids. Students gain expertise in power system analysis, control, and renewable energy integration.
    Field: Electrical Engineering
    Career outcomes: Power Systems Engineer, Energy Consultant, Research Engineer, Grid Operations Manager
  • Master of Technology in VLSI Design (MSc) — 24 months · English · $150,000/yr · STEM
    This program focuses on the design, verification, and testing of Very Large Scale Integration (VLSI) circuits, preparing students for roles in semiconductor industries.
    Field: Electronics & Communication Engineering
    Career outcomes: VLSI Design Engineer, Chip Architect, Verification Engineer
  • Master of Technology in Data Science (MSc) — 24 months · English · $150,000/yr · STEM
    This program focuses on extracting insights from large datasets using statistical methods, machine learning, and computational tools. Students develop skills in data analysis, modeling, and visualization.
    Field: Computer Science & Engineering
    Career outcomes: Data Scientist, Data Analyst, Machine Learning Engineer, Business Intelligence Developer
  • Master of Technology in Software Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    An advanced program focusing on modern software engineering practices, including agile methodologies, cloud computing, and software architecture, for leadership roles in software development.
    Field: Software Engineering
    Career outcomes: Lead Software Engineer, Software Architect, Technical Project Manager
  • Master of Technology in Thermal Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    An advanced study of thermodynamics, heat transfer, and fluid mechanics, with applications in power generation, refrigeration, and HVAC systems.
    Field: Mechanical Engineering
    Career outcomes: Thermal Engineer, HVAC Engineer, Energy Systems Engineer
  • Master of Technology in Environmental Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    This program addresses environmental challenges through engineering solutions, covering water and wastewater treatment, air pollution control, and solid waste management.
    Field: Civil Engineering
    Career outcomes: Environmental Engineer, Pollution Control Specialist, Sustainability Consultant
  • Master of Business Administration (MBA) (MBA) — 24 months · English · $250,000/yr
    This program provides comprehensive business education, covering management principles, finance, marketing, and operations, preparing students for leadership roles in various industries.
    Field: Business Administration
    Career outcomes: Business Analyst, Marketing Manager, Operations Manager, Consultant
  • Master of Technology in Computer Science & Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    An advanced program covering specialized topics in computer science such as artificial intelligence, machine learning, cybersecurity, and advanced algorithms, suitable for research and high-level industry roles.
    Field: Computer Science & Engineering
    Career outcomes: AI Engineer, Machine Learning Engineer, Research Scientist
  • Master of Technology in Power Systems (MSc) — 24 months · English · $150,000/yr · STEM
    This program focuses on advanced concepts in power generation, transmission, distribution, and smart grids. Students gain expertise in power system analysis, control, and renewable energy integration.
    Field: Electrical Engineering
    Career outcomes: Power Systems Engineer, Energy Consultant, Research Engineer, Grid Operations Manager
  • Master of Technology in VLSI Design (MSc) — 24 months · English · $150,000/yr · STEM
    This program focuses on the design, verification, and testing of Very Large Scale Integration (VLSI) circuits, preparing students for roles in semiconductor industries.
    Field: Electronics & Communication Engineering
    Career outcomes: VLSI Design Engineer, Chip Architect, Verification Engineer
  • Master of Technology in Data Science (MSc) — 24 months · English · $150,000/yr · STEM
    This program focuses on extracting insights from large datasets using statistical methods, machine learning, and computational tools. Students develop skills in data analysis, modeling, and visualization.
    Field: Computer Science & Engineering
    Career outcomes: Data Scientist, Data Analyst, Machine Learning Engineer, Business Intelligence Developer
  • Master of Technology in Software Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    An advanced program focusing on modern software engineering practices, including agile methodologies, cloud computing, and software architecture, for leadership roles in software development.
    Field: Software Engineering
    Career outcomes: Lead Software Engineer, Software Architect, Technical Project Manager
  • Master of Technology in Thermal Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    An advanced study of thermodynamics, heat transfer, and fluid mechanics, with applications in power generation, refrigeration, and HVAC systems.
    Field: Mechanical Engineering
    Career outcomes: Thermal Engineer, HVAC Engineer, Energy Systems Engineer
  • Master of Technology in Environmental Engineering (MSc) — 24 months · English · $150,000/yr · STEM
    This program addresses environmental challenges through engineering solutions, covering water and wastewater treatment, air pollution control, and solid waste management.
    Field: Civil Engineering
    Career outcomes: Environmental Engineer, Pollution Control Specialist, Sustainability Consultant

PhD Programs (22)

  • Doctor of Philosophy (PhD) in Mechanical Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This program focuses on advanced research in mechanical engineering, covering topics such as advanced materials, robotics, thermal sciences, and manufacturing. Students contribute to cutting-edge technological advancements.
    Field: Mechanical Engineering
    Career outcomes: University Professor, Research Scientist, R&D Engineer, Consultant
  • Doctor of Philosophy (PhD) in Electronics & Communication Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This program offers advanced research opportunities in areas like communication systems, signal processing, microelectronics, and embedded systems. Students contribute to the advancement of electronic technologies.
    Field: Electronics & Communication Engineering
    Career outcomes: University Professor, Research Scientist, R&D Engineer, Consultant
  • Doctor of Philosophy (PhD) in Computer Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This research-intensive program allows students to conduct original research in various areas of computer engineering, contributing new knowledge to the field. Specializations include AI, cybersecurity, and distributed systems.
    Field: Computer Engineering
    Career outcomes: University Professor, Research Scientist, Lead Engineer, Innovator
  • Doctor of Philosophy (PhD) in Management (PhD) — 36 months · English · $50,000/yr
    This program focuses on rigorous academic research in various management disciplines such as finance, marketing, human resources, and operations. Students contribute to management theory and practice.
    Field: Management
    Career outcomes: University Professor, Management Consultant, Senior Researcher, Policy Analyst
  • Doctor of Philosophy (PhD) in Applied Physics (PhD) — 36 months · English · $50,000/yr · STEM
    This program involves advanced research in various fields of applied physics, including materials science, optics, nanotechnology, and renewable energy. Students explore fundamental principles and their applications.
    Field: Applied Physics
    Career outcomes: University Professor, Research Scientist, Materials Engineer, Optical Engineer
  • PhD in Computer Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    A research-intensive program focusing on original contributions to the field of computer engineering, including advanced topics in AI, cybersecurity, and distributed systems.
    Field: Computer Engineering
    Career outcomes: Academic Researcher, R&D Engineer, University Professor
  • PhD in Mechanical Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    A research-focused program exploring advanced topics in mechanical engineering, including robotics, advanced materials, fluid dynamics, and renewable energy systems.
    Field: Mechanical Engineering
    Career outcomes: Academic Researcher, R&D Engineer, University Professor
  • PhD in Applied Sciences (Physics) (PhD) — 36 months · English · $50,000/yr · STEM
    A doctoral program for advanced research in various areas of physics, including material science, nanotechnology, and theoretical physics, contributing to fundamental scientific knowledge.
    Field: Applied Sciences
    Career outcomes: Academic Researcher, Scientist, University Professor
  • PhD in Applied Sciences (Chemistry) (PhD) — 36 months · English · $50,000/yr · STEM
    This program involves cutting-edge research in chemistry, focusing on areas like organic chemistry, inorganic chemistry, physical chemistry, and biochemistry, with applications in various industries.
    Field: Applied Sciences
    Career outcomes: Academic Researcher, Chemist, University Professor
  • PhD in Electronics & Communication Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This doctoral program involves in-depth research in areas such as signal processing, communication networks, microelectronics, and embedded systems, leading to significant academic or industrial contributions.
    Field: Electronics & Communication Engineering
    Career outcomes: Academic Researcher, R&D Engineer, University Professor
  • PhD in Management (PhD) — 36 months · English · $50,000/yr
    A research-oriented program for aspiring scholars and educators in management, covering areas such as organizational behavior, strategic management, marketing, and finance.
    Field: Management
    Career outcomes: Academic Researcher, Management Consultant, University Professor
  • Doctor of Philosophy (PhD) in Mechanical Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This program focuses on advanced research in mechanical engineering, covering topics such as advanced materials, robotics, thermal sciences, and manufacturing. Students contribute to cutting-edge technological advancements.
    Field: Mechanical Engineering
    Career outcomes: University Professor, Research Scientist, R&D Engineer, Consultant
  • Doctor of Philosophy (PhD) in Electronics & Communication Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This program offers advanced research opportunities in areas like communication systems, signal processing, microelectronics, and embedded systems. Students contribute to the advancement of electronic technologies.
    Field: Electronics & Communication Engineering
    Career outcomes: University Professor, Research Scientist, R&D Engineer, Consultant
  • Doctor of Philosophy (PhD) in Computer Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This research-intensive program allows students to conduct original research in various areas of computer engineering, contributing new knowledge to the field. Specializations include AI, cybersecurity, and distributed systems.
    Field: Computer Engineering
    Career outcomes: University Professor, Research Scientist, Lead Engineer, Innovator
  • Doctor of Philosophy (PhD) in Management (PhD) — 36 months · English · $50,000/yr
    This program focuses on rigorous academic research in various management disciplines such as finance, marketing, human resources, and operations. Students contribute to management theory and practice.
    Field: Management
    Career outcomes: University Professor, Management Consultant, Senior Researcher, Policy Analyst
  • Doctor of Philosophy (PhD) in Applied Physics (PhD) — 36 months · English · $50,000/yr · STEM
    This program involves advanced research in various fields of applied physics, including materials science, optics, nanotechnology, and renewable energy. Students explore fundamental principles and their applications.
    Field: Applied Physics
    Career outcomes: University Professor, Research Scientist, Materials Engineer, Optical Engineer
  • PhD in Computer Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    A research-intensive program focusing on original contributions to the field of computer engineering, including advanced topics in AI, cybersecurity, and distributed systems.
    Field: Computer Engineering
    Career outcomes: Academic Researcher, R&D Engineer, University Professor
  • PhD in Mechanical Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    A research-focused program exploring advanced topics in mechanical engineering, including robotics, advanced materials, fluid dynamics, and renewable energy systems.
    Field: Mechanical Engineering
    Career outcomes: Academic Researcher, R&D Engineer, University Professor
  • PhD in Applied Sciences (Physics) (PhD) — 36 months · English · $50,000/yr · STEM
    A doctoral program for advanced research in various areas of physics, including material science, nanotechnology, and theoretical physics, contributing to fundamental scientific knowledge.
    Field: Applied Sciences
    Career outcomes: Academic Researcher, Scientist, University Professor
  • PhD in Applied Sciences (Chemistry) (PhD) — 36 months · English · $50,000/yr · STEM
    This program involves cutting-edge research in chemistry, focusing on areas like organic chemistry, inorganic chemistry, physical chemistry, and biochemistry, with applications in various industries.
    Field: Applied Sciences
    Career outcomes: Academic Researcher, Chemist, University Professor
  • PhD in Electronics & Communication Engineering (PhD) — 36 months · English · $50,000/yr · STEM
    This doctoral program involves in-depth research in areas such as signal processing, communication networks, microelectronics, and embedded systems, leading to significant academic or industrial contributions.
    Field: Electronics & Communication Engineering
    Career outcomes: Academic Researcher, R&D Engineer, University Professor
  • PhD in Management (PhD) — 36 months · English · $50,000/yr
    A research-oriented program for aspiring scholars and educators in management, covering areas such as organizational behavior, strategic management, marketing, and finance.
    Field: Management
    Career outcomes: Academic Researcher, Management Consultant, University Professor

Scholarships & Tuition at Delhi Technological University

Annual tuition for international students: $2,000 – $6,000/year

✅ Delhi Technological University offers scholarships for international students. Check the official website for eligibility, amounts, and deadlines.

Rankings of Delhi Technological University

  • National Ranking: #27 in India
  • Times Higher Education (THE): #801
  • Ranking tier: Unranked
  • Research output: High

Campus & Facilities at Delhi Technological University

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

Key Highlights

  • Prestigious, 80+ year history
  • World-class education, research, innovation
  • Diverse academic programs, new specializations
  • Welcomes international students, global focus
  • Sprawling campus, vibrant student life

Accreditation

  • University Grants Commission (UGC)
  • National Board of Accreditation (NBA)
  • All India Council for Technical Education (AICTE)
  • National Assessment and Accreditation Council (NAAC)

Fields of Study at Delhi Technological University

  • Engineering
  • Technology
  • Management
  • Design

Notable Alumni

  • Vinod Dham
  • Arun Sarin
  • Sushant Singh Rajput
  • Vijay Shekhar Sharma
  • Ravi B. Grover

Frequently Asked Questions about Delhi Technological University

What is Delhi Technological University?

Delhi Technological University is a public university located in Delhi, India, founded in 1941. It has approximately 10,000 students, with 4% being international students.

How much does it cost to study at Delhi Technological University?

Tuition fees at Delhi Technological University for international students range from $2,000 – $6,000/year. Scholarships are available for international students.

What are the admission requirements for Delhi Technological University?

Application fee: $1500. Selectivity: Very Selective (&lt;20%).

What language are courses taught in at Delhi Technological University?

Courses at Delhi Technological University are taught in English and Hindi.

How many programs does Delhi Technological University offer?

Delhi Technological University offers 60 programs: 22 Bachelor's, 16 Master's, and 22 PhD programs across various fields of study.

What is Delhi Technological University ranked?

#27 in India · THE World #801.

Does Delhi Technological University offer scholarships?

Yes, Delhi Technological University offers scholarships for international students. Visit the university's official financial aid page for current opportunities, eligibility criteria, and deadlines.

Does Delhi Technological University provide visa support?

Yes, Delhi Technological University provides visa support for international students. Student housing is also available.

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