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M.Tech in Computer Science & Engineering (Specialization: Cloud Computing)

The M.Tech in Computer Science & Engineering with a specialization in Artificial Intelligence and Machine Learning is a two-year online postgraduate program, featuring on-campus immersion sessions, designed for professionals and students aiming to develop advanced expertise in AI, intelligent algorithms, and data-driven solutions. The program combines research-focused learning, practical projects, and industry exposure to equip participants for impactful careers in technology leadership, product development, and research. Graduates will gain the skills to design and implement intelligent systems capable of learning, adapting, and evolving across diverse industries.

Course Duration
2 years
Semester Fees
88,500 (Easy EMI options Available)
Mode of Learning
(Online + Campus Immersion)
Total Credit
60

Eligibility Criteria:
  • Educational Qualification : B.E. / B.Tech / M.Sc / MCA degree.
  • Employment Status : Candidate should be currently employed.
  • Academic Performance:
  • General / OBC category
  • Minimum CGPA/CPI: 6.5 on a 10-point scale, or Minimum aggregate percentage: 60%.
  • SC / ST / PwD category
  • Minimum CGPA/CPI: 6.0 on a 10-point scale, or Minimum aggregate percentage: 55%.
  • Check Eligibility

Program Objectives

Master Advanced Cloud Technologies

Gain a deep and practical understanding of cloud architecture, virtualization, DevOps, and microservices to design scalable, high-performing solutions.

Design & Optimize Cloud Systems

Learn to plan, deploy, and manage secure, efficient, and cost-effective cloud infrastructures tailored to evolving business and technical needs.

Foster Research & Innovation

Cultivate strong analytical and research skills to address challenges in distributed computing, data management, and network optimization within modern cloud environments.

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Build Hands-On Technical Expertise

Strengthen real-world capabilities through guided projects, case studies, and simulations using leading cloud platforms such as AWS, Microsoft Azure, and Google Cloud.

Lead in Security & Compliance:

Develop a strong foundation in cloud governance, compliance frameworks, and data protection mechanisms to ensure trust, transparency, and resilience.

Advance Career & Leadership Readiness

Prepare to take on leadership roles in cloud engineering, solution architecture, consulting, and technology management with a future-ready mindset.

Learning Outcomes for Cloud Computing Professionals

Implement DevOps Practices: Apply continuous integration, continuous deployment (CI/CD), container orchestration, and automation tools for seamless and efficient software delivery.

Ensure Cloud Security & Compliance: Integrate robust encryption, identity management, and compliance frameworks to safeguard data and maintain regulatory standards.

Optimize Cloud Resources: Monitor, analyze, and enhance cloud performance, cost efficiency, and availability through data-driven strategies and analytics tools.

Drive Innovation in Cloud Ecosystems: Design and develop innovative cloud-native applications leveraging serverless computing, edge technologies, and hybrid infrastructures.

Demonstrate Technical & Strategic Impact: Apply acquired skills through a research-driven capstone project that addresses real-world challenges and delivers measurable business impact.

Program Highlights

Prestigious M.Tech Degree

Earn a recognized M.Tech in Computer Science & Engineering with a specialization in Cloud Computing from an Institute of National Importance, empowering your career in advanced computing technologies.

Advanced, Industry-Relevant Curriculum

Master critical concepts in Cloud Architecture, Virtualization, Containerization, DevOps, Distributed Systems, and Cloud Security, integrated with fundamental engineering principles.

Hands-On Campus Immersion

Participate in a 7-day on-campus immersion at IIIT Dharwad featuring live demonstrations, hands-on cloud deployment labs, and expert interactions.

Career Readiness

This program also offers a career readiness workshop focused on resume building and LinkedIn profile optimization to enhance professional visibility and job readiness.

Expert Faculty Guidance

Learn under the mentorship of IIIT Dharwad’s esteemed faculty and industry leaders who bring a blend of research-driven teaching and real-world cloud implementation experience.

Capstone Project

Apply theoretical knowledge to a comprehensive cloud-based project — designing, implementing, and optimizing scalable cloud solutions for real-world challenges.

IIIT Dharwad Alumni Status

Become part of IIIT Dharwad’s elite network of cloud computing experts, innovators, and technology leaders advancing the digital infrastructure landscape.

Course Structure

Course Type Course Name Credits
DisCore Applied Mathematics for Computer Science
Unit 1: Linear Algebra
Unit 2: Optimization
Unit 3: Probability and Stochastic Process
3
DisCore Advanced Data Structures and Algorithms
Unit 1: Growth Functions
Unit 2: Trees
Unit 3: Graph Algorithms
Unit 4: Algorithm Design Strategies
Unit 5: Complexity Classes
3
DisCore Programming Paradigms Lab
Unit 1: Procedural Programming
Unit 2: Object-Oriented Programming (OOP)
Unit 3: Functional Programming
Unit 4: Concurrent & Parallel Execution
Unit 5: Declarative and Logic Programming
Unit 6: Scripting & Automation
2
Elective Introduction to AI/ML
Unit 1: Introduction to AI
Unit 2: Problem Solving using Search
Unit 3: Knowledge Representation
Unit 4: Introduction to Machine Learning
Unit 5: Supervised Learning
Unit 6: Unsupervised Learning
Unit 7: Applications of AI & ML
1
Elective Introduction to Cybersecurity
Unit 1: Introduction to Cybersecurity
Unit 2: Identity & Access Management
Unit 3: Standards & Regulations
1
Elective Introduction to Cloud Computing
Unit 1: Introduction to Cloud Computing
Unit 2: Cloud Service Models and Deployment Models
1
Master’s Core Introduction to Research
Unit 1: Introduction
Unit 2: Literature Review
Unit 3: Research Exploration
Unit 4: Patenting and Publications
Unit 5: Presentation, Report and Thesis Writing
Unit 6: Conclusions and Future Scope
Unit 7: Principles & Ethics in Research
2
Project Project-I 3

Course Type Course Name Credits
DisCore Advanced Computing Lab 2
Master’s Core Literature Review and Seminar 2
Elective Electives (1/2/3/4 credits) 5
Project Project-II 6

Course Type Course Name Credits
Project Project-III 9
Elective Electives (1/2/3/4 credits) 6

Course Type Course Name Credits
Project Project-IV 12
Elective Electives (1/2/3 credits) 3

Sl. no Course name
1 Distributed and Parallel Systems
2 Security in Cloud Computing
3 Site Reliability Engineering in Cloud Computing
4 Biometric Security and Forensics
5 Big Data Systems
6 Edge AI
7 High Performance Computer Architecture

Alumni Privileges

Students will receive an official Institute Email ID and ID card, and will be eligible to participate in institute events and activities. Upon completion, they become part of the institute’s alumni network.

Tools You'll Master

AWS logo
Azure logo
Docker logo
Kubernetes logo
Terraform logo
Helm logo
Prometheus logo
Grafana logo
Apache Spark_logo logo
Kafka logo
AirFlow logo
AWS Lambda logo
Kube Edge logo
Slurm logo
TensorFlow logo
Keras logo
PyTorch logo
scikit-learn logo
Wireshark logo
Packet Tracer logo
AWS logo
Azure logo
Git logo
Jenkins logo
GitLab logo
JupyterLab logo
Kubernetes logo
Jira logo

*Tool exposure varies by specialization; students may not work with all tools listed.

Assessment & Evaluation

Students will be evaluated through a combination of quizzes, assignments, case studies, and end-term examinations. These diverse assessment methods ensure continuous learning and a well-rounded understanding of the subject.

Attendance Policy

Participants are required to maintain a minimum of 75% attendance to successfully complete the program, structured as follows:

60% Synchronous Attendance: Participation in live lectures, discussions, and interactive sessions.

15% Asynchronous Engagement: Completion of recorded content and self-paced learning activities.

Pedagogy & Delivery

The program follows a blended learning approach, combining multiple instructional methods to enhance learning outcomes:
Interactive Live Sessions

Engage with faculty and peers through discussions, Q&A, and case study analysis.

Self-Paced Learning

Access recorded lectures, readings, and practice exercises to reinforce concepts.

Experiential Learning

Apply knowledge through projects, simulations, and hands-on assignments.

Collaborative Activities

Participate in group exercises, peer learning, and forums to foster teamwork and practical understanding.

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Admission Process

Program Certificate

PG Certification: Complete 15 credits in foundational courses (if the candidate exits the program after the 1st semester).
PG Diploma: Complete 30 credits, including core and elective courses (if the candidate exits the program after the 2nd semester).
M.Tech Degree: Complete 60 credits, including thesis and capstone project

Program Fee Details

2,000

Application Fee

3,54,000

Total Fee

Installment Sem 1 Sem 2 Sem 3 Sem 4
Installment I ₹ 50,000 ₹ 50,000 ₹ 50,000 ₹ 50,000
Installment II ₹ 38,500 ₹ 38,500 ₹ 38,500 ₹ 38,500
Total ₹ 88,500 ₹ 88,500 ₹ 88,500 ₹ 88,500

*Easy EMI Options are Available

*The application fee is strictly non-refundable and non-transferable.

Refund Policy
A refund is applicable after a deduction of ₹ 10,000 before commencement of the batch, provided the course material has not been accessed or downloaded. No refund will be provided on or after the batch commencement date.

EMI Starting ₹ 10,534/month


EMI Starting ₹ 10,546/month


Application Fee: ₹ 2,000

Program Fee (Inclusive of Application Fee) : ₹ 3,56,000

Note: The institute is not responsible for EMI-related arrangements.

Campus Immersion

Experience structured on-campus immersions after every semester, designed to strengthen academic engagement, peer collaboration, and faculty interaction. These campus immersions complement the live online learning format by connecting structured online learning with in-person academic engagement within a nationally recognized institute of technology.

What’s Included
  • Academic Engagement
    Faculty-led sessions, discussions, and academic interactions aligned with the programme curriculum.
  • Peer Networking
    Collaborative learning and networking with fellow participants.
  • Campus Experience
    Opportunity to explore the IIIT Dharwad campus, engage with its academic ecosystem, and gain exposure to labs and research facilities.
What’s Not Included
  • Travel
    Travel to and from the campus.
  • Accommodation & Meals
    Food, lodging, and stay arrangements.
  • Personal Expenses
    Any personal expenses incurred during the immersion period.
IIIT Dharwad Campus
Dr. Krishnendu Ghosh

Program Coordinator

Dr. Krishnendu Ghosh

Assistant Professor
Indian Institute of Information Technology, Dharwad

Dr. Krishnendu Ghosh is an academician and researcher in the field of Computer Science and Engineering, with a specialization in Speech Processing, Natural Language Processing, and Artificial Intelligence. He earned his M.S. (2012) and Ph.D. (2021) from IIT Kharagpur, where his master’s research focused on text analysis modules for text-to-speech systems, and his doctoral work addressed multimodal and AI-supported enrichment of learning materials. With over 11 years of research experience and 6+ years of teaching experience, Dr. Ghosh is currently serving as an Assistant Professor at the Indian Institute of Information Technology (IIIT) Dharwad. His research interests include speech processing, natural language processing, artificial intelligence, information retrieval, and educational technology, where he has contributed extensively to peer-reviewed journals, international conferences, and funded research & academic projects. Passionate about bridging research, teaching, and real-world impact, Dr. Ghosh mentors undergraduate and postgraduate students in AI/ML and SNLP projects, fostering innovation, critical thinking, and applied research skills among future technology professionals.

Program Faculty

Dr. Abdul Wahid

Assistant Professor

Ph.D. (IIT Dhanbad)

Dr. Animesh Roy

Assistant Professor

Ph.D. (IIEST)

Dr. Dibyajyoti Guha

Assistant Professor

Ph.D. (IIT Bhubaneswar)

Dr. Girish G N

Assistant Professor

Ph.D. (NITK)

Dr. Krishnendu Ghosh

Assistant Professor

Ph.D. (IIT Kharagpur)

Dr. Malay Kumar

Assistant Professor

Ph.D. (NIT Raipur)

Dr. Milind Chabbi

Professor of Practice

Rice University
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Dr. Pavan Kumar C

Assistant Professor

Ph.D. (VIT Vellore)
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Dr. Prabhu Prasad B M

Assistant Professor

Ph.D. (IIT Bhubaneswar)
Team Member Image

Dr. Pramod Yelmewad

Assistant Professor

Ph.D. (NITK Surathkal)
Team Member Image

Dr. Shrinivas Kulkarni

Professor of Practice

PhD - University of Edinburgh
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Dr. Sunil C K

Assistant Professor

Ph.D. (NITK Surathkal)
Team Member Image

Dr. Sunil Kumar P V

Assistant Professor

Ph.D. (NIT, Calicut)
Team Member Image

Dr. Suvadip Hazra

Assistant Professor

Ph.D. (NIT Durgapur)
Team Member Image

Dr. Vivekraj V K

Assistant Professor

Ph.D. (IIT Roorkee)
Team Member Image

Dr. Animesh Chaturvedi

Assistant Professor

Ph.D. (IIT Indore)
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Dr. Chinmayananda A

Assistant Professor

Ph.D. (IISc Bengaluru)
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Dr. Deepak K T

Assistant Professor

Ph.D. (IIT Guwahati)
Team Member Image

Dr. Girish Revadigar

Assistant Professor

PhD (The University of New South Wales (UNSW) Sydney, Australia)
Team Member Image

Dr. Manjunath K V

Assistant Professor

Ph.D. (NITK Surathkal)
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Dr. Nataraj K S

Assistant Professor

Ph.D. (IIT Bombay)
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Dr. Rajendra Hegadi

Associate Professor

Ph.D. (MGRRI, Chennai)
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Dr. Ramesh Athe

Assistant Professor

Ph.D. (Osmania University, Hyderabad)
Team Member Image

Dr. Shirshendu Layek

Assistant Professor

Ph.D. (IIT Dhanbad)
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Dr. Shruti Maralappanavar

Assistant Professor

PhD: IIT Dharwad
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Dr. Sunil Saumya

Assistant Professor

Ph.D. (NIT Patna)
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Dr. Swagatika Sahoo

Assistant Professor

PhD: IIT Patna
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Dr. Siddharth R

Assistant Professor

Ph.D. (NIT Puducherry)
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Dr. Utkarsh Khaire

Assistant Professor

Ph.D. (NIT Nagaland)
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Prof. S R Mahadeva Prasanna

Professor and Director

Ph.D. (IIT Madras)

Frequently Asked Questions

01 Why should I choose the Cloud Computing specialization at IIIT Dharwad?

The M.Tech in Cloud Computing at IIIT Dharwad focuses on building expertise in designing, deploying, and managing scalable and secure cloud systems. The program emphasizes hands-on projects, practical cloud architectures, and exposure to global best practices, preparing graduates to lead cloud-driven initiatives in enterprises and startups.

02 How is this program different from traditional cloud courses?

Unlike typical certification courses, this M.Tech CSE in Cloud Computing combines a research-oriented approach, hands-on labs, and real-world projects. Students also experience a 7-day on-campus immersion, interact with faculty and industry leaders, and work on capstone projects that simulate enterprise-scale cloud challenges

03 Who can benefit from this program?

This program is ideal for:
IT professionals and software engineers seeking advanced cloud expertise DevOps and infrastructure engineers aiming for leadership roles Graduates aspiring to pursue research or R&D in cloud-native architectures Professionals wanting to drive cloud adoption, automation, and scalable solutions in organizations

04 Do I need prior cloud experience or certifications to apply?

No prior cloud certifications are required. Applicants should have a B.E./B.Tech in Computer Science, IT, or related disciplines. Relevant professional experience in IT, software development, or systems administration is recommended but not mandatory.

05 Will I receive a degree upon completion?

Yes. Graduates earn a M.Tech in Computer Science & Engineering (Specialization in Cloud Computing) degree from IIIT Dharwad, an Institute of National Importance recognized nationally for academic and research excellence.

06 How does the project based learning enhance learning?

The capstone project provides students the opportunity to design and implement real-world cloud solutions, including scalable architectures, secure systems, and cost-optimized cloud environments. It bridges theory and practice, preparing graduates to tackle enterprise-scale challenges.

07 How does project-based learning enhance my skills?

The capstone project allows students to apply theoretical knowledge to real-world cloud challenges, including designing scalable architectures, implementing secure systems, and optimizing cloud resources.