• B.A. (Journalism & Mass Communication) Duration: 3 Years

The Amity School of Engineering and Technology emphasizes hands-on, experiential learning and a flexible academic model enabling students to meet real-world demands and provide innovative solutions. With a diverse student body and a practical approach to teaching, the school prepares students to enter the global workforce with confidence. It offers a range of engineering specializations, providing students with opportunities to explore their interests and passions. The student-centric pedagogy, project-based approach, and design-driven curriculum encourage critical thinking, problem-solving, innovation, and a lifelong love of learning. Amity School of Engineering and Technology is committed to providing students with an exceptional educational experience that prepares them for a successful and rewarding career in engineering.

The Department of Computer Science and Engineering offers a 4-year B. Tech CSE programme in Computer Science and Engineering along with five specializations.

This program has been designed to emphasise futuristic technologies such as artificial intelligence, Machine Learning, Cloud Computing, IoT and Blockchain. Along with the conceptual knowledge, the courses taught here impart research-driven and industry-led experience in all the domains of computer science.

Eligibility Criteria

  • B.Tech. Computer Science Engineering (CSE) – 4 years

    Class (X & XII) aggregate 60% with (Physics + Mathematics + Chemistry/ Computer Science/ Electronics/ Information Technology/ Informatics Practices) minimum 60%

  • B.Tech. Computer Science Engineering (AI & ML) – 4 years

    Class (X & XII) aggregate 60% with (Physics + Mathematics + Chemistry/ Computer Science/ Electronics/ Information Technology/ Informatics Practices) minimum 60%

  • B.Tech. Computer Science Engineering (Cyber Security) – 4 years

    Class (X & XII) aggregate 60% with (Physics + Mathematics + Chemistry/ Computer Science/ Electronics/ Information Technology/ Informatics Practices) minimum 55%

  • B.Tech. Computer Science Engineering (IoT & Blockchain) – 4 years

    Class (X & XII) aggregate 60% with (Physics + Mathematics + Chemistry/ Computer Science/ Electronics/ Information Technology/ Informatics Practices) minimum 55%

  • B.Tech. Computer Science Engineering (Data Science) – 4 years

    Class (X & XII) aggregate 60% with (Physics + Mathematics + Chemistry/ Computer Science/ Electronics/ Information Technology/ Informatics Practice) minimum 55%


B.Tech (CSE) :- First Year: 2,45,000

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The various Specialisation offered with great futuristic value are:

  • Artificial Intelligence and Machine Learning

    The course is designed in a way that enables our students to build efficient, intelligent machines, applications, or software with the cutting-edge technology of analytics, machine learning, and visualisation.

  • Cloud Computing

    The Cloud Computing specialization prepares students to understand the emerging technologies of Cloud Computing and Virtualization, their principles, modelling, analysis, design, deployment, and industry-oriented applications.

  • Data Science

    The Data Science specialization gives students the ability to conduct intelligent data analysis, which is a critical component in a wide range of corporate applications and decision-making.

  • Cyber Security

     It furnishes the students with the potential chance to get an intensive and basic comprehension of contemporary Cyber Security hypotheses and practices, as well as how to apply them to "genuine world" business challenges.

  • IoT & Blockchain

    Tech in Computer Science with an emphasis on the Internet of Things and Applications provides a solid foundation in computer science, wireless communication, and computer networks. The program's goal is to offer students comprehensive professional knowledge and strong practical abilities in the disciplines of computer technology, communications networks, and IT, which may be used in a wide range of Internet of Things applications.

  • Quantum Computing

    The specialization in Quantum Computing offers students a unique opportunity to explore a multidisciplinary field that combines computer science, physics, and mathematics. By focusing on Quantum Computing, students develop expertise in leveraging quantum mechanics to revolutionize problem-solving. They acquire skills in using quantum algorithms and qubits (CUE-bits) to perform operations that surpass the limitations of classical processors. Quantum computers offer an elegant and efficient alternative to supercomputers, with smaller size and lower energy requirements.

  • Full Stack development

    The Full Stack Development specialization empowers students with comprehensive skills to navigate both the front end and back end of computer system applications. On the front end, full stack developers create the visual and interactive elements that users experience. This involves utilizing HTML, CSS, and JavaScript to design user interfaces. Conversely, on the back end, developers work with servers, databases, and internal architecture, handling the software code responsible for communication with these components.

After completion of an academic programme in computer applications, students will be able to:

  • Gain the capacity to use their knowledge of mathematics, computer science and management in real-world situations.
  • Apply professional skills in a range of computer applications, computer organizations, and utilize the techniques of Computer Networking, Software Engineering, Web development, Database management and Advance Java
  • Communicate more reliably, securely, and effectively with a larger audience.
  • Develop their programming skills so they can compete in the global IT industry.

There are many benefits to studying computer applications, which is indicative of the growing significance of technology across many industries. These are the main benefits:

High Demand for Skills: The IT industry consistently experiences high demand for skilled professionals, offering numerous job opportunities for computer applications graduates.

Versatility of Roles: Graduates can pursue diverse roles such as software developer, web developer, database administrator, system analyst, project manager, and more, providing versatility in career paths.

Innovation and Creativity: Computer applications studies foster creativity by enabling individuals to develop innovative solutions to real-world problems through software development.

Global Opportunities: IT skills are in demand worldwide, allowing professionals to explore job opportunities and collaborations on a global scale.

Problem-Solving Skills: The analytical and problem-solving skills developed during studies are applicable not only to IT challenges but also to various aspects of life and work.

Collaborative Work Environment: Many IT projects involve collaboration with diverse teams, promoting teamwork and effective communication skills.

Global Connectivity: The interconnected nature of the digital world enables professionals to collaborate with experts and organizations worldwide, fostering a global network.

Competitive Salaries: IT professionals often enjoy competitive salaries and benefits, reflecting the critical role they play in driving technological advancements and business success.

Entrepreneurial Opportunities: Knowledge in computer applications empowers individuals to start their own tech ventures or contribute to innovative startups, fostering entrepreneurship.

Continuous Learning: The field is dynamic, requiring professionals to stay updated on the latest technologies, providing a stimulating environment for continuous learning and skill enhancement.

Remote Work Opportunities: The nature of IT work often allows for remote work, providing flexibility and the ability to work from different locations.

Industry-Relevant Skills: Graduates acquire practical, industry-relevant skills, making them valuable assets to employers seeking professionals who can contribute immediately.

Contribution to Technological Advancement: Computer applications professionals play a crucial role in advancing technology, influencing how individuals and businesses interact with the digital world.

The faculty at our university has a stellar reputation around the country since they were hand-selected from the best universities. A sizable number of academics with a range of specialisations in computer sciences are currently employed by Amity University Punjab, Mohali. They have a great deal of professional expertise and are extremely qualified. Additionally, they are enthusiastic about teaching. They apply their practical knowledge and creative teaching techniques in addition to their training and expertise.

  • Placements in the Industry, including companies such as Google, Amazon, Microsoft, Accenture, Amazon, and Infosys, among others.
  • Undertaking job profiles such as software developers, data analysts, solution providers, and technical architects.
  • Specialists in research-driven domains such as machine learning, IoT, natural language processing etc.
  • Full stack developers, interaction designers, server-side designers, and data engineers.
  • Tech graduates can go for higher studies in India and abroad.
  • B-tech graduates can have opportunities for various IT-related jobs in Govt. Organizations.
  • Following a BCA and MCA, a person will also acquire the abilities needed for a variety of IT-related jobs in the public sector.

Programme Structure, Syllabi, Outline of Tests, and Course of Reading as follows