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B.Tech in Computer Science & Engineering


(CSE)


Empowering Future Innovators in COMPUTER SCIENCE & ENGINEERING


Program Level Undergraduate
Duration 4 years

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Program Accreditations

NAAC A+

Approved by the AICTE, India

UGC Entitled

Affiliated with Dr. A.P.J. Abdul Kalam Technical University

About the Programme

Students in the Computer Science and Engineering (CSE) program will be equipped to design, develop, and analyze software and hardware solutions for a wide variety of business, scientific, and social contexts. Computer science is also interdisciplinary, connecting to fields like psychology, biology, mathematics, and many more, showing the integration of computer science throughout much of the world. With this program, students will gain essential skills they need to work effectively in various career paths such as:

  • Software Developers
  • Hardware Engineers
  • System Designers
  • System Analysts
  • Architects
  • Networking Engineers and Administrators
  • Database Administrators
  • Web Developers
  • Project Team Associates or Leaders, and more.

    • The program has a multidimensional focus of computing providing students a deeper understanding of problem solving, innovation, and being sensitive to wide ranges of issues to support their futures in dynamic and engaging careers.

    Eligibility

    The eligibility requirements for this program aim to ensure that students have the academic background and capability to succeed in a field of study. The requirements are outlined below:

  • Minimum Academic Requirement : All candidates must have a minimum of 50% marks in an eligible 10+2 (or equivalent) examination with compulsory subjects consisting of Physics, Mathematics, and Chemistry or Computer Science. This ensures students are academically prepared to tackle the technical and analytical aspects of the program
  • Entrance Examination : Students are admitted based on their performance in a recognized entrance exam such as the AKTU Entrance Exam or JEE Mains. Entrance exams assess both general aptitude and knowledge, while striving to admit students who will be successful in the program.
  • Selection Process : A thorough review of the student's academic background and performance on the entrance exam will ensure only the best students are offered admission, to create a competitive and lively learning environment

    • Curriculum Structure

    SITASRM ENGINEERING & RESEARCH INSTITUTE's curriculum offers specialty courses that prepare students with the skills to solve complex real-world problems. These includes:

    Core and Advanced Topics Core courses, such as:
  • Computer Graphics
  • Artificial Intelligence
  • Human-Computer Interaction
  • Robotics
  • Database Systems
  • Web Technology
  • Networked and Cloud-based Computing
  • Cyber Security, etc.

    • These topics provide a solid grounding in various methodologies and technologies.

    Real-Time Problem-Solving Applications

    Students learn to analyze and design original solutions for various complex problems. A few of them are:

  • Creating computer models and software to improve education systems
  • Producing 3D graphics to visualize and preserve historical artifacts
  • Advancing natural language understanding to facilitate communication with machines
  • Understanding medical imaging images to help diagnosis and treatment
  • Employing computing technologies to create art and foster creativity
  • Studying algorithms that enhance and support advanced network technologies

    • Our expert tutors ensure that students have the conceptual understanding in addition to the practical experience to invent and act in various industries.

    Program Objectives

    The Bachelor of Technology (B.Tech) in Computer Science and Engineering program is carefully developed to give students the broad knowledge, practical skills, and creative thinking needed to succeed in the fast-changing technology landscape. The goals of the program are to provide:

  • Strong Academic Foundation

    To create a deep appreciation of the core principles of computer science and engineering, including computation, algorithms, programming languages, and software/hardware design to build a strong academic foundation.

  • Real World Problem Solving

    To give students the knowledge to analyze, design, and develop software and hardware systems, to solve practical, real world problems in a variety of settings and domains.

  • Critical Thinking & Innovation

    To develop critical thinking abilities, problem solving, and creativity in the simplification and approaches to complex technological issues, allowing for innovative products and solutions.

  • Career Preparedness

    To prepare career-ready computing graduates with the ability to adapt and cope with emerging technology, while meeting industry needs, and promoting new knowledge in computing.

  • Interdisciplinary Connection

    To foster an understanding of the connection of computer science to other disciplines like mathematics, science, and engineering; and promote a broader view of technology.

    • Program Specific Outcomes (PSOs)

    The role of Computer Science Engineers falls in any one of the following categories:

  • Design and develop software applications for different industries
  • Manages the software, hardware & networks in any industry
  • Involves in the design and development of the hardware components of PCs & laptops
  • Develops software for peripheral computing devices such as printers, modems, and scanners
  • Writes code and algorithms for operating systems such as Windows, Linux, etc.
  • Develops the process and software for both domestic and industrial automation"

    • Speak with our counselors to explore your options and know more about programs

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