Computer Science and Engineering (AI/ML)

About the Programme

SITASRM ENGINEERING & RESEARCH INSTITUTE's B.Tech. in Computer Science and Engineering (AI/ML) program is geared toward providing students with deeper understanding and specialization in Artificial Intelligence (AI) and Machine Learning (ML), two disruptive technologies that will have an impact on the future of many industries.

This program is both interdisciplinary and applied; students will consider the role of AI in advancing particularly important technologies, including self-driving cars, AI-controlled drones, and smart-living improvements to life.

Students will also examine leading issues such as AI-powered transaction security; personalized medicine to individuals; and predictive analytics that promote business leadership and sales.

Graduating students from SITASRM ENGINEERING & RESEARCH INSTITUTE will be ready to participate in leading advances in AI and ML, and this will be true because of SITASRM ENGINEERING & RESEARCH INSTITUTE's focus on innovation and excellence.

Eligibility

Minimum Academic Eligibility

All applicants should possess a minimum of 50 percentile marks in any of the eligible 10+2 (or equivalent ) examination process with Physics, Chemistry and Mathematics/Computer Science subjects as compulsory.

Entrance Test

Students will be offered an admission seat based on their performance in a nationally recognized Entrance test such as AKTU Entrance Test or JEE Mains."

Selection Procedure

A robust assessment process undertaken in regards to the students' academic qualifications and performance on entrance examination will guarantee that admission is limited to qualified candidates in order to support a competitive and stimulating educational program."

Curriculum Structure

SER’s curriculum is designed to develop specialized skill sets that help students to think innovatively and to efficiently develop real-world solutions to complex problems. The curriculum incorporates theoretical bases, as well as pragmatic knowledge by utilizing an array of engaged and current specialty courses.

Specialty Courses

• Computer Graphics: Learn to produce stunning visual communication.
• Artificial Intelligence (AI):Investigate AI technologies to improve human-computer interaction.
• Human-Computer Interaction: Design systems for human engagement with technology.
• Robotics: Design systems for human engagement with technology.
• Database Systems:Understand the structure of data and how to manage and operate effectively.
• Web Technology:Develop websites for dynamic and scalable web-based solutions.
• Networked and Cloud-based Computing: Develop proficiency with both cloud-based infrastructure and distributed systems.
• Cyber Security: Investigate technology to protect systems and data from cyber attacks.

Real-World Problem-Solving Skills

Through this variety of courses, students will learn to analyze problems and design innovative solutions, including

Program Objectives

The Bachelor of Technology (B.Tech) in Computer Science and Engineering program is carefully crafted to provide students with the broad foundation of knowledge, practical skills, and creative thinking to succeed in the fast-changing technology environment.

The objectives of the program are:

Strong Academic Foundation

To develop a strong appreciation of the core principles of computer science and engineering (computability, algorithms, programming languages, and software/hardware design) in order to develop a strong academic foundation.

Real World Problem Solving

To provide students with the knowledge to analyze, design, and develop software and hardware systems, in order to solve real-world, practical problems in a variety of environments and domains.

Critical Thinking & Innovation

To develop critical thinking skills, problem solving, and creativity, in regards to simplifying and approaching complex technological problems, which leads to innovative products and solutions.

Career Preparedness

To prepare career-ready computing professionals who can adapt and cope with emerging technology, while meeting industry needs and advancing new knowledge in computing.

Interdisciplinary Connection

To cultivate an appreciation for the connection of computer science to other disciplines - math, science, and engineering; and cultivate a broader perspective 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"