To provide an outstanding student experience, underpinned by high quality teaching and learning, resulting in career choices in the IT industry that extend beyond programming / software development and into latest fields like data science, data analytics.

·         To provide effective learning ambiance to gain an excellent skill set to pursue a wide range of careers in the changing and challenging technological world.

·         To help obtain wide-reaching technical skills and knowledge of latest technologies.

·         To facilitate burgeoning researchers in the emerging areas of the discipline.

Program Educational Outcomes (PEOs) in Computer Science and Engineering (CSE) represent the expected accomplishments and skills that students should attain by the time they complete their academic program. PEOs are designed to align with the mission and goals of the educational institution. While specific PEOs may vary among institutions, here is a general list of common PEOs for Computer Science and Engineering programs: 

Successful Careers: Graduates should have successful careers in computer science and engineering or related fields, demonstrating competence, leadership, and adaptability in their professional endeavors. 

Advanced Education: Graduates should pursue advanced education, such as postgraduate studies, research, or professional development, to enhance their knowledge and skills in computer science and engineering. 

Problem Solving: Graduates should possess the ability to analyze complex problems in computer science and engineering, develop innovative solutions, and apply these solutions effectively in real-world scenarios. 

Teamwork and Communication: Graduates should be capable of working collaboratively as part of a team, effectively communicating ideas, and contributing to the success of group projects. 

Ethical and Professional Responsibility: Graduates should adhere to ethical standards and demonstrate professional responsibility in their work, understanding the societal and ethical implications of their computing solutions. 

Lifelong Learning: Graduates should recognize the importance of continuous learning, staying abreast of emerging technologies and evolving trends in computer science and engineering throughout their careers. 

Adaptability to Technology Changes: Graduates should be adaptable to changes in technology, capable of learning and applying new tools, programming languages, and methodologies as the field evolves. 

Effective Problem Communication: Graduates should be able to articulate technical concepts and solutions effectively, both in written and oral forms, to diverse audiences. 

Entrepreneurship and Innovation: Graduates should demonstrate an entrepreneurial mindset and the ability to innovate, possibly by creating new products, services, or solutions in the field of computer science and engineering. 

Global and Societal Impact: Graduates should be aware of the global and societal impact of computing solutions, considering factors such as cultural diversity, environmental sustainability, and social responsibility. 

Professional Development: Graduates should engage in professional development activities, such as obtaining certifications, participating in conferences, and joining professional organizations, to enhance their career prospects and contribute to the profession.

Program Specific Outcomes (PSOs) for Computer Science and Engineering (CSE) are specific statements that describe the expected knowledge, skills, and attributes that students should attain by the time they complete their CSE program. These outcomes are tailored to the discipline and are more detailed than broader Program Educational Outcomes (PEOs). PSOs are designed to ensure that graduates of a CSE program have achieved proficiency in key areas. Here's a general list of common PSOs for Computer Science and Engineering:Problem Solving and Algorithmic Thinking:Apply problem-solving techniques and algorithmic thinking to design, implement, and evaluate software solutions for complex problems.

Programming Proficiency:Demonstrate proficiency in programming languages, software development tools, and methodologies to develop efficient and reliable software systems.

System Design and Development:Design and develop complex computer systems, including software and hardware components, considering system requirements and constraints.

Database Management:Apply database management principles to design and implement efficient database systems, ensuring data integrity and security.

Network and Communication Skills:Understand and apply concepts related to computer networks, communication protocols, and cybersecurity to design and maintain secure and scalable networked systems.

Software Engineering Practices:Apply software engineering principles and practices throughout the software development life cycle, including requirements analysis, design, implementation, testing, and maintenance.

Artificial Intelligence and Machine Learning:Apply principles of artificial intelligence and machine learning to design and develop intelligent systems for various applications.

Web and Mobile Application Development:Design and develop web and mobile applications, considering user interface design, usability, and responsiveness.

Cybersecurity Awareness:Understand and implement cybersecurity measures to protect computer systems, networks, and data from unauthorized access and cyber threats.

Software Testing and Quality Assurance: Implement software testing strategies and quality assurance measures to ensure the reliability and performance of software systems.

Project Management:Demonstrate project management skills, including planning, organizing, and executing software projects effectively as part of a team.

Professional Ethics and Societal Impact:Understand and adhere to professional and ethical responsibilities, considering the societal impact of computer science and engineering solutions.

Program Outcomes (POs) in Computer Science and Engineering (CSE) are specific statements that describe the expected accomplishments and skills that students should acquire by the time they complete their academic program. These outcomes are designed to align with the mission and goals of the educational institution and are used to assess the effectiveness of the CSE program. Here's a general list of common Program Outcomes for Computer Science and Engineering: 

Engineering Knowledge: Graduates should demonstrate a solid understanding of the fundamental principles, theories, and concepts in computer science and engineering. 

Problem Analysis: Graduates should be able to analyze complex computing problems, identify the requirements, and formulate efficient solutions using appropriate tools and techniques. 

Design/Development of Solutions: Graduates should possess the ability to design, implement, and evaluate computing solutions that meet specified requirements and are aligned with system architecture and design principles. 

Conduct Investigations of Complex Problems: Graduates should be able to conduct research and apply their knowledge to investigate complex problems in computer science and engineering, using research-based methods. 

Modern Tool Usage: Graduates should be proficient in using modern computing tools, software, and hardware for various computing practices. 

Teamwork and Communication: Graduates should be capable of working effectively in multidisciplinary teams, including the ability to communicate technical concepts to a diverse audience. 

Ethics and Professionalism: Graduates should adhere to ethical standards and professional responsibilities in their computing practice, considering the impact on individuals and society. 

Lifelong Learning: Graduates should recognize the importance of staying current with emerging trends, technologies, and methodologies in computer science and engineering throughout their careers. 

Project Management and Finance: Graduates should demonstrate an understanding of project management principles and be able to apply them in the development of software systems and related projects. 

Environment and Sustainability: Graduates should be aware of the environmental and sustainability aspects of computing solutions, applying principles that promote environmental responsibility. 

Quality Management: Graduates should understand and apply quality management principles to ensure the reliability and quality of software systems and computing solutions.

Global and Societal Impact: Graduates should have an awareness of the societal and global impact of computing solutions, considering cultural diversity and social responsibilities.

Computer Science and Engineering (CSE) is a highly sought-after branch in engineering due to its versatility and the increasing role of technology in various sectors. Here are several benefits and opportunities associated with pursuing a career in Computer Science and Engineering: 

High Demand for Professionals: There is a consistently high demand for skilled computer science professionals across industries, including technology, finance, healthcare, and more. 

Diverse Career Paths: Computer Science graduates can explore diverse career paths such as software development, data science, artificial intelligence, cybersecurity, and more, allowing for specialization in areas of interest. 

Innovation and Creativity: CSE professionals have the opportunity to work on innovative projects, develop cutting-edge technologies, and contribute to advancements in the field, fostering creativity and innovation. 

Global Opportunities: The skills gained in computer science are highly transferable, allowing professionals to work globally and contribute to international projects and teams. 

Entrepreneurship: Computer Science graduates often have the skills and knowledge to start their own tech companies or contribute to startup ventures, fostering an entrepreneurial spirit. 

Remote Work Opportunities: The nature of computer science work often allows for remote work options, providing flexibility in work arrangements. 

Competitive Salaries: Computer Science professionals are among the highest-paid in the job market due to the demand for their skills and expertise. 

Continuous Learning: The field evolves rapidly, requiring professionals to engage in continuous learning, which can be intellectually stimulating and personally rewarding. 

Contribution to Society: Computer Science plays a crucial role in addressing societal challenges, from developing healthcare technologies to creating solutions for environmental sustainability. 

Versatility in Industries: CSE professionals are needed in various industries, including finance, healthcare, entertainment, education, and manufacturing, making it possible to work in diverse sectors. 

Influence on Emerging Technologies: Professionals in CSE have the opportunity to contribute to and shape emerging technologies such as artificial intelligence, machine learning, blockchain, and the Internet of Things (IoT). 

Dynamic Work Environment: The work in computer science is dynamic and ever-changing, providing professionals with new challenges and opportunities for growth. 

Community and Collaboration: CSE professionals often work in collaborative environments, contributing to a sense of community and teamwork. 

Personal Projects and Hobbies: The skills acquired in CSE allow professionals to pursue personal projects and hobbies, ranging from developing mobile apps to creating websites or contributing to open-source projects. 

Global Impact: Computer Science professionals have the potential to create solutions that can have a global impact, addressing significant challenges and improving the quality of life worldwide.