| PO – 1 | Computational Knowledge |
Solve computational problems by applying knowledge of mathematics, basic sciences, and core computer science subjects learned throughout the curriculum. |
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| PO – 2 | Problem Analysis |
Identify, analyze, and interpret complex computing problems using analytical and logical thinking, supported by foundational knowledge in computer science and data interpretation. |
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| PO – 3 | Software Design and Development |
Apply algorithmic principles and software engineering practices to design, implement, and evaluate software systems that meet desired needs and functional specifications. |
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| PO – 4 | Societal Impact and Realistic Constraints |
Identify and analyze the needs of society to design computing solutions under realistic constraints like public safety, ethics, health, legal, and cultural considerations. |
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| PO – 5 | Effective Communication |
Communicate effectively with peers, users, and stakeholders through clear documentation, presentations, and interpersonal dialogue in both technical and non-technical contexts. |
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| PO – 6 | Leadership and Entrepreneurship |
Demonstrate leadership in team-based and individual activities, showcasing entrepreneurial and managerial skills necessary for initiating and executing innovative projects. |
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| PO – 7 | Modern Tools and Emerging Technologies |
Acquire and apply modern tools, techniques, and emerging technologies (like AI, ML, Cloud, IoT) to solve industry-specific and research-based problems in computer science. |
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| PO – 8 | Global and Technological Awareness |
Analyze the global and societal impact of contemporary and cutting-edge technologies in the field of computer engineering and IT. |
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| PO – 9 | Lifelong and Self-Motivated Learning |
Recognize the need for continuous learning and possess the ability to engage in independent, self-directed professional development. |
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| PO – 10 | Multidisciplinary and Collaborative Work |
Work effectively in diverse and multidisciplinary teams, understanding contemporary issues, tools, and skills necessary for computing practices across various domains. |
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| PO – 11 | Research and Data Interpretation |
Conduct investigations using research-based methods, including experiment design, data collection, analysis, and interpretation to derive valid computing conclusions. |
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| PO – 12 | Ethics and Professionalism |
Apply ethical principles, responsibilities, and professional norms in all computing and engineering practices. |
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| PO – 13 | Project Management and Finance |
Demonstrate knowledge of project management, financial planning, and organizational skills relevant to engineering and business practices in computing environments. |
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| PO - 14 | Environmental and Sustainability Awareness |
Understand and evaluate the environmental impact of computer engineering solutions, promoting sustainable practices in technology development. |