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Program Outcomes Matrix

Master's (with thesis)
Program Outcomes Level of Contribution
0 1 2 3
1 Demonstrate a deep understanding of fundamental cryptographic concepts and principles.
2 Analyze and evaluate current scientific literature, methods, and applications used in cryptography.
3 Recognize and apply interdisciplinary approaches to solve complex cryptographic problems.
4 Access, critically review, and synthesize scientific resources in their area of specialization.
5 Construct well-founded and persuasive arguments by effectively interpreting cryptographic research.
6 Communicate technical and scientific information effectively in both oral and written formats.
7 Collaborate efficiently as independent researchers or as members of interdisciplinary teams.
8 Uphold the highest standards of academic integrity and ethical behavior in all professional endeavors.
9 Identify and address current and emerging challenges in cryptographic applications required by both industry and academia.
10 Innovate and propose new ideas or methodologies that contribute to the advancement of cryptographic technology.
11 Design, implement, and evaluate research methodologies that contribute meaningfully to the field.
12 Demonstrate the ability to manage research projects from conception to completion with clarity and precision.
13 Contribute original insights that advance the body of knowledge in cryptography and related disciplines.


Master's (non-thesis)
Program Outcomes Level of Contribution
0 1 2 3
1 Demonstrate a deep understanding of fundamental cryptographic concepts and principles. X
2 Analyze and evaluate current scientific literature, methods, and applications used in cryptography. X
3 Recognize and apply interdisciplinary approaches to solve complex cryptographic problems. X
4 Access, critically review, and synthesize scientific resources in their area of specialization. X
5 Construct well-founded and persuasive arguments by effectively interpreting cryptographic research. X
6 Communicate technical and scientific information effectively in both oral and written formats. X
7 Collaborate efficiently as independent researchers or as members of interdisciplinary teams. X
8 Uphold the highest standards of academic integrity and ethical behavior in all professional endeavors. X
9 Identify and address current and emerging challenges in cryptographic applications required by both industry and academia. X
10 Innovate and propose new ideas or methodologies that contribute to the advancement of cryptographic technology. X


Doctoral
Program Outcomes Level of Contribution
0 1 2 3
1 Demonstrate a deep understanding of fundamental cryptographic concepts and principles.
2 Analyze and evaluate current scientific literature, methods, and applications used in cryptography.
3 Recognize and apply interdisciplinary approaches to solve complex cryptographic problems.
4 Access, critically review, and synthesize scientific resources in their area of specialization.
5 Construct well-founded and persuasive arguments by effectively interpreting cryptographic research.
6 Communicate technical and scientific information effectively in both oral and written formats.
7 Collaborate efficiently as independent researchers or as members of interdisciplinary teams.
8 Uphold the highest standards of academic integrity and ethical behavior in all professional endeavors.
9 Identify and address current and emerging challenges in cryptographic applications required by both industry and academia.
10 Innovate and propose new ideas or methodologies that contribute to the advancement of cryptographic technology.
11 Design, implement, and evaluate research methodologies that contribute meaningfully to the field.
12 Demonstrate the ability to manage research projects from conception to completion with clarity and precision.
13 Contribute original insights that advance the body of knowledge in cryptography and related disciplines.
14 Mentor and lead emerging researchers in collaborative, interdisciplinary projects that push the boundaries of cryptographic innovation.
15 Disseminate research findings effectively by publishing in high-impact journals and presenting at international conferences, thereby influencing future directions in cryptographic research.


Post- Bachelor's Doctoral
Program Outcomes Level of Contribution
0 1 2 3
1 Demonstrate a deep understanding of fundamental cryptographic concepts and principles.
2 Analyze and evaluate current scientific literature, methods, and applications used in cryptography.
3 Recognize and apply interdisciplinary approaches to solve complex cryptographic problems.
4 Access, critically review, and synthesize scientific resources in their area of specialization.
5 Construct well-founded and persuasive arguments by effectively interpreting cryptographic research.
6 Communicate technical and scientific information effectively in both oral and written formats.
7 Collaborate efficiently as independent researchers or as members of interdisciplinary teams.
8 Uphold the highest standards of academic integrity and ethical behavior in all professional endeavors.
9 Identify and address current and emerging challenges in cryptographic applications required by both industry and academia.
10 Innovate and propose new ideas or methodologies that contribute to the advancement of cryptographic technology.
11 Design, implement, and evaluate research methodologies that contribute meaningfully to the field.
12 Demonstrate the ability to manage research projects from conception to completion with clarity and precision.
13 Contribute original insights that advance the body of knowledge in cryptography and related disciplines.
14 Mentor and lead emerging researchers in collaborative, interdisciplinary projects that push the boundaries of cryptographic innovation.
15 Disseminate research findings effectively by publishing in high-impact journals and presenting at international conferences, thereby influencing future directions in cryptographic research.
0: No Contribution 1: Little Contribution 2: Partial Contribution 3: Full Contribution