Courses-Outcomes Matrix

OUTCOMES
COURSES TYPE 1 2 3 4 5 6 7 8 9 10 11
CHEM 101
MATH 101
MATH102
PHYS101
PHYS102
D1
S
S
S
S
S
MATH200
MATH220
MATH230
S
S
S
ME266 D1
ENGG100 D1
HSS100
IT101 S
CSE101 S
CSE201 D1
ECO101 SS
ECO202 D1
IE242 D1 D1
IE256 D1
IE301 D1
IE302 D1
IE303 D1
MAN311 D1
IE312 D1
IE321 D1
IE334 D1
IE351 D1
IE402 D2
IE403 D1
IE412 D2
IE413 D2
IE422 D2
IE481 D2
IE484 D2
IE490
1 To be able to use mathematics, science and engineering knowledge.
2 To be able to use basic Industrial Engineering and Operations Research concepts, algorithms, methods and solutions.
3 To be able to design and conduct experiments and analyze the results by interpretation.
4 To be able to construct a system (or a component of a system) or a process in order to meet a desired demand under realistic constraints involving economics, environment, sociability, politics, ethics, safety and reliability, production and sustainability.
5 To be able to recognize, formulize and solve engineering problems.
6 To be able to determine and apply suitable modeling approaches for problem solving.
7 To be able to use information technology tools in Industrial Engineering applications.
8 To be able to develop special computer programs handling proposed solutions.
9 To be able to use spreadsheet, simulation, optimization and statistical software packages in the analysis of Industrial Engineering problems.
10 To be able to conduct effective and ethical oral and written communication with the team members and customers.
11 To be able to sustain continuous development in the area of study.

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