METU | Course Syllabus

Program Outcomes Matrix

Master's (with thesis)

	Program Outcomes	Level of Contribution
	Program Outcomes	0	1	2	3
1	know the fundamentals of remote sensing, space geodezy and geographic information systems, can bring together necessary tools to solve problems they face in these areas, can integrate these disciplines,
2	can independently define the information, data and tools necessary to solve problems, can reach them at international level, can complete missing information, can educate herself/himself and can keep her/his knowledge up to date,
3	can develop innovative approaches when solving remote sensing, space geodezy and geographic information systems problems,
4	can use common remote sensing, space geodezy and geographic information systems and office software effectively,
5	can independently prepare and realize technical and management plans of remote sensing, space geodezy and geographic information systems projects considering quality aspects,
6	can express herself/himself in English fluently and can make presentations in any social setting,
7	pay regard to social, scientific, cultural and ethical values in remote sensing, space geodezy and geographic information systems studies and has a historical perspective in these fields.

Doctoral

	Program Outcomes	Level of Contribution
	Program Outcomes	0	1	2	3
1	have profound knowledge of remote sensing, space geodezy and geographic information systems and the disciplines they depend upon, can solve problems in these fields by independently bringing different disciplines together and developing original methods/algorithms,
2	can independently define the information, data and tools necessary to solve problems, can reach them at international level, can complete missing information, can educate herself/himself and can keep her/his knowledge up to date, can transfer and criticize this body of knowledge, can work in international teams and can contribute to international literature at journal paper level,
3	can develop original and innovative approaches that can accepted as scientific contribution when solving remote sensing, space geodezy and geographic information systems problems,
4	can use common remote sensing, space geodezy and geographic information systems and office software effectively and can develop new tools,
5	can independently prepare and realize technical and management plans of remote sensing, space geodezy and geographic information systems projects that requires original contribution, considering quality aspects by using strategical decision processes,
6	can express herself/himself in English fluently and can make presentations in any social setting, can discuss with experts and can support others doing so,
7	pay regard to and develop social, scientific, cultural and ethical values in remote sensing, space geodezy and geographic information systems studies and has a historical perspective in these fields. When necessary, intervenes to social relations. She/he transfers her/his knowledge and values to the society.