Course Code	Semester	Course Name	LE/RC/LA	Course Type	Language of Instruction	ECTS
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Course Goals	This course aimed to gain the qualifications to do the implementation of the principles of electrical current and direct current electric circuits of all solutions.
Prerequisite(s)
Corequisite(s)
Special Requisite(s)
Instructor(s)
Course Assistant(s)
Schedule
Office Hour(s)
Teaching Methods and Techniques
Principle Sources
Other Sources

Course Schedules
Week	Contents	Learning Methods
1. Week	Static Electricity	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
2. Week	Static Electricity	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
3. Week	Electric Flow Contingency precaution against the Impact	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
4. Week	Electric Flow Contingency precaution against the Impact	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
5. Week	Direct Current Circuit Solutions	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
6. Week	Direct Current Circuit Solutions	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
7. Week	Environmental Flows Method	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
8. Week	Environmental Flows Method	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
9. Week	Node Voltage Method	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
10. Week	Resource Links, Thevenin's Theorem	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
11. Week	Thevenin Theorem,	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
12. Week	Thevenin Theorem,	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
13. Week	Norton's Theorem	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
14. Week	Super position theorem	Presentation, question-answer, discussion, problem solving, observation trips, laboratory (experimental), with case study methods, brainstorming, demonstration, bilateral and group work, One or more computer-based instructional techniques will be used.
15. Week	Final Exam	Classic, Test , Other
16. Week	Final Exam	Classic, Test , Other
17. Week	Final Exam	Classic, Test , Other

Assessments
Evaluation tools	Quantity	Weight(%)
Midterm(s)	1	40
Attendance / Participation	1	10
Final Exam	1	50

Program Outcomes PO-1 Having the knowledge of basic principles, rules and laws of aircraft and aerospace systems. PO-2 The ability of recognizing and using the structural characteristics of the aircraft and the aircraft related maintenanceandtools. PO-3 Applying the knowledge of basic issues related to aircraft electronics. PO-4 Technical drawing and know the rules of civil aviation PO-5 Applying the relevant standards for aircraft maintenance and repairment PO-6 Aircraft automatic control methods PO-7 By performing algorithms and programming to set microcontroller circuits PO-8 Ensuring operatıonal safety of electronic materıal and performing basic measurements PO-9 The ability of analyzing aircraft electrical-electronic systems, materials and failure PO-10 Installing digital, analog and power electronics circuits PO-11 Performıng cyber communıcatıon of control system and settıng sensor systems PO-12 Applyıng standards and assurance of qualıty, abılıty of usıng foreıgn languages PO-13 Values of professıonal ethıcs, usıng communıcatıon technologıes and performıng reseaches PO-14 Performıng first aid /wounded patients İn Case of emergency and protectıng the environment PO-15 Performing matmatıcs applıcatıons

Learning Outcomes LO-1 To apply the basic principles regarding the effects of electric current, LO-2 To solve the basic circuit, LO-3 Complex circuit solutions 1, LO-4 Complex circuit solutions 2, LO-5 Calculate the effects of direct current circuit elements.

Course Assessment Matrix:

LO 1
LO 2
LO 3
LO 4
LO 5
LO 6
LO 7
LO 8
LO 9
LO 10
LO 11
LO 12
LO 13
LO 14
LO 15
LO 16
LO 17
LO 18
LO 19
LO 20
LO 21
LO 22
LO 23
LO 24
LO 25
LO 26
LO 27
LO 28
LO 29
LO 30
LO 31
LO 32
LO 33
LO 34
LO 35
LO 36
LO 37
LO 38
LO 39
LO 40
LO 41
LO 42
LO 43
LO 44
LO 45
LO 46
LO 47
LO 48
LO 49
LO 50
LO 51
LO 52
LO 53
LO 54
LO 55
LO 56
LO 57
LO 58
LO 59
LO 60
LO 61
LO 62
LO 63
LO 64
LO 65
LO 66
LO 67
LO 68
LO 69
LO 70
LO 71
LO 72
LO 73
LO 74
LO 75