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Basics of Electrical Engineering

EE2111
3 hours English

Basics of Electrical Engineering

Basics of Electrical
1 Basic Concepts
2 Resistive Circuits
3 Nodal & Loop Analysis
4 Thevenin’s Theorem
5 Capacitance and Inductance
6 Analyze AC Steady-State circuits
1.1 Mapped to: 1

Students will be able to explain the concept of electric charge, current, voltage, energy, and power.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
1.2 Mapped to: 1

Students will be able to analyze linear DC circuits using Ohm’s Law,Kirchhoff’s voltage law (mesh analysis), and Kirchhoff’s current law (nodal analysis).

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
1.3 Mapped to: 1

Students will be able to utilize network analysis techniques including superposition, source transformations, and Thevenin & Norton’s theorems.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
1.4 Mapped to: 1

Students will be able to explain the terminal characteristics of capacitors and inductors.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
1.5 Mapped to: 1

Students will be able to analyze 1st order transient circuits.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
1.6 Mapped to: 1

Students will be able to analyze 2nd order transient circuits.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
2.1 Mapped to: 6

Analyze linear DC circuits using Ohm’s Law, Kirchhoff’s voltage law (mesh analysis), and Kirchhoff’s current law (nodal analysis).

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
2.2 Mapped to: 6

Utilize network analysis techniques including superposition, source transformations, and Thevenin & Norton’s theorems

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
2.3 Mapped to: 6

Analyze DC circuits containing dependent and independent sources, resistors, capacitors, and inductors

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
2.4 Mapped to: 6

Analyze 1st Order Transient Circuits.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
2.5 Mapped to: 6

Analyze 2nd Order Transient Circuits.

Teaching Strategy Traditional lecture
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
3.1 Mapped to: 3 , 7

Demonstrate the importance of and engage in Life-long learning

Teaching Strategy Classroom Participation
Assessment Methods Quizzes + Final ExamQuestions + HW Assignments + Major Exam Questions
3.2 Mapped to: 5

Conduct professionally and responsibly

Teaching Strategy Classroom Participation
Assessment Methods Discussions
3.3 Mapped to: 3

Communicate in written form

Teaching Strategy Classroom Participation
Assessment Methods Discussions
3.4 Mapped to: 7

Handle tools and materials and apply rules for equipment & personal safety

Teaching Strategy Lab Experiments
Assessment Methods laboratory experiments, Lab reports, and final lab exam