كورس الاعداد لامتحان أساسيات هندسة الحاسوب والهندسة الكهربية – FE Electrical and Computer Exam Preparation Course

اسم المؤلف

غير معروف

التاريخ

14 ديسمبر 2022

التصنيف

الأقسام الهندسية الأخرى, الهندسة الكهربية, ميكاترونيكس

المشاهدات

664

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كورس الاعداد لامتحان أساسيات هندسة الحاسوب والهندسة الكهربية
FE Electrical and Computer Exam Preparation Course

4. Circuit Analysis \ 1. Introduction to Circuit Analysis
5. Communications \ 1. Introduction to Communications
6. Computer Networks \ 1. Introduction to Computer Netwroks
7. Computer Systems \ 1. Introduction to Computer Systems
8. Control Systems \ 1. Introduction to Control Systems
9. Digital Systems \ 1. Introduction to Digital Systems
10. Electromagnetics \ 1. Introduction to Electromagnetics
11. Electronics \ 1. Introduction to Electronics
12. Engineering Sciences \ 1. Introduction to Engineering Sciences
13. Linear Systems \ 1. Introduction to Linear Systems
14. Power \ 1. Introduction to Power
15. Properties of Electrical Materials \ 1. Introduction to Properties of Electrical Materials
16. Signal Processing \ 1. Introduction to Signal Processing
17. Software Development \ 1. Introduction to Software Development
18. Chapter 1 \ 1. Welcome!
19. Software Development \ 2. Algorithms Data Structures Software Design Methods-Implementation-Testing
20. Communications \ 2. Amplitude Modulation
21. Computer Systems \ 2. Architecture and Interfacing
22. Control Systems \ 2. Block diagrams and Bode plots
23. Properties of Electrical Materials \ 2. Chemical Properties – Atomic Bonding
24. Signal Processing \ 2. Continuous time convolution
25. Linear Systems \ 2. Frequency and Transient Response
26. Circuit Analysis \ 2. Kirchoff’s Current Law
27. Electromagnetics \ 2. Maxwell’s equations
28. Digital Systems \ 2. Number Systems
29. Computer Networks \ 2. Routing and Switching
30. Power \ 2. Single Phase Power
31. Electronics \ 2. Solid-State Fundamentals
32. Engineering Sciences \ 2. Work, Energy and Power
33. Communications \ 4. Angle Modulation (PhaseFrequency)
34. Digital Systems \ 4. Boolean Logic and Logic Gates
35. Engineering Sciences \ 4. Charge, Current and Voltage
36. Properties of Electrical Materials \ 4. Chemical Properties – Corrosion
37. Electronics \ 4. Diodes
38. Signal Processing \ 4. Discrete time convolution
39. Electromagnetics \ 4. ElectrostaticsMagnetostatics
40. Circuit Analysis \ 4. Kirchoff’s Voltage Law
41. Computer Systems \ 4. Microprocessors Memory technology and systems
42. Computer Networks \ 4. Network topologiesframeworkmodels
43. Linear Systems \ 4. Resonance
44. Control Systems \ 4. Steady-state errors
45. Power \ 4. Three-phase Power – Transmission and Distribution
46. Electronics \ 6. BJTs
47. Engineering Sciences \ 6. Capacitance
48. Properties of Electrical Materials \ 6. Chemical Properties – Diffusion
49. Communications \ 6. Digital Communication (PAMPCM)
50. Linear Systems \ 6. Laplace Transform
51. Computer Networks \ 6. Local Area Networks
52. Digital Systems \ 6. Logic Minimization and Karnaugh Maps
53. Control Systems \ 6. Routh-Hurwitz Criteria and Stability
54. Circuit Analysis \ 6. Series Parallel Equivalent Circuits
55. Electromagnetics \ 6. Transmission Lines and Wave Propagation
56. Power \ 6. Voltage Regulation
57. Signal Processing \ 6. Z-transform and and Difference Equation
58. Electromagnetics \ 8. Electromagnetic Compatibility
59. Digital Systems \ 8. Flip-Flops and Counters
60. Communications \ 8. Fourier TransformSeries
61. Engineering Sciences \ 8. Inductance
62. Electronics \ 8. MOSFETs
63. Control Systems \ 8. Root Locus
64. Signal Processing \ 8. Sampling
65. Properties of Electrical Materials \ 8. Thermal Properties
66. Circuit Analysis \ 8. Thevenin Theorem
67. Linear Systems \ 8. Transfer functions
68. Power \ 8. Transformers
69. Properties of Electrical Materials \ 10. Electrical Properties – Permittivity and Magnetic Permeability
70. Signal Processing \ 10. Filters
71. Power \ 10. Motors and Generators
72. Communications \ 10. Multiplexing
73. Circuit Analysis \ 10. Norton Theorem
74. Electronics \ 10. Operational Amplifiers
75. Digital Systems \ 10. State machine design
76. Control Systems \ 10. State Variables
77. Linear Systems \ 10. Two-port Theory
78. Properties of Electrical Materials \ 12. Electrical Properties – Resistivity and Conductivity
79. Electronics \ 12. Instrumentation
80. Power \ 12. Power factor
81. Circuit Analysis \ 12. Waveform Analysis and Phasors
82. Circuit Analysis \ 14. Impedance
83. Properties of Electrical Materials \ 14. Mechanical Properties
84. Electronics \ 14. Power Electronics

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