RRB JE Electrical Syllabus 2017 Junior Engineer Paper Objective

RRB JE Electrical Syllabus 2017 Previous Year Railway Junior Engineer Question Paper Solved Objective pdf RRB JE Electrical New Syllabus 2017 Download.

RRB JE Electrical Syllabus 2017 Railway Junior Engineer Electrical Question Paper 2016 Pattern Railway Section/Junior Engineer recruitment of RRB JE Exam Syllabus 2017 Electrical Question Paper Pattern in examination which are listed below. Syllabus and sample questions for JE – Electrical Please note that the level of the questions will be commensurate to the Diploma level syllabus in each of these topics.

1. RRB JE Exam Pattern is one stage online examination.
2. Time Duration of the test will be 2 hours.
3. Total marks for the Exam is 120 marks having 120 Questions.

Post Name
Subject Name
Total Questions
Total Marks
Sectional officer Junior Engineer Electrical)
Trade posts
2 hours
Current Affairs
English language

Railway Recruitment Board exam topics to be covered in the RRB JE Exam Syllabus 2015 Electrical Sample Questions

1. 20,000 watts is same as
A. 20 kW$
B. 20 mW
C. 20 μW
D. None of these

2. Which of the following is not connected with electricity?
A. Voltage
B. Resistance
C. Length$
D. Power

3. What happens to the current drawn from the source when a load resistance is removed from the output of a voltage divider circuit?
A. Increases
B. Decreases$
C. Remains the same
D. Cannot say unless we know the exact parameters of all the items involved

4. What happens to the induced voltage when the speed at which a conductor is moved through a magnetic field is increased?
A. Increases$
B. Decreases
C. Remains the same
D. Follows an inverted “U” shape

5. Which of the following is true when we reverse the current going through the coil of an electromagnet?
A. Direction of the magnetic field reverses$
B. Direction of the magnetic field remains as it was before
C. The magnetic field gets cancelled
D. The entire coil burns

List of topics:
1. Engineering Mathematics
2. Engineering Physics
3. Engineering Chemistry
4. Introduction to Computer Programming
5. Basic Electronics
6. Electronic Circuits
7. Electric Power Generation
8. Electrical and Electronic Measurements and Instrumentation
9. Network Analysis
10. Logic Design
11. Microcontrollers
12. Control Systems
13. Field Theory
14. Power Electronics
15. Transformers and Induction Machines
16. Signals and Systems
17. Transmission and Distribution
18. DC machines and Synchronous Machines
19. Linear IC’s and Applications
20. Control Theory
21. Power System Analysis and Stability
22. Switchgear and Protection
23. Electrical Machine Design
24. Digital Signal Processing
25. Computer Aided Electrical Drawing
26. Computer Techniques in Power System Analysis
27. Electrical Power Utilization
28. High Voltage Engineering
29. Industrial Drives and Applications
30. Electrical Design, Estimation and Costing
31. Power System Operation and Control
32. Reactive Power Management
33. Data Base Management Systems
34. Renewable Energy Sources
35. Energy Auditing & Demand Side Management
36. Electrical Power Quality
37. Electrical Distribution Systems
38. HVDC Transmission

39. Artificial Neural Networks

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