Syllabus EIL Management Trainee

Can you provide me the Syllabus for EIL Management Trainee (Electrical) Exam as I am preparing for the exam?

[Quick Sam]

Candidates, who have completed B.Tech/B.E in any of the disciplines i.e. CSE, IT, ECE, Electrical, Civil, Mechanical, or Chemical Engineering, can apply for the position of Management Trainee in EIL.

Main Topics Covered under EIL Management Trainee (Electrical) Exam
General Aptitude
Quantitative Aptitude
General Awareness
Reasoning
English Language
Technical Knowledge

Detailed syllabus for EIL Management Trainee (Electrical) Exam

Quantitative Aptitude
Area
Problems on Ages
Ratio and Proportion
Compound Interest
Partnership
Allegation of Mixture
Average
Boats and Streams
Calendar
Chain Rule
Clock
Decimals
Fraction
Height and Distance
Number Series
Percentage
Profit and Loss
Simple Interest
Permutation and Combination
Pipes and Cistern
Probability
Problems on H.C.F and L.C.M
Problems on Trains
Simplification
Square Root and Cube Root
Time and Distance
Data Interpretation
Time and Work

General Awareness
Economy
Five Years Plans
Awards
Books and Authors
Business
Sports

Current events
National and International affairs
Important Personalities
Science and Technology

Reasoning Ability
Logical Reasoning
Letter and Symbol Series
Verbal Classification
Analogies
Judgment Making
Logical Problems
Course of Action
Cause and Effect
Statement and Argument

Verbal Reasoning
Data Sufficiency
Logical Sequence of Words
Character Puzzles
Blood Relation
Series Completion
Seating Arrangement
Direction Sense Test
Classification
Arithmetic Reasoning

Non-Verbal Reasoning
Series
Analogy
Classification
Analytical Reasoning

General English
Sentence Correction
Ordering
Usage of words
Comprehension
Synonyms
Preposition
Sentence formation
Tenses

Technical Knowledge

Electric Circuits and Fields
Node and mesh analysis
Transient response of DC and AC networks
Sinusoidal steady-state analysis, resonance
Basic filter concepts
Ideal current and voltage sources
Two-port networks
Network graph
Thevenin’s, Norton’s and Superposition and Maximum Power Transfer theorems
Three phase circuits
Gauss Theorem
Electric field and potential due to
Point
Line
Plane
Spherical charge distributions
Ampere and Biot-Savart’s laws
Inductance
Dielectrics
Capacitance

Signals and Systems
Continuous and discrete-time signals
Shifting and scaling operations
Fourier series representation of continuous periodic signals
Sampling theorem
Fourier transforms
Laplace transforms
Z transforms

Electrical Machines
Single-phase transformer
Three phase transformers
Autotransformer
Energy conversion principles
DC machines
Types
Windings
Generator characteristics
Armature reaction and commutation
Starting and speed control of motors
Three phase induction motors
Principles
Types
Performance characteristics
Starting and speed control
Single-phase induction motors
Synchronous machines
Servo and stepper motors

Power Systems
Transmission line models and performance
Basic power generation concepts
Radio interference
Distribution systems
Per-unit quantities
Bus impedance and admittance matrices;
Load flow
System stability concepts
Voltage control
Economic operation
Symmetrical components
Fault analysis
Power factor correction
Principles of over-current
Circuit breakers

Control Systems
Principles of feedback
Transfer function
Steady-state errors
Routh and Niquist techniques
Bode plots
State space model
State transition matrix

Electrical and Electronic Measurements
Bridges
Digital voltmeters and multi-meters
Error analysis
Induction type instruments
Instrument transformers
Oscilloscopes
Phase, time and frequency measurement
PMMC
Potentiometer
Q-meters

Analog and Digital Electronics
Characteristics of diodes
Oscillators and feedback amplifiers
Operational amplifiers
Simple active filters
VCOs and timers
Combinational and sequential circuits
Multiplexer
Schmitt trigger
Multi-vibrators
Sample and hold circuits
A/D and D/A converters
8-bit microprocessor

I am searching for the EIL Management Trainee syllabus. Will you please forward me syllabus of EIL Management Trainee computer science?

[Kiran Chandar]

Engineers India Limited conducts the exam of the Management Trainee (MT). The exam contains following sections.

Technical Section 50 Questions
General Aptitude 50 Questions

As per your request, I am giving you syllabus of the EIL Management Trainee (Computer Science) Exam.

For General Aptitude covers followings:

1. General Aptitude
2. Oil & energy
3. World affairs
4. Indian culture
5. Sports
6. Quantitative Aptitude
7. Logical Reasoning
8. Economics
9. Industry

Technical Section syllabus

Digital Logic

1. Minimization
2. Number representation and computer arithmetic point
3. Logic functions
4. Combinational and sequential circuits


Programming and Data Structures –
1. Binary search trees
2. Functions
3. Programming in C
4. Recursion
5. Stacks
6. Arrays
7. Binary Heaps
8. Binding Abstract
9. Data types
10. Linked Lists
11. Parameter passing
12. Queues
13. Scope
14. Trees


Computer Organization and Architecture –
1. Arithmetic Logic Unit and data-path
2. Cache and main memory
3. Instruction pipelining
4. Machine instructions and addressing modes
5. Secondary storage
6. C P U control design
7. Input/ Output interface
8. Interrupt and DMA mode
9. Memory interface


Theory of Computation –
1. Undecidability
2. Regular languages and finite automata
3. Recursively enumerable sets and Turing machines

Compiler Design –
1. Syntax directed translation
2. Intermediate and target code generation
3. Parsing
4. Lexical analysis
5. Runtime environments
6. Basics of code optimization


Algorithms –
1. Analysis
2. Notions of space and time complexity
3. Design: Greedy approach
4. Divide-and conquer
5. Connected components
6. Shortest paths
7. Sorting
8. Asymptotic notation
9. Worst and average case analysis
10. Dynamic programming
11. Tree and graph traversals
12. Spanning trees
13. Hashing
14. Searching
15. Basic concepts of complexity classes P, NP, NP-hard, NP-complete


Databases –
1. Relational model
2. Transactions and concurrency control
3. Database design
4. File structures
5. ER-model
6. Query languages (SQL)


Operating System –
1. Concurrency
2. CPU scheduling
3. Deadlock
4. File systems
5. Inter-process communication
6. Memory management and virtual memory
7. Processes
8. Synchronization
9. I/O Systems
10. Threads


Information Systems and Software Engineering –
1. Information gathering
2. Requirement Analysis
3. Data flow diagrams
4. Process specifications
5. Feasibility analysis


Computer Networks –
1. LAN technologies
2. Routing algorithms
3. Flow and error control techniques
4. Congestion control