#1
10th November 2014, 10:53 AM
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Syllabus EIL Management Trainee
Can you provide me the Syllabus for EIL Management Trainee (Electrical) Exam as I am preparing for the exam?
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#2
10th November 2014, 11:43 AM
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Re: Syllabus EIL Management Trainee
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 |
#3
18th May 2015, 05:10 PM
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Re: Syllabus EIL Management Trainee
I am searching for the EIL Management Trainee syllabus. Will you please forward me syllabus of EIL Management Trainee computer science?
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#4
18th May 2015, 05:10 PM
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Re: Syllabus EIL Management Trainee
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 |
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