Computer Science & Technology - Scheme and Syllabus for Written Examination of recruitment to the post of Lecturer in Govt. Polytechnics under WBPSC


"Computer Science & Technology - Scheme and Syllabus for Written Examination of recruitment to the post of Lecturer in Govt. Polytechnics under WBPSC"
Scheme for P.S.T for recruitment to the post of Lecturer in Govt. Polytechnics in W.B.G.S. under the Technical
Education & Training Deptt., Govt. of W.B.

1. Duration: 1 hour 30 minutes

1. 2. Type of test: MCQ

3. Full Marks: 100

4. No. of questions: 100 multiple choice questions with 1 mark against each question. There shall be negative marks as per norms @ 1/3 for each wrong answer.
Syllabus for preliminary examination for recruitment to the posts of Lecturer in Computer Science & Technology

1. Digital Logic Design :

Fundamentals of Boolean Algebra
Basic gates & Universal gates
Logic minimization techniques
Difference between combinational & sequential logic
Flip-flops, Counter, Shift register etc.

2. Circuit theory :

DC circuits : linear & non-linear, Kirchoff’s law
Impedance and reactance
Superposition theorem, Reciprocity theorem, Thevnin’s theorem,
Norton’s theorem, Maximum Power Transfer etc.

3. Basic Electronics :

Elementary semiconductor physics
P-N junction diode, Zener diode,
BJT, FET, MOSFET, CMOS, Operational amplifiers

4. Computer Organization & Architecture :

Memory interface, cache memory, virtual memory, replacement algorithm,
Arithmetic circuits, Adder, Subtracter, Multiplication, Division
Floating point arithmetic
Input-output interface techniques, DMA, Interrupt.
Pipeline architecture, instruction pipeline, arithmetic pipeline Hazards
RISC & CISC architecture concept

5. Data Structure :

Array, Link list, Stack, Trees, Binary trees, Binary search tree. Tree traversals,
Heap, Sorting & searching techniques and their complexity analysis, Hashing
technique

6. Programming Languages :

Concepts of C and C++ programming including pointers, mallock, callock,
realloc, free etc.

7. Microprocerssor & Microcontrollers :

Difference between microprocessor and microcontrollers 8-bit microprocess
(8085 as an example)
Addressing modes, Instruction set, Instruction cycles, machine eye Interrupts,
DMA, Parallel interface, Serial interface
Introductory concept of 16 bit processor on 8086

8. Operating system :

Concepts of synchronization : Semaphore, Critical region, Inter process
communication etc.
Process management : Different scheduling techniques.
Memory management & File Management
Deadlock detection, prevention and avoidance.

9. System Software:

Assembler, Macros, Loader, Linker etc. concept.

10. Computer Network :

ISO/OSI stack, Ethernet & Token ring architecture, Error control mechanisms,
TCP/UDP and sockets, JP(V4), IP(V6) Concept of Hub, Gateway, Switch and
ronter Network security, Cryptography, secret key and public key digital
signature, Firewall etc.

11. Graph Theory :

Graph, Multigraph, Degree of a vertex, Path, Connectivity Complete graph,
Regular graph, Bipartite graph, sparining tree, Kruskal’s algorithm, Prim’s
algorithm, euler tour, Hamiltonian graph. Travelling Salesman problem.

12. Database Design :

E-R diagram, Data flow diagram, Data models: Relational & Hiearchi query
Language, Relational algebra, Predicate calculus, Functional dependencies,
Normal forms 1NF, 2NF, 3NF, BCNF Transaction & concurrency control.


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