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Dr. Lalatendu Behera

Vision and Mission of the Department and Institute

CSFC0101: Computer Programming (B-2)

Instructor

  • Dr. Lalatendu Behera

TAs

  • Harshita Singh

Class Timings and Venue

  • Wednesday: 10:30 AM - 11:25 AM

  • Thursday: 11:30 AM - 12:25 AM

  • Friday: 08:30 AM - 09:25 AM

  • Venue: C - 4

Course Outcomes

CO
1 Understand the basic components of a digital computer and create simple applications using basic elements of C.
2 Analyze and solve various algorithmic problems using arrays and function.
3 Implement real-time applications in C using structures.
4 Develop complex applications using file systems.

CO - PO Mapping

CO PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12
CO1 M L
CO2 L H M
CO3 M M M M L H M
CO4 M M M M L H M

Recommended Books

  1. B. W. Kernighan and D. M. Ritchie, “The C Programming Language”, Pearson Education, 2006.

  2. Byron S. Gotfried, “Programming with C”, Schaum's Outlines, Tata Mcgraw-hill, 2006.

  3. Y. P. Kanetkar, “Let us C”, BPB Publication, 2011.

  4. E. Balagurusamy, “Programming in ANSI C”, Tata Mcgraw-hill, 2019.

Evaluation

  1. Class Performance: 5%

  2. Quiz/Assignment/Project: Four Quizzes (Best Three) (15%)

  3. Mid-semester: 30%

  4. End-semester: 50%

Recommended Materials

  1. C Operator Precedence Table

Classes

Lecture No. Date Topic Source
1 17/01 Introduction to the course
2 18/01 Introduction to Computers
3 19/01 Compilers, Assemblers and Interpreters Brochure
4 24/01 Basic elements of C (Characters, Identifiers, Variables, Data Types) Brochure
5 25/01 Number Systems Refer Class Notes
6 31/01 Floating-point Numbers Refer Class Notes
7 01/02 Keywords, Constants, printf, and scanf Brochure
8 02/02 Binary and Unary Arithmetic Operators, Typecast Brochure
9 07/02 Relational, Logical Operators Brochure
10 08/02 Examples on Logical Operators Brochure
11 09/02 Bitwise, Assignment, Conditional and Comma Operator Brochure
12 14/02 if - else Brochure
13 15/02 switch-case Brochure
14 16/02 while loop Brochure
15 21/02 for loop, do-while, break, and continue Brochure
16 22/02 Introduction to Pointers Brochure
17 28/02 Pointers Brochure
18 29/02 Introduction to arrays Brochure
19 01/03 1-D Arrays Brochure
20 06/03 Arrays and Pointers Brochure
21 07/03 Array and its adresses Brochure
22 13/03 Sorting Brochure
23 03/04 Mid-semester Q/A Discussion
24 04/04 Searching, Array of pointers, and Pointer to an array Refer Class Notes
25 05/04 Introduction to 2-D Arrays Brochure
26 10/04 2-D Arrays and Pointers Brochure
27 12/04 Pointer to const int, const pointer to int, & const pointer to const int Brochure
28 18/04 Introduction to Function Brochure
29 19/04 Call by value and Call by reference Brochure
30 20/04 Passing 1-D Arrays to a function Brochure
31 24/04 Passing 2-D Arrays to a function, Recursion Brochure Brochure
32 25/04 Dynamic Memory Allocation Brochure
33 26/04 Strings Brochure
34 01/05 Constant Strings, Constant Pointers, and Example of Recursion Brochure
35 02/05 Introduction to Structures Brochure
36 03/05 Structures and Functions and Union Brochure
37 08/05 Preprocessor Directives Brochure
38 09/05 Storage Classes Brochure
39 10/05 Files Brochure

Homeworks or Quizzes

  • 1st Quiz on 14/February/2024 at 5:30 PM in lecture theatres. (Solutions: Set - A and Set - B)

  • 2nd Quiz on 06/March/2024 at 5:30 PM in lecture theatres. (Solutions: Set - A and Set - B)

  • 3rd Quiz on 17/April/2024 at 5:30 PM in lecture theatres. (Solutions: Set - A and Set - B)

  • 4th Quiz on 01/May/2024 at 5:30 PM in lecture theatres. (Solutions: Set - A and Set - B)

Practice Questions