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Computer Basics (Fundamental, Memory, Language etc)

Computer Graphics

1. Cathode ray tube in Computer Graphics
2. Ellipse Algorithm | Computer Graphics
3. Boundary fill and Flood fill Algorithm | Computer Graphics

Discrete Mathematics

1. Set theory and types of set in Discrete Mathematics.
2. Operations performed on the set in Discrete Mathematics.
3. Group theory and their type in Discrete Mathematics.
4. Functions and the types of functions.
5. Algebraic Structure and properties of structure.
6. Permutation Group in Discrete Mathematics.
7. Types of Relation in Discrete Mathematics.
8. Relation and the properties of relation in Discrete Mathematics.
9. Rings and Types of Rings in Discrete Mathematics.
10. Finite Automata | Discrete Mathematics.
11. Normal forms and their types | Discrete Mathematics.
12. Preposition logic | Discrete Mathematics.
13. Operations in preposition logic | Discrete Mathematics.

Software Engineering

1. Introduction to Software Engineering
2. What is a Software and a Software Process?
3. Software Characteristics
4. The changing nature of the Software
5. Some myths and realities of Software
6. Why do we need Software Engineering?
7. Software Testing and its basic types
8. The evolving nature of the software industry
9. Some major software failures
10. The software documentation
11. Different types of documentation manuals in software engineering
12. Operating procedures in a software
13. Software product | Software Engineering
14. Difference and Relation between Software product and Software process
15. Module and Software Components in Software Engineering
16. Role of management in software development
17. Software Life Cycle Model and Its Types
18. Software Life Cycle Model: The Waterfall Model
19. The Classical Waterfall Model
20. The different phases of the Classical waterfall model
21. The Iterative Waterfall Model
22. The Prototyping model | Software Engineering
23. The Evolutionary Model | Software Engineering
24. The Spiral model | Software Engineering
25. Comparison of Software lifecycle models | Software Engineering
26. Software Design Phase in SDLC
27. Things developed in the design phase of the software | Software Engineering
28. Characteristics of a good software design | Software Engineering
29. Cohesion | Software Engineering
30. Coupling | Software Engineering
31. Different types of design strategies in Software Engineering
32. A software model - the importance of a model in a software
33. Introduction to UML: Unified Modeling Language
34. UML Views and UML Diagrams
35. The Use-case Model (Use case diagram)
36. The class diagram | Software Engineering
37. The Sequence Diagram | Software Engineering
38. The Activity Diagram | Software Engineering
39. Component Diagram | Software Engineering
40. Deployment Diagram | Software Engineering
41. Object Diagram | Software Engineering
42. State Chart Diagram | Software Engineering
43. Domain modeling | Software Engineering
44. Booch's Object Identification Method | Software Engineering
45. User Interface | Software Engineering
46. Graphical User Interface | Software Engineering
47. Coding Phase in Software Engineering
48. Coding standards and guidelines
49. Code Reviewing in Software Engineering
50. Testing Phase in Software Engineering
51. Levels of Testing in Software Engineering
52. Some important terms related to software testing
53. Principles of Testing | Software Engineering
54. Strategies of Testing | Software Engineering
55. Mutation Testing, System Testing and Performance Testing | Software Engineering
56. Program Analysis Tools | Software Engineering
57. Software Failure | Software Engineer
58. Classification of software failures | Software Engineer
59. Software Quality | Software Engineering
60. Software Quality Management | Software Engineering
61. ISO 9000 | Software Engineering
62. SEI Capability Maturity Model | Software Engineering
63. Case tools and their scopes | Software Engineering
64. Software Maintenance | Software Engineering
65. Software Reuse: Definition and Advantages | Software Engineering
66. Reuse Domain | Software Engineering
67. Component Based Software Development | Software Engineering
68. Software Component Classification | Software Engineering
69. MCQ
    • MCQ | Basics/Introduction of software engineering (1)
    • MCQ | Basics/Introduction of software engineering (2)
    • MCQ | Software Lifecycle Models
    • MCQ | Software Design | Software Engineering
    • MCQ | UML views and UML diagrams
    • MCQ | User Interface | Software Engineering

Digital Electronics

1. Computer Number Systems, Types and Conversions
2. Number systems and their representation
3. Conversion of Decimal Number System into Binary Number System
4. Conversion of Decimal Number System into Octal Number System
5. Conversion of Decimal Number System into Hexadecimal Number System
6. Conversion of Binary Number System to Decimal Number System
7. Conversion of Binary Number System into Octal Number System
8. Conversion of Binary Number System into Hexadecimal Number System
9. Conversion of Octal Number System to Binary, Decimal and Hexadecimal Number Systems
10. Conversion of Hexadecimal Number System to Binary, Octal and Decimal Number Systems
11. Binary Addition and Subtraction
12. Binary Multiplication and Division
13. Signed Representation of Binary Numbers
14. Floating Point Representation of Binary Numbers
15. r's and (r-1)'s Complement of Numbers
16. Binary Coded Decimal (BCD Code) and its addition
17. Error Detecting Codes
18. Excess-3 (XS-3) Code and Gray Code
19. Logic Gates
20. Universal Logic Gates (NAND, NOR)
21. Duality Principle and Rules for Reduction of Boolean Expressions
22. Axioms and Laws of Boolean Algebra
23. Realization of Boolean expressions using Basic Logic Gates
24. Realization of Boolean Expressions using only Universal Gates
25. Solved Examples on Reduction of Boolean Expression
26. Karnaugh Maps (K-Maps)
27. POS and SOP form representation of a Boolean Function
28. Min and Max Terms Notation in Boolean Algebra
29. Mapping of expressions on K-Map and Encircling of groups
30. Karnaugh Maps with Don't Care Conditions
31. Combinational Circuit | Digital Electronics
32. Designing of Half-Adder, Full Adder and making Full Adder using Half Adder
33. Designing of Half Subtractor and Full Subtractor
34. N-bit Parallel Adders (4-bit Binary Adder and Subtractor)
35. Construction of Code Converters
36. SR Latch in Digital Electronics
37. Sequential Circuits in Digital Electronics
38. Concept of Read Only Memory (ROM) in Digital Electronics
39. Concept of Random Access Memory (RAM) in Digital Electronics
40. Conversion of Flip Flops
41. Solved Examples on Conversion of Flip-Flops
42. Programmable Array Logic (PALs)
43. Programmable Logic Array (PLAs)
44. Magnetic Memories
45. Introduction to JK Flip Flop
46. Race Around Condition in JK Flip Flop and T-Flip Flop
47. Master-Slave JK Flip Flop
48. Logic Devices and Concept of PROM
49. Designing of Asynchronous Counters
50. Designing of Synchronous Counters
51. Examples of Designing of Synchronous Mod-N Counters
52. Examples of Designing of Arbitrary Sequence Counters and Bidirectional Counter
53. Designing of Comparators

Data Mining

1. Data Mining – Introduction, Benefits, Disadvantages and Applications
2. Data Types in Data Mining
3. Data Mining Tasks – Overview
4. Data Mining Functionalities
5. Data Exploration in Data Mining
6. OLAP (Online Analytical Processing) | Applications, Types, Advantages and Disadvantages
7. OLAP (Online Analytical Processing) | OLAP Cube and Operations
8. Data Preprocessing in Data Mining
9. KDD Process in Data Mining
10. Data Cleaning in Data Mining
11. Motivation or Importance of Data Mining
12. Classification of Data Mining Systems
13. Classification and Prediction in Data Mining
14. Cluster Analysis in Data Mining
15. Outlier Analysis in Data Mining
16. Association Analysis in Data Mining
17. Data Integration in Data Mining
18. Data Mining Issues
19. Data Transformation in Data Mining
20. Data Reduction in Data Mining
21. Data Cube Technology in Data Mining
22. Data Discretization in Data Mining

Computer Architecture

1. Flynn's Classification of Computer Architecture
2. Shared Memory Multiprocessor and Instruction Execution
3. Issues with Pipelining (Hazards)
4. Memory Hierarchy Technology in Computer Architecture
5. Cache Coherence Problem in Computer Architecture
6. Load Balancing and Its Types
7. Dynamic Load Balancing

Miscellaneous Computer Science Topics

• Different types of Image Formats
• Different types of Video Formats
• Daughterboard: An expansion to motherboard.
• Flask vs Django
• Data Type in Computer programming languages.
• Tools
  • Programmer's Calculator