Course Name - Programming In C with Data Structures
- abhijitsathe
- 3 days ago
- 4 min read
🎒 Perfect for university exam preparation.
đź’» Hands-on coding in every single session.
🛠️ Build a portfolio project for your resume.
Course Duration :- 60 Hrs (Our mentorship is forever ...Your interaction with us will be lifetime without any fees. We are always available to clear your doubts and queries even after course duration is over. )
Course Fee :- Rs. 5,500 /-
Pay Link :- https://www.questionbankos.com/_paylink/AZ59xTuq
âť“ Frequently Asked Questions (FAQs)
Q: I have never coded before. Can I take this course?
A:Â Yes! The first 15 sessions are built to teach you C programming from scratch. You do not need any prior coding background.
Q: What exactly are "Data Structures"?
A:Â Think of data structures as different storage boxes for your computer. Just like you store clothes in a closet and files in a cabinet, we use different data structures (like Stacks or Lists) to store data efficiently depending on the problem.
Q: Why should I learn C instead of Python or Java?
A:Â C forces you to manage computer memory yourself. Once you understand how memory works in C, learning languages like Java, Python, or C++ becomes incredibly easy.
Q: Will this help me pass my college exams?
A:Â Absolutely. This curriculum covers standard university syllabus topics, from basic loops to complex tree and graph algorithms.
Want to know how your favorite apps and games run so fast? They use C, the language that powers the modern digital world. This 60-session course is built just for you, even if you are a beginner. It takes you step-by-step from writing simple code to building smart, memory-efficient software. You will stop just copying code and start understanding exactly how computers organize data behind the screen. By the end of this course, you will have the confidence to ace university exams, pass coding interviews, and build a real-world software project from scratch!
Module 1: C Basics & Memory
* Learn fundamental code rules, loops, and math operations.
* Master how computer memory works using pointers.
* Create custom data types and manage system memory safely.
Module 2: Linear Structures
* Linked Lists: Connect dynamic data blocks together like train cars.
* Stacks: Store data using the "Last-In, First-Out" rule (like undo buttons).
* Queues: Manage data lines using the "First-In, First-Out" rule (like printer lines).
Module 3: Non-Linear Structures
* Trees: Organize information in hierarchies like folders on your computer.
* Graphs: Connect data points together like friends on a social network.
* Shortest Paths: Find the quickest routes across networks like Google Maps.
Module 4: Algorithms & Capstone Project
* Measure and improve code speed using Big-O math.
* Searching & Sorting: Arrange and find data instantly.
* Hashing: Build fast search tables to look up items in milliseconds.
* Project: Combine everything to build a real Student Record System that saves files.
Summary:-
Coding is not programming...
Learn how to follow process of programming using C.
Post includes detailed video on this concept as well as read blog post carefully for better understanding.
Programming includes following steps:-
Identification of problem
Design and Analysis of Algorithm
Coding
Testing and Debugging
Deployment and Maintenance
What does first step of Problem Definition (Identification of Problem) means?
Problem Definition (also known as Identification of Problem) is a crucial step to decide exact goal (objective) of a program and clearly define requirements for it.
This step identifies three specification - input available, desired output and constrains under which a program will run.
Input specification is the identification of following things:
In what form data is available - text, numeric, alphanumeric, binary or image etc.
From where it will be available - QR code, user input, file on disk etc
Output specification is the identification of final outcome or result. Where it will displayed or printed etc.
Constraints are logical and physical.
Logical constraints are set by business rules like printed bill must include GST etc.
Physical constraints are physical mostly related with hardware of the device or machine like memory limit and processing speed of CPU.
What is the purpose of step known as Design and Analysis of Algorithms (Analysis and Design)?
it's a logical blueprint before writing an exact code. It is the most important and crucial step in programming.
This step decides strategy to solve the problem. The most crucial part of this step is to select an efficient algorithm or design one from scratch.
Many algorithms are already available today for specific purpose. For example, there are at least 40 commonly used algorithms are available to sort data. Selecting good one for out purpose is a challenging task.
Usually we need an algorithm which will take minimum time for execution and minimum space, which is unrealistic. Each algorithm is a trade off between time and memory space. Usually , faster algorithm takes more memory than slower ones and the algorithms that take more memory space often run faster.
The best strategy is always to select an algorithm which takes optimum space and optimum time.
Different algorithms use different data structures and selection of algorithm also depends on data structure. Data structures are divided into two categories - linear and non-linear.
Linear data structures are arrays , linked list, stack and queue.
Non-linear data structures are Trees and Binary Tree and Graphs.
What does coding mean?
Coding is the translation of algorithm into particular programming language such as C, C++ , Java , Python etc.
Coding involes writing code , rectifying syntax errors and logical errors as much as possible.
Why Testing and Debugging is needed? What activities does it includes?
Testing and debugging is needed to find and fix bugs from the program.
It includes following things:
Correcting syntax errors
Identify and remove logical errors
Input validation
Checking output for different inputs to see whether we get desired result.
What is the purpose of Deployment and Maintenance?
Deployment is the process of installing program to the target device or machine.
Maintaining log of the possible errors which may occur after installed on target machine, correct the code , if needed redefine algorithm, revise code and reinstall or update program.
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