A C programming course is like learning to drive a manual transmission before hopping into an automatic—you feel the engine, understand the gears, and gain fine-grained control that makes you a better driver everywhere else. In software, C gives you that control. It’s the language under the hood for operating systems, embedded devices, databases, and high-performance libraries. Learn C once and you’ll see how memory really works, how compilers optimize code, and why certain patterns are lightning-fast while others slow apps to a crawl.
Demand? Still strong and very practical. Companies in Mumbai doing systems programming, fintech cores, device firmware, gaming engines, and performance-critical services value engineers who “think in C.” The C programming course helps you read and write code that interacts closely with hardware, manage memory safely, and build tools others depend on. Imagine software like a skyscraper: Python, JavaScript, and Java are the upper floors where people live and work; C is the steel skeleton holding everything up. Knowing the skeleton makes you a stronger developer on every floor.
Career outcomes span Embedded/IoT developer, Systems programmer, Performance engineer, and roles where you’ll own modules in C even if the wider product uses multiple languages. The C programming course also sharpens your foundation for DSA, C++, Rust, and OS internals. You’ll build mini-projects that force you to reason about pointers, arrays, files, and networks. By the end, you’ll have a portfolio and the mental model to write bug-resistant, efficient code—skills Mumbai recruiters consistently appreciate. If you want low-level mastery that upgrades everything you code afterwards, this is your on-ramp.
Purpose/Goals
- Write clean, portable C code using functions, structs, headers, and build systems.
- Manage memory (stack/heap), pointers, arrays, strings, and files safely.
- Implement classic data structures & algorithms in C.
- Use debugging/profiling tools (gcc/clang, gdb, valgrind).
- Build, test, and document small systems utilities and libraries.
Who Should Enroll
- Beginners who want the strongest base for systems/embedded work.
- Upskillers moving from Python/JS to low-level performance work.
- Career switchers targeting Embedded/IoT, tooling, or systems roles.
Why Take This Course
- Differentiator: True low-level competencies (memory, pointers, perf).
- Use-cases: Embedded/IoT, OS utilities, HFT components, database extensions.
- Tools covered: gcc/clang, make/CMake, gdb, valgrind, git, sanitizers.
- Certification prep: Maps to vendor tests used by embedded orgs; great base for Linux/embedded certs.
- Hands-on/Portfolio: CLI tools, a mini standard-library subset, and a capstone (networked file sync or sensor logger).
Curriculum
- 10 Sections
- 0 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Chapter 1: C Essentials & Toolchain
- Learning objectives: Set up toolchain; write, build, run programs; understand compilation & linking.
- Keywords: C basics, C compiler, gcc tutorial
- Modules: Installing gcc/clang & VS Code; Hello World; Build pipeline (preprocess → compile → link); Anatomy of a C program.
0 - Chapter 2: Types, Control Flow, Functions
- Objectives: Master core syntax, scopes, header files, inline functions.
- Keywords: C syntax, C header files, C functions
- Modules: Primitive types, if/switch/loops; Functions & prototypes; Header organization; Static vs extern.
0 - Chapter 3: Pointers, Arrays, Strings & Memory
- Objectives: Work safely with pointers; manage stack vs heap.
- Keywords: pointers in C, malloc free, C strings
- Modules: Pointer arithmetic; Arrays vs pointers; malloc/calloc/realloc/free; String APIs & pitfalls; Memory leaks & sanitizers.
0 - Chapter 4: Structs, Files & Modular C
- Objectives: Model data with structs; build libraries; file I/O.
- Keywords: C structs, C file handling, makefiles
- Modules: Structs/unions; File I/O (text/binary); Error handling; Static & dynamic libraries; Make/CMake.
0 - Chapter 5: DSA in C
- Objectives: Implement DS & algorithms idiomatically in C.
- Keywords: data structures in C, C linked list, C sorting
- Modules: Linked lists, stacks, queues; Hash tables; Trees; Sorting/searching; Big-O and benchmarking.
0 - Chapter 6: Networking & Systems (Capstone)
- Objectives: Build a small networked tool; deploy & document.
- Keywords: C socket programming, systems programming C
- Modules: POSIX sockets; Select/epoll; Logging & config; Packaging; Final demo & portfolio readme.
0 - Career & Salary Insights — Mumbai IT MarketRelevant roles: Embedded/IoT Developer, Systems Programmer (C), Firmware Engineer, Performance Engineer, Low-latency/Trading Systems Engineer, Linux/Tooling Engineer.0
- Expected salary ranges (Mumbai):
- Freshers: typically starts around ₹3 L–₹6 L; top fresher roles can reach ₹5–10 L depending on company and project fit. (Naukri)
- Experienced (3–6 yrs): often ₹8 L–₹15 L; senior IC roles go higher based on domain. (See also Indeed Mumbai averages around ₹7.7 L for software engineers.) (Indeed)
- Senior (6–10+ yrs): can scale to ₹16 L–₹30 L+; select postings indicate 30–50 LPA for high-impact back-end/perf roles. (LinkedIn)
0 - Recruiter expectations:
- Strong C, pointers/memory, problem-solving, DSA; comfort with Linux tooling.
- Evidence of debugging (gdb/valgrind) & performance thinking.
- Projects or internships demonstrating safe memory and I/O.
0 - Practical Outcomes
- Stack/Tools: C (C11/C17), gcc/clang, make/CMake, gdb, valgrind, Address/UB sanitizers, git, Linux CLI.
- Hands-on: Utilities (grep-lite), JSON parser, ring buffer, hash map, file indexer.
- Capstone: Networked file sync or telemetry logger (daemon + CLI) with docs & tests.
- Assessment: Weekly labs, code reviews, timed DSA tasks, final viva & demo.
- Certification mapping: Strong prep for Linux Foundation, embedded vendor assessments; forms base for future OS/embedded certs.
0
Basic programming logic helps; we start from fundamentals.
10–12 weeks + project.
Varies by batch—ask for current schedule
Career support (resume, mock interviews, referrals).
Up to sockets, sanitizers, and a capstone.
Multiple labs + 1 capstone you can host on GitHub
Live online + recordings & mentor hours
Guidance for Linux/embedded pathways.
Any PC with Linux or WSL; VS Code recommended.
Embedded, systems, perf engineering, tools.
RAII-like patterns in C, disciplined free, sanitizers.
Unit tests + static analysis + sanitizer runs each sprint.
You’ll learn safe patterns and guard rails.
Yes, via WSL2 or MinGW; Linux suggested.
We simulate device/market data; capstone is production-style.
DSA drills in C + system design basics.
Mandatory GitHub with README, tests, CI.
Mentor hours + forum
Yes, at OS/embedded/perf layers.
With practice + tools, you’ll be fine.
Yes, both.
Text and binary I/O
POSIX sockets basics.
gdb + sanitizers + logs.
VS Code or CLion ok
Yes, completion + guidance to external certs.
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