Programming

C Programming Training in Pune with Placement

Name: Archer Infotech
Address: Flat No. 12, Divyadarshan Housing Society, behind Kothrud Bus Stand Road, near Natraj Gas Agency, Londhe Wada, Chaitanya Nagar, Kothrud, Pune, Maharashtra, 411038, IN
Telephone: +91 9850 678451
Price range: ₹₹

Pune's trusted C classes at the Archer Infotech institute, Kothrud — weekday, weekend and online batches with placement assistance.

Master the C programming language — the foundation of systems programming, embedded development, and operating systems. Learn data types, control flow, functions, pointers, dynamic memory, structures, and file handling through hands-on projects.

1.5 Months

Beginner

Online & Offline

Curriculum last reviewed: 6 May 2026

Interested in this course?

Get in touch with us to learn more about the curriculum, batch timings, and fees.

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C is the foundational systems-programming language — the language behind the Linux kernel, every operating system, every embedded controller in every Pune-manufactured car / Cummins engine / Honeywell automation device, every database engine, every browser engine, and every language runtime (Python's CPython, Node.js's V8, the JVM, the .NET CLR are all written in C / C++). Archer Infotech's C training in Pune teaches the language as it is actually used in 2026 — modern C (C17 / C23 features where compilers support them, primarily on GCC 14 and Clang 18+), pointers and pointer arithmetic at the depth that real systems engineers need, dynamic memory management without leaking, the standard library, file handling, plus the discipline of writing C that runs reliably for years (defensive coding, static analysis with cppcheck, undefined-behaviour awareness). The course is the right foundation for engineering students, embedded / firmware careers, and the natural prerequisite for our C++ track. Classroom in Kothrud, online live, and weekend batches available.

Why Learn C in 2026

C is not a legacy language — it is a foundational one, and the gap between knowing C and not knowing C separates 'I learned to program' from 'I understand how computers actually work'. Pune's automotive R&D ecosystem (Mercedes-Benz R&D India, BMW TechWorks, Volkswagen IT Services, Bajaj Auto, Tata Motors via Tata Technologies Pune, Cummins, Atlas Copco, John Deere ETC, plus the entire Tier-1 / Tier-2 supplier ecosystem) hires aggressively for embedded C / C++ engineers — Indeed Pune lists 600+ active embedded / firmware / systems openings in 2026, with continuous hiring at companies like KPIT (a major Pune automotive software employer), L&T Technology Services, Tata Elxsi, Persistent Embedded Systems, and the captive R&D arms above.

Beyond automotive: Pune's IoT / device-engineering scene (Honeywell, Schneider Electric Pune, ABB Pune), the test-and-measurement space (National Instruments Pune), and most engineering colleges' research labs all run on C. Plus the broader software-engineering reality — every senior backend engineer benefits from C-level intuition because every language eventually has a 'why is this slow / why does this leak / why does the GC pause' question that C-fluency answers cleanly.

What this means for hiring: Pune embedded / firmware JDs in 2026 expect C fluency, pointer mastery, dynamic memory discipline, basic OS understanding (processes, threads, syscalls), and ideally exposure to embedded toolchains (ARM toolchain, microcontroller programming via STM32 / ESP32 / Arduino). Senior roles add C++ (covered in our follow-on track), Yocto / embedded Linux, and AUTOSAR for automotive specifically. Archer Infotech's C course covers the language depth Pune embedded employers test for.

600+ active embedded / firmware / systems openings on Indeed Pune (May 2026)
Pune automotive ecosystem — KPIT, Tata Elxsi, L&T Tech Services, Mercedes-Benz, BMW
Modern C — C17 / C23 on GCC 14 / Clang 18+
Foundation for C++, embedded firmware, OS / kernel work, and senior systems engineering
The intuition that makes you better at every other language

Who This Course Is For

For You If

Engineering, BCS, MCA, or BSc-CS student targeting embedded / firmware / systems roles in Pune
First-year engineering student who wants the foundation language before college C / C++ courses get serious
Working developer in another language wanting C-level intuition for senior systems roles
Career restarter targeting the embedded / automotive software space (large Pune market, lower competition than web)
Working professional preparing for our C++ track — C is the natural prerequisite

Not For You If

If your goal is web / frontend / backend-web work — JavaScript or Python is the better starting point
If you cannot put in 6–8 hours per week of practice outside class — C is unforgiving with practice; concepts compound
If you only want a certificate sticker with no portfolio — Pune embedded hiring screens hard on real C code on GitHub
If you have 2+ years of production C / firmware experience — you'll be under-stretched; jump to our C++ track or talk to us about embedded specialisations

Detailed Curriculum

C Foundations & Toolchain

Week 1

C from first principles. Cover the compilation model (preprocessing → compilation → assembly → linking — and why each stage matters), GCC 14 / Clang 18+ on Linux / WSL2 / macOS, the standard C library, plus the modern toolchain — Make for build management, gdb for debugging, valgrind for memory checks, cppcheck for static analysis. Then the language basics — primitive types, signed vs unsigned integer math, the integer-promotion rules (where most C bugs come from), variables, control flow (if / else / switch / while / for / do-while), basic operators, expressions.

Compilation model — preprocessor, compiler, assembler, linkerGCC, Clang, Make, gdb, valgrind, cppcheck setupPrimitive types — char, short, int, long, long longSigned vs unsigned integer rules and promotionFloats — float, double, long double, IEEE 754 awarenessControl flow — if, switch, while, for, do-whileOperators and expression evaluation

Functions, Arrays & Strings

Week 2

Functions — declarations vs definitions, header files, parameter passing (by value), return values, recursion, plus the discipline of writing functions that return error codes (errno style) vs out-parameters. Arrays — declaration, initialisation, indexing, the array-decays-to-pointer rule that confuses every C beginner once but is fundamental once internalised. Strings — null-terminated character arrays, string.h functions (strlen, strcpy, strncpy, strcat, strcmp), and the security implications (buffer overflow — the source of most CVEs in C code).

Function declaration vs definitionHeader files (.h) and translation unitsParameter passing by valueRecursion and the call stackArrays — declaration, indexing, decay-to-pointerStrings — null-terminated character arraysstring.h — strlen, strcpy, strncpy, strcat, strcmpBuffer overflow risks and safer alternatives

Pointers & Pointer Arithmetic

Week 3

The heart of C, and the topic that separates C programmers from C-fluent programmers. Cover what a pointer actually is (an address, with a type that determines how it is interpreted), pointer declaration and dereferencing, pointer arithmetic, pointer-to-pointer (and why double pointers appear in real code), arrays as pointers (the deep equivalence), function pointers (and how they enable callbacks), const-correctness on pointers (`const char *` vs `char * const` vs `const char * const`), plus the discipline of always initialising pointers (NULL or a valid address — never uninitialised).

Pointer basics — declaration, dereferencing, NULLPointer arithmetic — + and - on pointersPointer-to-pointer and double pointersArrays as pointers — the deep equivalenceFunction pointers and callbacksconst-correctness on pointersPointer pitfalls — uninitialised, dangling, wild

Dynamic Memory Management

Week 4

malloc / calloc / realloc / free — the four functions that define C memory management, and the discipline of using them without leaking or double-freeing. Cover the heap vs the stack vs the data segment, when each fits, the discipline of paired allocate / free in the same scope when possible, plus modern alternatives (RAII patterns where you can simulate them in C, the goto-cleanup pattern that is widely used in the Linux kernel for error paths). We use valgrind extensively in this week — every student finds and fixes at least three real memory bugs they wrote.

Heap vs stack vs data segmentmalloc / calloc / realloc / freePaired allocate / free disciplineThe goto-cleanup pattern (Linux kernel style)valgrind for leak detectionAddress sanitiser (ASan) for runtime bug detectionCommon bugs — leaks, double-free, use-after-free

Structures, Unions & Enumerations

Week 5

User-defined types in C. Structures (struct) — declaration, member access, dot vs arrow operator, structure padding and alignment (the topic every embedded interview tests for), bitfields (used heavily in microcontroller register definitions), self-referential structures (the foundation of linked lists, trees, graphs). Unions and when they are right (memory-constrained embedded code, type-punning carefully). Enumerations (enum) — when to use them vs preprocessor macros. We finish by implementing a small linked list and a binary tree in pure C.

Struct declaration and accessPadding, alignment, packed structuresBitfields for register-level programmingSelf-referential structuresUnions for type-punning and memory savingsEnumerations vs #defineLinked list and binary tree implementation

File I/O, Standard Library & Preprocessor

Week 6

File handling — fopen / fclose / fread / fwrite / fprintf / fscanf, plus the lower-level POSIX system calls (open, read, write, close — the foundation that real Linux / embedded code uses). Standard library coverage — stdio.h, stdlib.h, string.h, math.h, time.h, ctype.h. The preprocessor in depth — #define for constants and macros, conditional compilation (#ifdef / #ifndef / #if), include guards, plus the discipline of using `static const` and `enum` over `#define` for constants in modern C.

fopen, fclose, fread, fwrite, fprintf, fscanfPOSIX system calls — open, read, write, closeStandard library — stdio, stdlib, string, math, timeerrno and error handlingPreprocessor directives — #define, #ifdef, #includeInclude guards and #pragma onceModern C — `static const` and `enum` over `#define`

Capstone Project & Embedded / Systems Onboarding

Week 7

One week of full-time capstone work plus a focused 'next-step' embedded / systems primer. Pick one of three capstone projects (see Capstone Projects). The final session previews embedded development (ARM toolchain, microcontroller basics on STM32 / ESP32) or our C++ track based on your target. Mock interviews are calibrated for entry-level embedded / firmware / systems roles in Pune; resume / LinkedIn / GitHub polish included.

Capstone implementation, deployment, READMECode review with the lead trainer — style, safety, performanceEmbedded toolchain primer — ARM, STM32, ESP32Resume + LinkedIn rewrite for embedded / firmware / systems JDsGitHub portfolio polishHR mock interview and salary negotiation

Capstone Projects You Will Build

Project 1: Mini Database Engine in C

A simple disk-backed key-value database written in C — fixed-size B-tree on disk for the index, log-structured append for values, basic CRUD operations, persistence across runs, plus a small REPL for queries. Demonstrates pointer mastery, file I/O, dynamic memory, and the systems-programming discipline that Pune embedded / database hiring panels test for. Outcome: a public GitHub repository with valgrind-clean output and a small README.

C17 with GCC 14 or Clang 18+POSIX file I/OB-tree indexvalgrind + ASan in CI

Project 2: Microcontroller Firmware (Optional Embedded Track)

For students targeting embedded careers: a small firmware project on ESP32 or STM32 — read sensor data over I2C / SPI, process it, transmit over UART or Wi-Fi (ESP32). Pure C with the vendor SDK or Arduino framework, demonstrating hardware-register programming, interrupt handling, and the embedded-C idioms (volatile-correct, no-malloc-after-init). Hardware kit (~₹1,500–₹2,000) optional and student-purchased.

C17 / Embedded CESP32 / STM32 SDKI2C / SPI / UARTInterrupt handlers

Project 3: Linked-Data-Structure Library

A reusable C library implementing common data structures — singly and doubly linked lists, hash table with separate chaining, binary search tree, dynamic array (vector), generic via void* function pointers. Built with a Makefile, unit tests via a simple xUnit-style framework, valgrind-clean across all tests, plus a small example demo. Demonstrates the discipline of writing reusable, testable C — exactly the artefact that opens senior junior C / systems interviews.

C17 with GCC / ClangMake build systemGeneric functions via void*valgrind + Address Sanitiser CI

Career Outcomes & Salaries in Pune

C fluency is the foundation for embedded / firmware / systems roles — Indeed Pune lists 600+ active openings in this segment, with continuous hiring at KPIT (Pune's largest automotive-software employer), Tata Elxsi, L&T Technology Services, Persistent Embedded Systems, plus the captive R&D arms of Mercedes-Benz, BMW TechWorks, Volkswagen IT Services, Tata Motors / Tata Technologies, Bajaj Auto, Cummins, Honeywell, Atlas Copco, John Deere ETC, and the IoT / device-engineering scene. C is also the prerequisite for C++, which expands the role landscape significantly.

What pulls a C developer above the median band: a public GitHub repository with at least one valgrind-clean systems project, demonstrable pointer / memory / data-structure depth, ideally one embedded-firmware project on real hardware (ESP32 / STM32 / Arduino — small kit cost), and the discipline of writing defensive C that survives static analysis. Our capstone projects are designed exactly around these signals.

Senior Embedded / Systems Engineer bands at the top end are reported as national figures (Pune-specific Indeed pages do not exist for these specific titles); Pune trends within ±10% of these figures based on AmbitionBox and 6figr.

Role	Salary band	Source
C Developer / Embedded C Engineer (Pune entry, <2 years)	₹3,50,000 – ₹6,00,000 per year	AmbitionBox Pune Embedded C Engineer
Embedded Software Engineer (Pune, 2–4 years)	₹6,00,000 – ₹11,00,000 per year	Glassdoor Pune Embedded Engineer
Senior Embedded / Firmware Engineer (Pune, 5–8 years)	₹14,00,000 – ₹24,00,000 per year	Glassdoor Pune Senior Embedded Engineer
Lead Embedded Systems Engineer (national, 8+ years)	₹22,00,000 – ₹38,00,000 per year	6figr India Lead Embedded Engineer (Pune ±10%)

Pune companies hiring C professionals in 2026

KPIT TechnologiesTata ElxsiL&T Technology ServicesPersistent Embedded SystemsMercedes-Benz R&D IndiaBMW TechWorks IndiaVolkswagen IT ServicesTata TechnologiesBajaj AutoCummins IndiaHoneywellAtlas CopcoJohn Deere ETCSchneider ElectricABB IndiaNational Instruments

Roles after this C course

Junior Embedded C EngineerFirmware Engineer (with hardware experience)Systems ProgrammerJunior Automotive Software EngineerJunior IoT / Device DeveloperPrerequisite met for our C++ track

Course Duration, Batches & Modes

Duration: 6 weeks of structured curriculum plus 1 week of capstone project and embedded / systems onboarding (~1.5 months total)

Classroom

Archer Infotech, Kothrud, Pune

• Morning batch — 10:00 to 13:00
• Evening batch — 18:00 to 21:00
• Lab access available outside class hours

Online Live

• Same hours as classroom batches — morning or evening
• Recordings available for review
• Same code reviews and project feedback as in-person batches

Tools used:

Zoom for live sessionsGitHub for code reviews and PRsGCC / Clang on Linux / WSL2 / macOSSlack / WhatsApp for asynchronous Q&A

Weekend

• Saturday + Sunday, 09:00 to 13:00

Stretches over ~2.5 months instead of 1.5 to accommodate working professionals.

Maximum 15 students per batch. Classroom batches start every 3 weeks; weekend batches every 5 weeks.

Course Fees

Course fees range from ₹20,000 to ₹90,000 depending on mode, batch type, and any applicable concession — C as a 1.5-month foundational course typically lands at the lower end of that range. Most students take C as a stepping stone to C++ or as a foundation for embedded careers; ask about the bundled C + C++ pricing for combined enrolment.

₹20,000 – ₹90,000 (C, as a focused 1.5-month course, typically lands at the lower end of the range; combined C + C++ enrolment offers significant bundle savings)

Payment options:

Single payment with early-bird discount
EMI in 2 instalments at no extra cost
Corporate sponsorship — invoiced to your employer with GST
Bundled C + C++ enrolment with discount

Placement Support

C alone is foundational rather than a standalone hireable specialisation in 2026; placement focus is calibrated for embedded / firmware entry roles where C is the primary requirement. By the end of the curriculum your resume highlights pointer / memory / data-structure mastery, your GitHub has at least two valgrind-clean repositories, and you have completed at least two mock technical interviews focused on entry-level embedded / firmware roles.

We say placement support, not placement guarantee. Our support is unconditional, time-bound (six months after course completion), and includes free re-entry to a future batch's interview-prep sessions. Most C graduates progress directly to our C++ course or take an embedded-firmware specialisation as the natural depth specialisation that turns C fluency into a hireable embedded role.

Placement process — week by week

Week 5 — resume and LinkedIn rewrite, calibrated for embedded / firmware JDs
Week 6 — GitHub portfolio cleanup, valgrind-clean badge, README polish
Week 7 — two rounds of mock technical interviews calibrated for entry-level embedded roles
Week 7 — HR mock interview and salary negotiation coaching
Post-course — referrals via our 17-year alumni network at 12+ partner companies (with extra emphasis on KPIT, Tata Elxsi, L&T Tech Services)
Strong recommendation to enrol in our C++ course as the natural next step
Up to 6 months of continued support after course end
Free re-entry to future batch interview-prep sessions if first round does not land

Partner companies

KPIT TechnologiesTata ElxsiL&T Technology ServicesPersistent Embedded SystemsMercedes-Benz R&D IndiaBMW TechWorks IndiaTata TechnologiesCumminsHoneywellAtlas CopcoJohn Deere ETC

See recent placement records →

How Archer Infotech Compares

We compare ourselves against typical Pune C training institutes on factual rows only — no logos, no opinions. Use this as a checklist when evaluating any institute.

Factor	Archer Infotech	Typical Pune institute
Trainers named on course page with photos and LinkedIn	Yes — Yogesh Patil and Amol Chougule	No — generic 'expert trainers' branding
C standard covered	C17 + C23 features on GCC 14 / Clang 18+	C89 / C99 — pre-2010 standards still
Memory tooling	valgrind + Address Sanitiser + cppcheck integrated into every project	Slides only, no actual tool use
Pointer depth	Full week — pointer arithmetic, pointer-to-pointer, function pointers, const-correctness	One day, basics only
Embedded primer included	Yes — ARM / STM32 / ESP32 toolchain overview, optional firmware capstone	Not covered
Public GitHub portfolio output	Yes — valgrind-clean projects with CI badges	Local code on a hard drive
Bundled pricing with C++	Yes — significant discount when combined	Per-course pricing only
Salary data shown	Cited from AmbitionBox + Glassdoor + 6figr with source URLs	Single number with no source
Placement support duration after course	6 months, with free re-entry to interview prep	1–3 months or vaguely 'until placed'
Batch size cap	15 students	25–40 students

Compare with whoever you are considering — we welcome the comparison. The right test is whether you can see actual student valgrind-clean code before you pay.

C, C++, or Skip Both?

C vs C++ vs skip-both is the most-asked question in Pune embedded counselling. The honest answer: it depends on your career direction.

Take C alone (this 1.5-month course) if your goal is an entry-level embedded / firmware / IoT role at a Pune Tier-1 / Tier-2 supplier where pure C is dominant, you are an engineering student building foundations early, or you are preparing for our C++ track and want C fluency first. Take C → C++ as a bundle (combined ~3.5 months) if your goal is the broader systems / embedded / game-development / quant-trading market — C++ unlocks significantly more roles and pays better at senior, and the C → C++ progression is the natural one (C++ assumes C fluency).

Skip both if your goal is web / frontend / data / AI work — JavaScript or Python is the better starting point and C / C++ is unnecessary detour for those careers. Honest recommendation: pick C if you have a specific embedded / automotive / firmware target. Pick the C → C++ bundle if you want broader systems / engineering reach. Skip both if your career direction is web / data / AI / cloud.

Prerequisites & How to Start

Prerequisites: basic computer use, willingness to commit 6–8 hours per week of practice outside class, ideally school-level math (basic algebra and binary number system understanding helps but isn't strict). No prior programming experience required; we start from `printf("Hello")` on day one.

Decide your mode — classroom in Kothrud, online live, or weekend
Check the upcoming batch dates on our batch schedule page
Book a free 30-minute counselling call — we will honestly tell you whether the course fits your goal
Confirm enrolment and complete pre-course orientation (GCC / Clang install scripts for Linux / macOS / Windows-with-WSL2)
Show up to day one with a laptop running 64-bit Linux / macOS / Windows-with-WSL2

Frequently Asked Questions

Is C still relevant in 2026?+

Yes — more relevant than ever in Pune specifically. The Linux kernel, every operating system, every embedded controller, every database engine, every language runtime is written in C / C++. Pune's automotive and embedded ecosystem (KPIT, Tata Elxsi, L&T Tech Services, the captive R&D arms) hires aggressively for embedded C engineers; Indeed Pune lists 600+ active openings in this segment.

How long does C training in Pune take at Archer Infotech?+

Approximately 1.5 months — 6 weeks of structured curriculum plus 1 week of capstone and onboarding. The weekend batch stretches over ~2.5 months at the same content depth.

What is the salary of an Embedded C Engineer in Pune?+

AmbitionBox reports junior Embedded C Engineer Pune salaries at ₹3.5–6 lakh per year. Mid-level (2–4 years) earns ₹6–11 lakh per Glassdoor. Senior Embedded / Firmware Engineers (5–8 years) earn ₹14–24 lakh. Lead Embedded Systems Engineers earn ₹22–38 lakh nationally with Pune trending within ±10%.

Should I learn C before C++?+

Yes — C is the natural prerequisite. C++ assumes C-level fluency on pointers, memory management, and the build / compile / link model. Skipping C and going straight to C++ wastes the first 2–3 weeks of the C++ course because every C++ concept builds on C fundamentals. Many students take C → C++ back-to-back as our bundled enrolment.

C or Python — which should I learn first as a beginner?+

Python if your career direction is web / data / AI / cloud — Python is the better starting point and you can always pick up C later if you need it. C if your career direction is embedded / firmware / systems / automotive — C is the foundational language for that ecosystem and you cannot skip it. The honest answer depends on goal, not on which is 'better'.

Will I work on real projects?+

Yes — three capstone projects: (1) mini disk-backed key-value database engine in C, (2) optional microcontroller firmware project on ESP32 / STM32 with hardware kit, (3) reusable linked-data-structure library with valgrind-clean tests. All three become public GitHub repositories with passing CI badges.

What about embedded / hardware?+

The optional Capstone Project #2 is a microcontroller firmware project on ESP32 or STM32 — hardware kit (~₹1,500–₹2,000) is student-purchased and optional. We cover the embedded-C idioms (volatile, register access, interrupts, no-malloc-after-init) and the toolchain so you can interview for entry-level embedded roles credibly. Deeper embedded specialisation comes after this course.

Are weekend C classes available in Pune?+

Yes — Saturday and Sunday, 09:00–13:00, stretched over ~2.5 months instead of 1.5. Same content, same trainers, same projects.

What is the fee for the C course in Pune?+

Course fees range from ₹20,000 to ₹90,000 depending on mode and concession. C as a 1.5-month focused course typically lands at the lower end of this range. Bundled C + C++ enrolment offers significant savings.

What support do I get after course completion?+

Six months of active placement support — mock interviews calibrated for entry-level embedded / firmware roles, referrals via our alumni network (with extra emphasis on KPIT / Tata Elxsi / L&T Tech Services), resume / LinkedIn / GitHub rewrites, and salary negotiation coaching.

Are the named trainers actually teaching, or are they just on the brochure?+

Yogesh Patil personally leads the foundations, pointers, dynamic memory, and capstone weeks. Amol Chougule leads the structures / file I/O / preprocessor weeks. The same names you see on this page show up in your batch on day one.