Archer Infotech — IT training institute in Kothrud, Pune since 2009
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C Programming Training in Pune with Placement

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.

4.9 from 24 Google reviews
Trained
10000+
Trained
Placed
5000+
Placed
Placement rate
90%
Placement rate
17+ years
Since 2009
17+ years
1.5 Months
Beginner
Online & Offline

Curriculum last reviewed:

Interested in this course?

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

Enquire Now+91 9850 678451

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What is the C Programming course in Pune?

C Programming training at Archer Infotech is a 1.5-month beginner programme in Pune. It runs as classroom batches at the Kothrud centre and as live online batches, using the same curriculum and trainers. The syllabus covers 3 modules and includes hands-on project work. It prepares learners for roles such as System Programmer, Embedded Systems Developer and Firmware Engineer. Archer Infotech has trained IT professionals in Pune since 2009 and reports a 90% placement rate across learners who complete training. Fees, batch dates and EMI options are shared on request; a free demo class is available before enrolling.

Our C students get placed at

Tech Mahindra
TCS
Infosys
Wipro
Cognizant
Accenture
Capgemini
Persistent Systems
e-Zest Solutions
L&T Infotech
VSpace Software
iVision Software

And many more — 100+ corporate partners hiring across Pune and India.

Introduction to Computer and C Programming — Get started with C programming — covers what computers actually do, where C fits in the language landscape, and the foundations every Pune fresher should understand before writing their first line of C.

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

1
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
2
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
3
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
4
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
5
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
6
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`
7
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
8
AI-Assisted Development Workflow

Final Week

The skill every 2026 hiring panel now probes for — building real work with AI in the loop, responsibly. Learn to drive AI assistants (GitHub Copilot, Claude, Cursor, and IDE-native AI) to scaffold and accelerate the tools and stack this course covers, generate tests, explain and refactor unfamiliar code, and cut the boilerplate — while keeping you firmly in control of every decision. Heavy focus on guardrails: reviewing each AI suggestion, spotting hallucinated APIs or wrong answers, and handling licensing and data-privacy concerns. Close with a mini-project that takes a deliverable end-to-end using an AI-assisted workflow, then fold the same tooling into version control and everyday team practice.

AI assistants — GitHub Copilot, Claude, Cursor, IDE-native AIEffective prompting for this course's stack — scaffolding, boilerplate, configAI-assisted test generation and coverageExplaining, refactoring, and modernising unfamiliar code with AIAI-driven review, error detection, and quality checksGenerating and maintaining documentation with AIAI debugging — interpreting errors, logs, and failing outputGuardrails — reviewing output, avoiding hallucinations, licensing & data privacyTeam workflow — AI in the editor, in reviews, and in delivery pipelinesMini-project — a deliverable built end-to-end with an AI-assisted workflow

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.

RoleSalary bandSource
C Developer / Embedded C Engineer (Pune entry, <2 years)₹3,50,000 – ₹6,00,000 per yearAmbitionBox Pune Embedded C Engineer
Embedded Software Engineer (Pune, 2–4 years)₹6,00,000 – ₹11,00,000 per yearGlassdoor Pune Embedded Engineer
Senior Embedded / Firmware Engineer (Pune, 5–8 years)₹14,00,000 – ₹24,00,000 per yearGlassdoor Pune Senior Embedded Engineer
Lead Embedded Systems Engineer (national, 8+ years)₹22,00,000 – ₹38,00,000 per year6figr 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 in Pune

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.

C Course Fees in Pune

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 in Pune

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
  1. Week 5 — resume and LinkedIn rewrite, calibrated for embedded / firmware JDs
  2. Week 6 — GitHub portfolio cleanup, valgrind-clean badge, README polish
  3. Week 7 — two rounds of mock technical interviews calibrated for entry-level embedded roles
  4. Week 7 — HR mock interview and salary negotiation coaching
  5. Post-course — referrals via our 17-year alumni network at 12+ partner companies (with extra emphasis on KPIT, Tata Elxsi, L&T Tech Services)
  6. Strong recommendation to enrol in our C++ course as the natural next step
  7. Up to 6 months of continued support after course end
  8. 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.

FactorArcher InfotechTypical Pune institute
Trainers named on course page with photos and LinkedInYes — Yogesh Patil and Amol ChouguleNo — generic 'expert trainers' branding
C standard coveredC17 + C23 features on GCC 14 / Clang 18+C89 / C99 — pre-2010 standards still
Memory toolingvalgrind + Address Sanitiser + cppcheck integrated into every projectSlides only, no actual tool use
Pointer depthFull week — pointer arithmetic, pointer-to-pointer, function pointers, const-correctnessOne day, basics only
Embedded primer includedYes — ARM / STM32 / ESP32 toolchain overview, optional firmware capstoneNot covered
Public GitHub portfolio outputYes — valgrind-clean projects with CI badgesLocal code on a hard drive
Bundled pricing with C++Yes — significant discount when combinedPer-course pricing only
Salary data shownCited from AmbitionBox + Glassdoor + 6figr with source URLsSingle number with no source
Placement support duration after course6 months, with free re-entry to interview prep1–3 months or vaguely 'until placed'
Batch size cap15 students25–40 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.

  1. Decide your mode — classroom in Kothrud, online live, or weekend
  2. Check the upcoming batch dates on our batch schedule page
  3. Book a free 30-minute counselling call — we will honestly tell you whether the course fits your goal
  4. Confirm enrolment and complete pre-course orientation (GCC / Clang install scripts for Linux / macOS / Windows-with-WSL2)
  5. 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.

Learn C Online or at Our Pune Centre

Good news — C is available in live online mode as well as classroom training at our Kothrud, Pune centre. Learn from anywhere with the same trainers, curriculum and placement assistance. Register now or send us your enquiry.

Register NowEnquire Now

Taught by Industry Experts

Every batch is led by a working professional with years of MNC experience.

Yogesh Patil, Founder & Director at Archer Infotech, Pune
Yogesh Patil
Founder & Director
15+ years experience
Amol Chougule, Technical Trainer — Modern Web & Mobile at Archer Infotech, Pune
Amol Chougule
Technical Trainer — Modern Web & Mobile
5+ years experience

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