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 modern C++ for high-performance applications, game development, and competitive programming. Learn object-oriented programming, templates, the Standard Template Library, exception handling, and modern C++ features.

2 Months

Beginner

Online & Offline

Curriculum last reviewed: 6 May 2026

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

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C++ is the backbone of high-performance computing — Pune's automotive software giants (KPIT, Tata Elxsi, L&T Tech Services), the captive R&D arms (Mercedes-Benz, BMW TechWorks, Cummins, Honeywell, John Deere ETC), every major game studio, every quant-trading firm with a Pune office, plus Pune's defence / aerospace ecosystem (Tata Advanced Systems, Bharat Forge Defence) all run on it. Archer Infotech's C++ training in Pune teaches the language as it is actually written in 2026 — modern C++ (C++17 fully baseline, C++20 modules / concepts / ranges where compilers support them, plus C++23 features on GCC 14 / Clang 18+), the Standard Template Library (containers, iterators, algorithms), RAII and smart pointers (unique_ptr / shared_ptr — never raw `new` / `delete` in new code), templates and concepts, plus the 2026 production discipline (sanitisers in CI, std::span / std::optional / std::variant for safer interfaces). The course assumes basic C familiarity from college / 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 the language that powers everything where milliseconds and memory matter. Pune's automotive software ecosystem (KPIT, the largest Pune automotive employer; Tata Elxsi; L&T Technology Services; Persistent Embedded Systems) hires C++ engineers continuously — Indeed Pune lists 800+ active C++ openings as of May 2026 across automotive, embedded, game development, and quant trading. Beyond automotive: Pune's defence / aerospace scene (Tata Advanced Systems, Bharat Forge Defence, plus the larger DRDO / BARC ecosystem nearby), the test-and-measurement space (National Instruments Pune, Keysight), and several Pune-based quant-trading boutiques all run substantial C++ codebases.

What changed in 2026: C++17 is now the default baseline (no more C++11 in new code), C++20 features (modules, concepts, ranges, coroutines) are stable on GCC 14 and Clang 18+, and C++23 features (multidimensional subscript, `std::expected`, `std::print`) are starting to land. The discipline has matured around RAII as default — modern C++ codebases use `std::unique_ptr` / `std::shared_ptr` over raw pointers and rarely call `new` / `delete` directly. The build / test / lint stack has settled — CMake for cross-platform builds, Conan or vcpkg for dependencies, GoogleTest or Catch2 for tests, clang-tidy for static analysis, AddressSanitiser / UBSan / TSan as standard CI tools.

What this means for hiring: 2026 Pune C++ JDs expect modern C++ (C++17 minimum, C++20 preferred), STL fluency, smart-pointer discipline, template depth, plus build-system literacy (CMake) and ideally one specialisation (embedded, game-dev, automotive AUTOSAR, quant-trading). Senior roles add coroutines, lock-free programming awareness, and one platform / framework depth (Qt for GUI, Boost for utilities, Unreal for game development). Archer Infotech's curriculum is rebuilt around exactly these expectations — modern C++, sanitiser-disciplined, build-system aware.

800+ active C++ openings on Indeed Pune as of May 2026
Pune automotive ecosystem — KPIT, Tata Elxsi, L&T Tech Services, captive R&D
Modern C++17/20/23 — modules, concepts, ranges, coroutines
RAII + smart pointers + sanitisers — the 2026 production discipline
Specialisation paths — embedded, game-dev, AUTOSAR, quant

Who This Course Is For

For You If

Engineering, BCS, MCA, or BSc-CS student targeting embedded / automotive / game-dev / quant roles
Working C developer wanting to graduate to modern C++ for senior systems / automotive roles
Game developer or game-development student targeting Unreal Engine or custom-engine work
Automotive software engineer targeting AUTOSAR / embedded C++ specialisations
Working developer in another language wanting C++ for performance-critical work or systems-level roles
Quant / financial engineer targeting Pune-based trading boutiques where C++ is the institutional default

Not For You If

If your goal is web / frontend / data / AI work — JavaScript or Python is the better starting point
If you cannot put in 8–10 hours per week of practice outside class — C++ is unforgiving with practice; it has the steepest learning curve of any major language
If you only want a certificate sticker with no portfolio — Pune C++ hiring screens hard on real GitHub repos with sanitiser-clean builds
If you do not have C-level fluency — take our C course first (or equivalent self-study)
If you have 2+ years of production C++ experience with C++17+ — you'll be under-stretched; talk to us about advanced specialisations (modern templates / coroutines / lock-free)

Detailed Curriculum

C++ Foundations & Modern Toolchain

Week 1

Modern C++ from a C-aware starting point. Cover the C++ compilation model (and how it differs from C), namespaces, references vs pointers, default arguments, function overloading, the iostream library (we teach `std::print` from C++23 where available, with `std::cout` as fallback), input / output streams, plus the modern toolchain — GCC 14 / Clang 18+, CMake for cross-platform builds, Conan or vcpkg for dependencies, the discipline of `-Wall -Wextra -Wpedantic` warnings as errors. By the end of week 1 every student has a CMake-built C++23 project with passing CI.

C++ vs C — the compilation differencesNamespaces and `using namespace` disciplineReferences vs pointers — when each fitsFunction overloading and default argumentsiostream — std::cout, std::cin, std::print (C++23)GCC 14 / Clang 18+ setupCMake for cross-platform buildsConan / vcpkg for dependenciesSanitisers in CI — ASan, UBSan, TSan

Object-Oriented C++

Weeks 2–3

OOP in C++ as it is actually used in production. Classes — declaration, member functions, constructors / destructors, the rule of zero / three / five (the discipline that prevents resource-leak bugs), copy constructors vs move constructors (C++11+), copy assignment vs move assignment, default / delete on special member functions. Inheritance and polymorphism — virtual functions, virtual destructors (the topic every C++ interview tests for), pure virtual functions, abstract base classes, the diamond problem and virtual inheritance. Plus modern alternatives — composition over inheritance, type erasure, std::variant + std::visit for closed-set polymorphism.

Classes, constructors, destructorsRule of zero / three / fiveCopy and move semantics (C++11+)default / delete on special member functionsInheritance, virtual functions, virtual destructorsPure virtual and abstract base classesDiamond problem and virtual inheritanceComposition over inheritancestd::variant + std::visit for closed-set polymorphism

Templates & Generic Programming

Week 4

Templates are the heart of modern C++. Cover function templates, class templates, template specialisation (full and partial), variadic templates (the foundation of std::tuple and forward / argument forwarding), `auto` and template-argument deduction, plus the major C++20 addition — concepts (constraining templates with readable error messages, replacing the old SFINAE / enable_if pattern). We finish by writing a small generic container that uses concepts to constrain its element type cleanly.

Function templatesClass templatesFull and partial specialisationVariadic templates and parameter packsauto and template-argument deductionConcepts (C++20) — constraining templatesrequires-clauses and requires-expressionsSFINAE awareness (for reading legacy code)

STL — Containers, Iterators, Algorithms

Week 5

The Standard Template Library at the level you actually use it. Containers — std::vector (the default), std::array, std::deque, std::list, std::map / std::unordered_map, std::set / std::unordered_set, std::string. Iterators — input / output / forward / bidirectional / random-access, the categories that matter for choosing algorithms. Algorithms — std::sort, std::find, std::transform, std::accumulate, std::for_each, plus the C++20 ranges library (the modern, composable replacement for iterator-pair algorithms). We rewrite a typical 'mutate this vector through 5 stages' loop in three styles — classic, algorithm-based, ranges-based — to internalise the difference.

std::vector — the default containerstd::array, std::deque, std::liststd::map / std::unordered_mapstd::set / std::unordered_setstd::string and std::string_view (C++17)Iterators and iterator categoriesClassic algorithms — sort, find, transform, accumulateRanges (C++20) — views, pipelinesAlgorithm complexity awareness

Memory, RAII & Smart Pointers

Week 6

RAII is the C++ idea that defines the language. Cover the discipline — every resource (memory, file handle, mutex, network connection) gets owned by an object whose destructor releases it. Then the modern smart-pointer landscape — std::unique_ptr (the default, single-owner), std::shared_ptr (when shared ownership is genuinely needed), std::weak_ptr (for breaking cycles), std::make_unique / std::make_shared (always preferred over raw `new`). We deliberately spend a full week here because Pune C++ interviews test this depth; senior interviewers will ask you to design a small resource-owning class on the whiteboard and reject anything that uses raw `new` / `delete` without compelling reason.

RAII — Resource Acquisition Is Initialisationstd::unique_ptr — the default smart pointerstd::shared_ptr — for true shared ownershipstd::weak_ptr — breaking cyclesstd::make_unique / std::make_sharedCustom deleters and reference cyclesWhen to use raw pointers (non-owning observation)

Modern C++ Features & Concurrency

Week 7

The features that define C++17/20/23. C++17 — std::optional, std::variant, std::any, structured bindings, fold expressions, std::filesystem. C++20 — modules (where compilers support them), coroutines, ranges, designated initialisers, three-way comparison (spaceship operator). C++23 — std::expected, std::print, multidimensional subscript. Plus a concurrency primer — std::thread, std::async, std::future / std::promise, std::mutex / std::lock_guard / std::unique_lock, the discipline of avoiding data races, std::atomic for lock-free patterns, and a brief preview of std::execution / std::stop_token.

std::optional, std::variant, std::anyStructured bindingsstd::filesystemModules (C++20, where supported)Coroutines (C++20) — basicsRanges and views (C++20)std::expected (C++23)std::thread, std::async, std::futurestd::mutex, std::lock_guard, std::unique_lockstd::atomic basics

Testing, Build Systems & Capstone

Week 8 + 1 week capstone

Production C++ engineering practices. Testing with GoogleTest (the dominant Pune C++ choice) and Catch2 (the simpler alternative), the discipline of writing small, fast unit tests that run sanitiser-clean. Build systems — CMake at the level you actually use (targets, properties, find_package, FetchContent), Conan / vcpkg for dependency management. Static analysis with clang-tidy, plus the discipline of treating warnings as errors. Capstone project (see Capstone Projects). Mock interviews calibrated for Pune C++ hiring panels — KPIT, Tata Elxsi, L&T Tech Services, the captive R&D arms, plus quant-trading boutiques.

GoogleTest essentialsCatch2 alternativeSanitiser-clean test disciplineCMake — targets, properties, FetchContentConan / vcpkg for dependenciesclang-tidy and treat-warnings-as-errorsCapstone project, code review, deploymentResume + LinkedIn rewrite for C++ JDsMock technical interviewsHR mock and salary negotiation

Capstone Projects You Will Build

Project 1: STL-Compatible Generic Container Library

A C++20 generic container library — implement std::vector / std::list / std::unordered_map equivalents from scratch with proper iterator support, allocator awareness, exception safety guarantees, move semantics, and concept-constrained APIs. Built with CMake, GoogleTest unit tests, AddressSanitiser / UBSan in CI, plus benchmarks against std::* counterparts using Google Benchmark. Outcome: a public GitHub repository with passing CI badges — exactly what Pune senior C++ panels interview on.

C++20 with GCC 14 / Clang 18+Concepts and constraintsMove semantics + RAIIGoogleTest + Google BenchmarkCMake + ConanASan + UBSan in GitHub Actions

Project 2: Real-Time Audio / Game-Loop Application

A small real-time application — pick a domain (simple game loop with SDL2 or SFML, real-time audio processor with PortAudio, physics simulation with custom rendering). Demonstrates the C++ patterns that game-development and real-time-systems hiring panels test for — tight inner loops, cache-aware data structures, no-allocation-in-hot-path discipline, frame-time profiling. Suitable for students targeting game-dev studios or real-time systems work.

C++20 with SDL2 or SFMLCMake + ConanFrame-time profilingCache-aware data layout

Project 3: AUTOSAR-Style Embedded Application (Optional Automotive Track)

For students targeting Pune automotive hiring (KPIT, Tata Elxsi, L&T Tech Services): a small embedded C++ application following AUTOSAR-like conventions — fixed-size memory pools (no dynamic allocation after init), MISRA C++ compliance via clang-tidy rules, periodic-task scheduling, basic state-machine pattern. Targets either ESP32 (with hardware kit) or a desktop simulation. Demonstrates the disciplined embedded-C++ idioms that Pune automotive panels test for.

Embedded C++ (C++17 subset typically)Fixed-size memory poolsMISRA C++ via clang-tidyESP32 / STM32 (optional hardware)Periodic scheduler

Career Outcomes & Salaries in Pune

C++ is among the highest-paying technical specialisations in Pune in 2026 — Indeed Pune lists 800+ active openings, with senior roles in automotive software, quant trading, and game development paying significantly above general-software bands. The biggest Pune employers are KPIT (the largest Pune 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, John Deere ETC, Atlas Copco. Beyond automotive: National Instruments Pune, Keysight, Tata Advanced Systems, plus Pune-based quant boutiques and game-dev studios.

What pulls a C++ developer above the median band: a public GitHub repository with at least one sanitiser-clean modern C++ project, demonstrable smart-pointer discipline, template / concepts depth, and ideally one specialisation (embedded / game-dev / automotive / quant). Our capstone projects are designed exactly around these signals.

Senior C++ 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 (Pune)	₹7,20,000 per year average	Indeed Pune (C++ Developer)
Junior C++ Engineer (Pune entry, <2 years)	₹4,00,000 – ₹7,00,000 per year	AmbitionBox Pune C++ Developer
Mid-level C++ Engineer (Pune, 3–5 years)	₹10,00,000 – ₹17,00,000 per year	Glassdoor Pune C++ Developer
Senior C++ Engineer (Pune automotive / quant, 5–8 years)	₹16,00,000 – ₹30,00,000 per year	Glassdoor Pune Senior C++ Engineer
Lead C++ Engineer / Quant Developer (national, 8+ years)	₹28,00,000 – ₹60,00,000 per year	6figr India Lead C++ / Quant (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 IndiaHoneywellJohn Deere ETCAtlas CopcoNational InstrumentsTata Advanced SystemsBharat Forge Defence

Roles after this C++ course

Junior C++ EngineerEmbedded C++ DeveloperAutomotive Software Engineer (with AUTOSAR follow-up)Game Developer (with engine specialisation)Junior Quant Developer (with finance domain knowledge)Systems / Performance Engineer

Course Duration, Batches & Modes

Duration: 8 weeks of structured curriculum plus 1 week of capstone project and interview preparation (~2 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 14 / Clang 18+ on Linux / WSL2 / macOSSlack / WhatsApp for asynchronous Q&A

Weekend

• Saturday + Sunday, 09:00 to 13:00

Stretches over ~3.5 months instead of 2 to accommodate working professionals.

Maximum 15 students per batch. Classroom batches start every 4 weeks; weekend batches every 6 weeks.

Course Fees

Course fees range from ₹20,000 to ₹90,000 depending on mode, batch type, and any applicable concession. Bundled C + C++ enrolment offers significant savings — talk to us about combined pricing.

₹20,000 – ₹90,000 — bundled C + C++ enrolment offers significant savings.

Payment options:

Single payment with early-bird discount
EMI in 2–3 instalments at no extra cost
Corporate sponsorship — invoiced to your employer with GST
Bundled C + C++ enrolment with discount

Placement Support

Placement support starts from week 6 of the course, not at the end. By the time you finish the curriculum, your resume highlights modern C++ fluency with sanitiser-clean projects, your GitHub has at least two production-style repositories, and you have completed at least three mock technical interviews against question banks from Pune C++ hiring teams.

We say placement support, not placement guarantee — for two honest reasons. First, no institute can guarantee a hire when the final decision is the company's. Second, the institutes that do guarantee tend to bury the conditions in fine print. Our support is unconditional, time-bound (six months after course completion), and includes free re-entry to a future batch's interview-prep sessions if your first round of interviews does not land.

Placement process — week by week

Week 6 — resume and LinkedIn rewrite, calibrated for C++ / embedded / automotive JDs
Week 7 — GitHub portfolio cleanup, sanitiser-clean badges, README polish
Weeks 8–9 — three rounds of mock technical interviews
Week 9 — 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, the captive R&D arms)
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 ETCNational Instruments

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	C++17 baseline + C++20 (modules / concepts / ranges) + C++23 features	C++11 or C++14 — pre-2020 standards still
Smart-pointer discipline	RAII first; `new` / `delete` discouraged in new code	Raw `new` / `delete` taught as default
Templates depth	Function + class + variadic templates + concepts (C++20)	Basic class templates only
STL coverage	Containers + iterators + algorithms + ranges (C++20)	vector + map only, no algorithms or ranges
Build / test / sanitiser tooling	CMake + Conan + GoogleTest + ASan + UBSan in CI	Compiled with `g++ main.cpp` only
Public GitHub portfolio output	Yes — sanitiser-clean modern C++ projects with passing 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 Indeed Pune + 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 sanitiser-clean modern C++ before you pay.

C++ vs Java / Rust / Go — Which Should You Pick in Pune?

C++ vs Java vs Rust vs Go is the most-asked question in Pune systems / backend counselling. The honest answer: it depends on your career direction.

Choose C++ if your goal is automotive software (Pune's largest specialisation hub — KPIT, Tata Elxsi, Tata Technologies, Mercedes-Benz, BMW), embedded / firmware, game development, quant trading, or any performance-critical role where C++'s incumbency is unbreakable. Pune's C++ market is concentrated and well-paid; senior C++ engineers in automotive and quant earn at the top of the engineering compensation curve.

Choose Java if your goal is enterprise backend, BFSI, services-company work — Java has roughly 1.4× more raw Pune openings, with stronger entry-level absorption and a wider services-company hiring pool. Choose Go if your goal is cloud / Kubernetes / DevOps tooling — Go is increasingly the default for new infrastructure code; Pune adoption is growing in product engineering. Choose Rust if your goal is systems programming with safety guarantees — Pune Rust hiring is still small (a few hundred openings), but growing fast in security and infra-tools companies.

Honest recommendation: pick C++ if you have a specific automotive / embedded / game-dev / quant target. Pick Java if you want broader entry-level reach. Pick Go or Rust as a second language once placed — neither is the right standalone first language for an Indian fresher.

Prerequisites & How to Start

Prerequisites: basic C familiarity (variables, control flow, functions, pointers — at the level our C course covers), basic computer use, willingness to commit 8–10 hours per week of practice outside class. If you have done our C course or equivalent self-study (or a reasonable college C course), you are ready. Pure non-programmers should do our C course or equivalent first.

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 (we say no to roughly 15% of C++ enquirers because the C foundation is not yet in place)
Confirm enrolment and complete pre-course orientation (GCC 14 / Clang 18+ install, CMake setup, GitHub account)
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 — extremely so in Pune specifically. The Pune automotive ecosystem (KPIT, Tata Elxsi, L&T Tech Services, the captive R&D arms) hires C++ engineers continuously; Indeed Pune lists 800+ active C++ openings. Beyond automotive: game development, quant trading, embedded systems, and high-performance computing all run on C++. The language has actively modernised through C++17 / C++20 / C++23.

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

Approximately 2 months — 8 weeks of structured curriculum plus 1 week of capstone and interview preparation. The weekend batch stretches over ~3.5 months at the same content depth.

What is the salary of a C++ Developer in Pune?+

Indeed Pune reports an average of ₹7.20 lakh per year for C++ Developer (May 2026). Junior C++ Engineer Pune entry sits at ₹4–7 lakh per year per AmbitionBox. Mid-level (3–5 years) earns ₹10–17 lakh per Glassdoor. Senior C++ Engineers in Pune automotive / quant (5–8 years) earn ₹16–30 lakh. Lead C++ / Quant Developers earn ₹28–60 lakh nationally with Pune trending within ±10%.

Should I take C before C++?+

Yes — C is the natural prerequisite. C++ assumes C-level fluency on pointers, memory management, and the build / compile / link model. Many students take C → C++ back-to-back as our bundled enrolment.

Will I work on real projects?+

Yes — three capstone projects: (1) STL-compatible generic container library with concepts and benchmarks, (2) real-time audio / game-loop application with SDL2 or SFML, (3) optional AUTOSAR-style embedded application for automotive-track students. All three become public GitHub repositories with sanitiser-clean CI badges.

Are modern C++ features (C++20 / C++23) covered?+

Yes — C++17 is the baseline, C++20 features (modules / concepts / ranges / coroutines) are covered on GCC 14 / Clang 18+, and C++23 features (`std::expected`, `std::print`, multidimensional subscript) are introduced where compilers support them. We do not teach C++11-only or C++14-only as the default; that produces graduates who write 2015-style code.

C++ for game development — is that covered?+

Capstone Project #2 is a real-time game-loop / audio application using SDL2 or SFML — this gives you the C++ foundation game-development panels test for. We do not cover Unreal Engine specifically (that deserves a separate specialised track), but graduates have the modern C++ depth to onboard onto Unreal in 4–6 weeks of focused self-study.

C++ for quant trading?+

The course gives you the C++ depth Pune quant boutiques test for at the language level — modern templates, smart pointers, STL, concurrency primitives, performance discipline. The domain knowledge (options pricing, market microstructure) you'll need to add separately; we do not teach finance domain in this course.

Are weekend C++ classes available in Pune?+

Yes — Saturday and Sunday, 09:00–13:00, stretched over ~3.5 months instead of 2. 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. Bundled C + C++ enrolment offers significant savings — talk to us about combined pricing.

What support do I get after course completion?+

Six months of active placement support — mock interviews calibrated for C++ / embedded / automotive roles, referrals via our alumni network at 12+ partner companies (with extra emphasis on KPIT, Tata Elxsi, L&T Tech Services, the captive R&D arms), 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, OOP, templates, and capstone weeks. Amol Chougule leads the STL, smart-pointer, and modern-features weeks. The same names you see on this page show up in your batch on day one.