๐Ÿ… NASSCOMยฎ Accredited โœ… ISO 9001:2015 โญ Top Google Rating ๐Ÿ† Est. 2005 ยท 21+ Years

Embedded System Course in Pune With 100% Placement Assistance

100% Job-Oriented Embedded Systems Course in Pune with expert trainers, hands-on learning on real hardware, live projects, interview preparation, and complete placement support.

๐ŸŽ“ 100% Placement Support ๐Ÿ”ง Live Hardware Projects ๐Ÿ‘จโ€๐Ÿ’ผ Working Industry Experts ๐Ÿ’ป Online + Classroom

โœ“ Free career counselling  ยท  โœ“ No commitment required  ยท  โœ“ Response within 30 min

Register for Free Demo

Talk to our course counselor, free, no obligation.

โšก Next Batch Starts In
00Days
:
00Hrs
:
00Min
:
00Sec
4552+
Students Placed
572+
Hiring Partners
27.3 LPA
Highest Package
258+
Corporate Trainings
Course Details

Advance Embedded Systems Course in Pune

Comprehensive 6 Months program covering C basics to ARM, RTOS, Device Drivers & Live Industry Projects.

Overview
Curriculum
Tools & Skills

The Advance Embedded Systems Course is a 100% job-oriented course designed for fresher pass-out students and working professionals. It is completely practical, covering all modules as per current industry requirements.

Training starts from very basic concepts all the way to advanced topics with hands-on implementation at every stage. Every student works on real microcontroller kits for each module, not just theory or simulation.

The course includes a minimum of two Live Industry Projects, extensive coding practice, and regular project review sessions. Regular, fast-track, evening, and weekend batch options available.

Upon completion, students receive a Project Performance Certificate and Course Completion Certificate, both recognised by 572+ hiring partners. Our dedicated placement team supports every student until they're placed.

๐Ÿ“‹ Course At a Glance

โฑDuration:6 Months
๐Ÿ“…Batches Weekday / Weekend / Evening / Fast-Track
๐ŸซModes Classroom, Online, or Hybrid
๐ŸŽ“Certificate: NASSCOMยฎ + Dual Certificate
๐Ÿ”งProjects: 10+ Live Industry Projects
๐ŸŽฏPlacement: 100% Placement Support
๐Ÿ‘จโ€๐Ÿ’ผTrainers: Working Industry Professionals
๐Ÿ’กEligibility: BE / B.Tech / Diploma / BSc (Any Branch)
Book Free Counselling โ†’

14 comprehensive modules. Click any module to expand the full syllabus.

00
Introduction to Embedded Training in Pune 2026
Introduction module
โ–ผ

This embedded systems advanced course is a Career Oriented Technical course that builds on the knowledge and skills acquired in embedded systems. It is designed to provide students with a deeper understanding of the principles and techniques used to design, develop, and implement complex embedded systems.

The embedded systems advanced course is designed for students who want to expand their knowledge and skills in embedded systems development. It's intended for students who want to pursue a career in embedded systems, or for those who are working in the field and want to improve their skills and advance in their careers.

The course contents cover all the required topics, starting from basics like C language, Embedded C, 8 basic microcontrollers to more advanced topics such as application drivers, advanced microcontroller programming, communication protocols, Advance Controllers, Hardware Interfacing techniques, wireless technology with a focus on practical applications and hands-on experience.

It starts with a basic introduction to hardware and software, then goes over in-depth training on each module

The course will also include lab sessions and hands-on projects that allow students to apply the concepts they have learned in a practical setting. Additionally, the course will be taught by industry experts who can provide insight into real-world embedded systems development and current industry trends.

Duration : 6 months Mode of training : We provide classroom training, online classes or hybrid model. You can opt for Training in the classroom or you can decide to go through the training online. Both options are included.You can attend at your workplace, at home or any place where you would like to study.
01
Introduction to Programming and the C Language
Foundation module
โ–ผ

C is the foundational language for embedded systems. This module covers variables, data types, operators, control structures, pointers, file handling, and preprocessor directives.

Input & Output: printf, scanf and standard I/O functions Control Structures: if-else, switch, while, for, do-while Arrays and Strings: declaration, initialization, string library functions Functions: definition, calling, parameters, return values, recursion Pointers: declaration, initialization, pointer arithmetic Structures and Unions: definition, usage, passing as arguments File Handling: open, read, write, close operations Advanced Topics: dynamic memory allocation, macros, libraries Software development methodologies Programming best practices
02
Embedded C Programming
Core module
โ–ผ

Embedded C is designed for use in embedded systems. Covers data types, control structures, hardware control, interrupts, and timing for microcontroller applications.

Data types and variables for embedded applications Control structures for embedded application flow Functions: defining, calling, reusability in firmware Pointers and memory management for embedded systems Interrupts and timing: handlers, timer functions, scheduling Hardware control: LEDs, LCD displays, sensors using Embedded C Microcontroller Architecture: memory organization, peripherals Programming the Microcontroller: registers, bit manipulation, ISR Embedded C Programming: pointers, structures, device libraries Interfacing with Peripherals: sensors, actuators, communication
03
Introduction to Embedded Systems
Foundation module
โ–ผ
What is an Embedded System Embedded Design Development Life Cycle Embedded System Programming Embedded System Design Issues Electronics Designing Concepts Memory: RAM, ROM, EPROM, EEPROM, FLASH Host & Target Development Environment Cross Compilers, Debuggers Assemblers, Compilers, Linkers, Loaders Embedded In-Circuit Emulators and JTAG Build Tools for Embedded Systems Debugging and Troubleshooting Techniques
04
Linux Programming
Advanced module
โ–ผ

Linux is widely used in embedded systems for its open-source nature, reliability, and portability. Covers command line, shell scripting, processes, threads, and IPC.

Introduction to Linux OS and its history Linux command line and shell scripting File management and permissions Text editors and basic programming tools Piping and redirection Linux OS Fundamentals and common commands VI editor settings and scripting Shell variables, conditions (if-else), control structures Process creation & termination Threads and thread programming Inter Process Communication (IPC) Shared memory, semaphores, message queues Process synchronization โ€” mutex Linux system calls for signals
05
PIC Microcontroller
Core module
โ–ผ

PIC microcontrollers from Microchip Technology are widely used in embedded systems. Covers PIC18F4520 architecture, programming with MPLAB IDE and C18 compiler.

Introduction to PIC Family of microcontrollers Overview of Architecture of 18F4520 Processor Core and Functional Block Diagram Description of memory organization Overview of ALL SFRs and their functionality Developing, Building, and Debugging ALPs Using MPLAB software Programming in C using C18 compiler and MPLAB IDE Peripherals: GPIO, UART, ADC, and PWM Timers and counters Debugging and troubleshooting techniques Project implementation on PIC18F4580
Outcome: Understanding architecture of PIC 18F4520, programming using assembly and C, using peripherals, handling interrupts, and developing projects.
06
ARM7 Microcontroller (LPC2148)
Advanced module
โ–ผ

ARM7 is the most widely used processor family in embedded systems. Covers ARM architecture, Keil ยตVision IDE, LPC2148 peripherals, and interrupt handling.

Introduction to ARM Architecture Overview of ARM & Processor Core Comparison of ARM Series (ARM10, ARM11, Cortex) Conditional Execution, ARM Development Environment Keil uVision IDE usage Programming in C for the LPC2148 ARM Bus Architecture, System Peripherals, Pin Connect Block Timer/Counter with Interrupt UART programming (polling/interrupt) Peripherals: GPIO, UART, ADC, PWM, RTC Interrupt Handling Project-based learning
Outcome: Understanding LPC2148 architecture, programming using C and Keil IDE, peripheral interfacing, interrupt handling, RTC, and project development.
07
C++ Programming
Core module
โ–ผ

C++ is commonly used in embedded systems for its low-level memory management and object-oriented programming support.

Introduction to C++: history, features, overview Fundamentals: variables, data types, operators, control structures OOP concepts: classes, objects, inheritance, polymorphism, encapsulation Functions: declaration, definition, call Arrays and strings in C++ Pointers and memory management File Input/Output
08
STM32 ARM Cortex-M
Advanced module
โ–ผ

STM32 microcontrollers based on ARM Cortex-M cores from STMicroelectronics. Covers STM32CubeIDE, STM32CubeMX, peripheral programming, and project development.

Introduction to STM32 microcontrollers and architecture Key Features and uses of STM32 Understanding STM32 Microcontroller Hardware Internals Interface Various Peripherals Inside STM32 Software toolchain: compiler, debugger, ICSP Input/Output Programming with STM32 Communication protocols: UART, I2C, SPI STM32 Debugging and troubleshooting STM32 peripherals: timers, ADC, UART Sensor Interfacing: Analog and Digital sensors, ADC with PWM STM32CubeMX and STM32CubeIDE usage Project development using STM32 Nucleo or Discovery boards
09
Hardware Interfacing
Practical module
โ–ผ
Interfacing of LEDs and Switches Interfacing of Relays and LCD Interfacing of 7 Segment Display Interfacing of ADC Interfacing of Stepper and DC Motors Interfacing of IR and Ultrasonic Sensors Interfacing of MEMS Sensors and RF Modules Interfacing of Real Time Clock Serial Communication (UART) Interfacing Using I2C Protocol Interfacing Using SPI Protocol PWM Techniques Interfacing of Bluetooth and Wi-Fi Mobile WiFi and Bluetooth Applications CAN Protocol & practical implementation IoT complete Module with practicals
10
RTOS
Advanced module
โ–ผ
What are Real Time Systems? Characteristics of Real Time Systems: Timing Constraints, Determinism, Predictability Types of Real Time Systems: Hard Real Time, Soft Real Time Challenges in Real Time System Design Overview of Real Time Operating System (RTOS) Components Task Management: Task States, Task Scheduling, Context Switching Memory Management and Resource Allocation Task Partitioning and Priority Assignment Deadline Analysis and Task Timing Requirements Resource Management and Allocation Fault Tolerance and Error Handling Preemptive vs Non Preemptive Scheduling Scheduling Policies: Rate Monotonic (RM), Earliest Deadline First (EDF), Fixed Priority, Dynamic Priority Analysis of Scheduling Algorithms: Response Time Analysis, Worst Case Execution Time (WCET) Introduction to Interrupts in Real Time Systems Priority Based Interrupt Handling Interrupt Latency and Response Time Analysis Interrupt Service Routines (ISRs) and Deferred Interrupt Handling Inter Task Communication and Synchronization Message Passing: Queues Shared Memory and Memory Mapped I/O Semaphores, Mutexes, and Critical Sections
11
Internet of Things (IoT)
Advanced module
โ–ผ

IoT devices connect and control a wide range of systems. Covers IoT architecture, communication protocols, cloud integration, and project deployment.

Introduction to IoT and applications IoT architecture: sensors, devices, gateways, cloud platforms IoT software and programming: C, Embedded C Communication protocols: MQTT, CoAP, HTTP Networking: WiFi, Bluetooth, Internet Communicating with server & data uploading on server Industry trends and future developments in IoT Building smart home, industrial automation & connected system projects
12
Communication Protocols
Core module
โ–ผ

Communication protocols enable device-to-device communication. Covers UART, I2C, SPI, MQTT, and CAN in depth with practical implementation.

Serial UART / USART
Introduction to UART/USART and protocol architecture Baud rate, data bits, stop bits, parity UART signaling and voltage levels, MAX 232 Implementing UART on microcontrollers
I2C Protocol
I2C protocol architecture: master, slave, clock/data lines I2C message format, arbitration, error handling Implementing I2C on microcontrollers
SPI Protocol
SPI protocol mechanism: master, slave, clock/data lines SPI message format, multi-slave communication
CAN Protocol
Introduction to CAN and history CAN protocol architecture: frames, identifiers, error handling Types of CAN Frames: Data, Remote, Error, Overload Bit timing and synchronization in CAN CAN bus arbitration and priority mechanism Implementing CAN on STM32 microcontroller Programming & testing communication between nodes
MQTT Protocol

MQTT: These protocols are commonly used for IoT, MQTT is a publish-subscribe protocol.

MQTT is a lightweight publish-subscribe protocol that is particularly well-suited for IoT and machine-to-machine (M2M) communication, where small code footprint and low bandwidth are critical. MQTT is widely used in IoT systems, such as sensor networks, industrial automation, and home automation systems.

An MQTT (Message Queuing Telemetry Transport) syllabus would include the following topics:

Introduction to MQTT and its history Understanding the MQTT protocol architecture and its components such as clients, brokers, and topics MQTT message format and its fields such as message type, QoS and topic MQTT Connect, Publish, Subscribe and Disconnect process MQTT Quality of Service levels Implementing the MQTT protocol Using MQTT in IoT Applications
13
Live Industry Projects (2+)
Capstone ยท Ongoing
โ–ผ
Smart Home Automation (IoT) Industrial Motor Control CAN-Based Vehicle Data Logger Real-Time Sensor Dashboard Bootloader Development RTOS-Based Multi-Task App Project Documentation Project Demo & Viva
14
Interview Prep & Placement
Career module ยท Full duration
โ–ผ
Resume Building Workshop Technical Mock Interviews HR Round Preparation Aptitude & Coding Tests Company-Specific Prep LinkedIn Profile Optimization Referrals to 572+ Partners Campus & Off-Campus Drives
Download Full Syllabus PDF โ†’

Tools and technologies you'll master โ€” exactly what top companies look for:

๐Ÿ”ฉ Microcontrollers

8051PIC18FAVRSTM32LPC1768ARM Cortex-M

๐Ÿ’ป Languages

CEmbedded CAssemblyC++Shell ScriptMakefile

๐Ÿ“ก Protocols

UARTSPII2CCANLINUSBEthernet

๐Ÿ–ฅ Operating Systems

FreeRTOSEmbedded LinuxPOSIXBuildrootYocto Basics

๐Ÿ›  IDEs & Tools

Keil ยตVisionSTM32CubeIDEMPLAB XEclipse CDTGCCGDB

๐Ÿ”ฌ Debug & Testing

JTAGLogic AnalyzerOscilloscopeProtocol AnalyzerUnit Testing
Upcoming Batches

Next Batches Starting Soon

Embedded Systems have a very wide application in different domains such as automobile, consumer durable, appliances, medical applications, Power electronics, diagnostic equipment, Industrial automation, communication systems, aerospace and entertainment systems, Mobile applications. Embedded system is part of automation & its use will be growing only. it is having never ending scope.

12
June
Advance Embedded Systems Course
๐Ÿ•™ 10:00 AM โ€“ 1:00 PM๐Ÿ“… Monโ€“Sat๐Ÿซ Classroom + Online
Filling Fast
15
June
Automotive Embedded Training in Pune
๐Ÿ•• 6:00 PM โ€“ 9:00 PM๐Ÿ“… Monโ€“Fri๐Ÿ–ฅ Online
Seats Open
18
June
IOT โ€” Internet of Things
๐Ÿ•™ 10:30 AM โ€“ 1:30 PM๐Ÿ“… Monโ€“Sat๐Ÿซ Classroom
Seats Open
20
June
Advance Embedded Systems Course: Weekend Batch
๐Ÿ•™ 9:00 AM โ€“ 1:00 PM๐Ÿ“… Sat & Sun๐Ÿ–ฅ Online
Filling Fast
22
June
AUTOSAR & MBD Training
๐Ÿ•• 5:00 PM โ€“ 8:00 PM๐Ÿ“… Monโ€“Fri๐Ÿ–ฅ Online
Seats Open
25
June
Advance Embedded Systems Course: Evening Batch
๐Ÿ•• 6:30 PM โ€“ 9:30 PM๐Ÿ“… Monโ€“Sat๐Ÿซ Classroom + Online
Almost Full
Book Free Demo Class โ†’ ๐Ÿ’ฌ WhatsApp for Batch Info
Why TechnoScripts

What Makes Us Different

21 years of excellence. Real hardware. Working industry trainers. 572+ hiring partners.

๐Ÿ”ฌ

Real Hardware Labs

Every student gets hands-on with actual microcontroller kits 8051, PIC, STM32. No simulations, only real hardware.

๐ŸŽฏ

100% Placement Support

Dedicated placement team works with you until you land a job. Resume, mock interviews, referrals, and campus drives.

๐Ÿ‘จโ€๐Ÿ’ผ

Working Industry Trainers

All trainers are active embedded engineers not just academics. Real project experience shared in every class.

๐Ÿ…

NASSCOMยฎ Certified

Nationally recognised NASSCOMยฎ certification + ISO 9001:2015. Valued by every major embedded employer.

๐Ÿš€

Live Industry Projects

Minimum 2 live projects from day one. Automotive, IoT, industrial โ€” projects that go directly on your resume.

๐Ÿ–ฅ๏ธ

Flexible Modes

Weekday, weekend, evening, fast-track. Classroom, online, or hybrid. We adapt to your schedule.

๐ŸŽค

Mock Interview Panels

Regular technical + HR mock interviews by trainers and external HR. Walk into real interviews with full confidence.

๐Ÿ“œ

Dual Certificate

Project Performance Certificate + Course Completion Certificate recognised across 572+ hiring partners.

Course Advantages

Benefits of the Embedded Systems Course

The main motive behind any professional training is to get excellence in technologies & get placed on the desired job profile. Our aim behind this training is also to help students in getting good jobs in design & development in embedded system. We invite the companies for campus interview and also arrange interviews for students at company campuses.

We conduct mock group discussion and personal interview sessions. We guide students in the area of soft skills and personality development to achieve success in their career. Our placement activity starts from the second month from date of batch commencement.

01

Specialized Skill Development

The course equips students with specialized skills in embedded systems design, development, programming languages like C/C++, and hardware-software integration, making them highly sought-after professionals.

02

Versatile Applications

Embedded systems are omnipresent in modern technology, powering everything from smartphones to industrial machinery and automotive systems. Proficiency in embedded systems opens doors to diverse career opportunities.

03

Project-Based Learning

TechnoScripts emphasizes project-based learning where students work on real-world projects under the guidance of industry experts, fostering creativity and problem-solving abilities.

04

Industry Exposure

The institute collaborates with leading companies in the embedded domain, providing students with opportunities for industry exposure through workshops, seminars, and guest lectures.

05

Networking Opportunities

TechnoScripts facilitates networking opportunities through industry visits, tech meetups, and events. Building connections with industry professionals significantly enhances career prospects.

Career Paths

Career Opportunities in Embedded Systems

Our Programs

Choose Your Career Track

Embedded system training courses by puneโ€™s best training institute. Following courses in embedded system are offered by Technoscripts:

The embedded system course in our institute is a blend of software and hardware which when combined make sure the proper functioning of an embedded system that ranges from the small portable devices like digital watches & MP3 players to some of the large stationary installations like traffic lights, factory controllers to some of the very large & complex systems like hybrid vehicles MRI, aerospace applications. The embedded system is actually a computer system with an integrated function inside a large mechanical or electrical system usually with real-time computing restrictions.

๐Ÿ”ฅ Most Popular

Advance Embedded Systems Course in Pune

โฑ 6 Months๐Ÿ“… Weekday + Weekend๐ŸŽ“ NASSCOMยฎ Cert
  • C Programming & Data Structures
  • Introduction Embedded Systems
  • C++, Linux and Python Programming
  • Embedded Linux & RTOS
  • PIC, STM32, ARM Cortex Microcontroller
  • CAN / I2C / SPI / UART Protocols
  • Live Industry Projects (2+)
  • Interview Prep + Mock Sessions
Next Batchโšก This Week: Limited Seats
Enroll Now
๐Ÿš— Automotive

Automotive Embedded
Training in Pune

โฑ 6 Months๐Ÿ“… Weekday + Weekend๐ŸŽ“ Dual Certificate
  • Introduction to Automotive Systems
  • USART, I2C, SPI, and CAN Bus Protocols
  • C and Embedded C programming
  • MATLAB / Simulink Basics
  • Stateflow for Logic Design
  • Sensors, Actuators & Electronic Components
  • Live Industry Projects (2+)
  • Interview Prep + Mock Sessions
Next Batchโšก This Week โ€” Limited Seats
Enroll Now
Advance Autosar

Autosar Training
Course in Pune

โฑ 6 Months๐Ÿ“… Weekday + Weekend๐ŸŽ“ Certificate
  • Introduction to Autosar Training
  • Detailed AUTOSAR Architecture & Layers
  • Introduction to concepts of BSW, RTE and SWC
  • ISO 61508 & ISO 26262 Safety Standards
  • Automotive product development life cycle
  • Configuration of MCU, COM, CANTP, CAN, CANIF
  • Live Smart Device Projects
  • Placement Support
Next Batchโšก This Week: Limited Seats
Enroll Now
Matlab & MBD

Matlab and MBD
Training in Pune

โฑ 3 Months๐Ÿ“… Weekday + Weekend๐ŸŽ“ Dual Certificate
  • Introduction to Model-Based Design
  • Simulink Basics and Modeling
  • Stateflow for Logic Design
  • Advanced MBD Techniques
  • Experience with hardware interfaces: CAN, I2C, & UAR
  • Techniques for debugging and testing models
  • Capstone Project and Career Preparation
  • Interview Prep & Placement
Next Batchโšก This Week: Limited Seats
Enroll Now

Technoscripts is a leading Indian entity founded in 2005 exploring itself in embedded system development & training. It is well known for advance technology training with quality training & good placement track for freshers as well as working professionals. We are pioneer of the embedded system training with expertise of over 21 years. We are one of the Indiaโ€™s most reputed corporate training & Workshops Company in the field of Embedded System & Robotics

Not sure which course fits you?

Our counselors will map your background to the best-fit program, free, no pressure.

Get Free Career Guidance โ†’
Placement Track Record

Our Students Work at Top MNCs

Consistent 100% placement support for every enrolled student. Our placement team actively refers students to 572+ companies.

4552+
Students Placed
572+
Hiring Partners
27.3 LPA
Highest Package
258+
Corporate Trainings
01

Resume Workshop

Industry-format resume built by experts. Profile forwarded to 572+ hiring partners.

02

Mock Interviews

Regular technical + HR mock rounds by trainers and external HR panels.

03

Company Referrals

Actively referred to 572+ tie-up companies. Campus and off-campus drives organized regularly.

Our 572+ Hiring Partners Include

neosoft logo
deloitte logo
VVDN logo
KPIT logo
Accolade logo
KARNEX logo
KPMG logo
einfochips logo
Infosys logo
Atos logo
HP logo
QBE logo

Top Recruiters

Top Companies Hiring Embedded Professionals

These companies actively seek embedded systems professionals who can drive product development and technological advancement. These companies, renowned for their innovation and technology leadership, actively seek embedded systems professionals who can drive product development, innovation, and technological advancement.

By enrolling in TechnoScripts' embedded systems course, students can embark on a rewarding career path in the dynamic and ever-expanding field of embedded systems, with opportunities to work on groundbreaking projects and contribute to shaping the future of technology.


Bosch
Honeywell
Lockheed Martin
Northrop Grumman
Amazon Lab126
General Motors (GM)
ABB Group
Rockwell Collins
Harman International
Tata Consultancy Services
Who Is This For

Is This Course Right for You?

This program is designed for four specific types of learners.

Fresher BE / B.Tech/ M.Tech Graduate

With no embedded experience โ€” looking to build a strong foundation and land a core embedded job.

Diploma Holder โ€” ENTC / Electronics

Wanting a core job โ€” moving into embedded or electronics rather than staying in non-core roles.

IT / Software Professional

Wanting to switch from general software development to the embedded systems domain.

Working Embedded Professional

Wanting to move into Automotive or RTOS specialization to unlock higher salary and better roles.

Location Advantage

Why Pune Is India's Embedded Capital

No other city in India offers more embedded opportunities in one place.

500+

Embedded & automotive companies in Pune

Major Employers Based in Pune

KPIT VVDN Bosch Tata Mahindra Harman John Deere

Automotive R&D & EV Development Hub

Pune is the centre of India's automotive R&D and growing EV development ecosystem.

Higher Number of Embedded Job Openings

Higher number of embedded job openings in Pune vs other cities.

500+ Embedded & Automotive Companies

A dense cluster of embedded and automotive companies โ€” meaning more interviews, faster hiring, and real industry connections.

Salary Insights

What You Can Earn as an Embedded Engineer

Based on actual placed students from TechnoScripts.

Highest Package from This Batch

27.3 LPA

Fresher starting: โ‚น3.5 LPA to โ‚น6 LPA After 2 years: โ‚น7 LPA to โ‚น12 LPA Automotive/RTOS specialization: โ‚น12 LPA to โ‚น20 LPA

Fresher Starting Salary

Based on actual placed students

โ‚น3.5 LPA to โ‚น6 LPA

After 2 Years

With hands-on project experience

โ‚น7 LPA to โ‚น12 LPA

Automotive / RTOS Specialization

Specialized domain expertise

โ‚น12 LPA to โ‚น20 LPA

Highest Package from This Batch

TechnoScripts record placement

27.3 LPA

Salary comparison โ€” Embedded vs General IT for freshers: Embedded freshers in Pune typically start at โ‚น3.5 LPA to โ‚น6 LPA in core roles, which is comparable to or higher than general IT fresher packages, with significantly better long-term growth in specialised domains like Automotive and RTOS.

Career Roles

Roles You Can Target After TechnoScripts

After completing the Advance Embedded Systems Course at TechnoScripts, students are ready to apply for the following roles in Pune and across India.

Embedded Software Engineer

The most common entry-level role. You write firmware, work with microcontrollers, handle peripheral interfacing, and maintain embedded software for product companies.

Starting salary โ‚น3.5 LPA to โ‚น6 LPA

Firmware Developer

Focused on writing low-level code that runs directly on hardware, often in automotive or consumer electronics companies. Core skill is Embedded C, RTOS, and microcontroller architecture.

Salary โ‚น4 LPA to โ‚น10 LPA

IoT Engineer / IoT Developer

Designs and develops connected smart devices. Involves MQTT, WiFi, Bluetooth, cloud integration, and sensor interfacing. Demand is very high across startups and product companies.

Salary โ‚น6 LPA to โ‚น16 LPA
Top Paying

Automotive Embedded Engineer

Works on ECUs, CAN protocol, AUTOSAR, and ADAS systems in automotive companies like KPIT, Bosch, Continental, and Tata. One of the highest paying embedded tracks.

Salary โ‚น8 LPA to โ‚น22 LPA

Embedded Linux Developer

Integrates Linux OS with hardware for routers, automotive platforms, drones, and industrial systems. Involves device drivers, bootloaders, and BSP development.

Salary โ‚น8 LPA to โ‚น20 LPA

RTOS Developer

Builds real-time systems using FreeRTOS and similar platforms. Critical role in medical devices, industrial automation, and aerospace.

Salary โ‚น10 LPA to โ‚น18 LPA

Hardware Validation Engineer

Tests and validates embedded hardware designs. Good entry point for students from electronics backgrounds.

Salary โ‚น3 LPA to โ‚น7 LPA

Systems Test Engineer

Tests firmware and embedded software for reliability and performance. Common in automotive and semiconductor companies.

Salary โ‚น3.5 LPA to โ‚น8 LPA

Ready to land your dream embedded role?

Apply for Free Counselling โ†’ View Placement Records
Student Reviews

What Our Students Say

Real feedback from students who built their embedded careers after training at TechnoScripts. Rated 4.9 / 5 on Google.

โ˜…โ˜…โ˜…โ˜…โ˜…

"I am really very very grateful to the Technoscripts for giving my career wings. The atmosphere at the institute is very healthy. Webinars, live projects & other extracurricular activities are also organised timely."

Vishakha Kadam
Advanced Embedded
โ˜…โ˜…โ˜…โ˜…โ˜…

"Myself Ankur. I am very much obliged by the faculty members of the institute. They are really very helpful & down to earth. The whole atmosphere of the institute is very friendly & the placement guidance provided is just fantastic."

Ankur Gupta
Advanced Embedded
โ˜…โ˜…โ˜…โ˜…โ˜…

"I am happy to post this review because I enjoy Learning in this institute very much. I was placed under Santosh Yadav sir, who himself is very talented in embedded systems."

Harshwardhan Kshirsagar
Advanced Embedded
โ˜…โ˜…โ˜…โ˜…โ˜…

"TechnoScripts is having good syllabus content, I have done Advance embedded course from here which helped me in industrial work. They provide good training with practical."

Nikhil Kulkarni
Advanced Embedded
โœ… Placed at Core Company
โ˜…โ˜…โ˜…โ˜…โ˜…

"I am Employed person took weekend batch for advance embedded. I am very thankful to TechnoScripts for clearing all my doubts and also they took hands on practice on kits, of every micro-controller."

Mayur Joshi
Advanced Embedded
โœ… Placed at MNC
โ˜…โ˜…โ˜…โ˜…โ˜…

"Technoscripts is the best institute in pune for Embedded career oriented course. They have faculties having expertise in development so I got good knowledge."

Swapnil Marathe
Advanced Embedded
โœ… Placed in 4 Weeks
โ˜…โ˜…โ˜…โ˜…โ˜…

"TechnoScripts is having good syllabus content, I have done Advance embedded course from here which helped me in industrial work. They provide good training with practical."

Kasthuri Srinivasan
Advanced Embedded
โœ… Placed in 3 Weeks
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"I Joined Technoscripts as I got reference from my colleague who were also doing course from institute. They referred me to join as training was really great & even they provided good placement support."

Sameer Shinde
Advanced Embedded
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"Syllabus content is very good in this institute. New Scripting is taught here like PYTHON. Good placement assistance is provided. Madam had a good knowledge of languages."

Rohit Dhareppa Hadapa
Advanced Embedded
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"I had joined training for RTOS & Embedded Linux. The trainer was experienced & delivered quality training. Very good institute for advance training. Overall, I am having good experience with TechnoScripts."

Pranav Shrivastav
Advanced Embedded
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"I have joined the course for a month of Embedded systems. The faculty staff and everything is good. They provide us with got software knowledge as well as with the practical knowledge."

Satyam Abhijeet Verma
Advanced Embedded
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"I got good knowledge of microcontrollers Embedded C, My aim was to switch job so I learned protocols & Linux also. It really helped me in getting better job."

Trupti Kulkarni
Advanced Embedded
4.9
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Common Questions

Frequently Asked Questions

Q. What are the key skills and qualifications required to become a successful embedded systems engineer?+
One needs understanding of real-time operating systems, circuit design, C/C++ programming, microcontrollers, and microprocessors to succeed as an embedded systems engineer. A bachelor's degree in electrical or computer engineering is frequently required, and further degrees are required for specialised employment. Additionally essential are sharp analytical abilities and attention to detail.
Q. How does computer programming play a crucial role in the development of embedded systems?+
The core of developing embedded systems is computer programming. It entails creating code to manage real-time activities, process data, and control hardware. From IoT devices to automotive systems, skilled programming provides proper functioning, responsiveness, and efficiency in embedded devices, enabling them to carry out their intended activities with reliability and effectiveness.
Q. Can you recommend any reputable online courses for learning about embedded systems?+
Technoscripts is the best institute for embedded training.
Q. What programming languages are commonly used in the field of embedded systems, and how do they differ in terms of suitability for various applications?+
C and C++ are two popular programming languages used in embedded systems. Due to its effectiveness and low-level control, C is very well-liked since it is appropriate for systems with little resources. When additional abstraction is required, C++ is utilised because it adds object-oriented characteristics. For particular embedded applications, languages like Rust and Python are also becoming more popular since they provide security, ease of development, and compatibility with a range of hardware platforms. The decision is based on variables like system specifications and development limitations.
Q. How can individuals effectively learn about embedded systems, especially if they have no prior experience in the field?+
If you have no prior knowledge of embedded systems, start with online courses or tutorials that cover the fundamentals of C/C++ programming and microcontrollers. Utilise inexpensive development platforms like the Raspberry Pi or Arduino to practise. Create small tasks to put information into practise. Consider formal schooling or certificates for in-depth learning, and join forums and groups for assistance.
Q. How do computer systems and embedded systems differ, and what are the key distinctions between the two fields?+
While embedded systems are specialised, dedicated to particular activities, computer systems are general-purpose machines that can handle a variety of jobs. Appliances, automobiles, and Internet of Things (IoT) devices frequently contain embedded systems, which are constrained by resources and demand real-time responsiveness. Contrarily, computer systems are flexible, utilised for general computing, and have fewer limitations.
Q. What career opportunities are available for software engineers with expertise in embedded systems?+
Software engineers with experience in embedded systems can work in a variety of industries, such as consumer electronics, automotive, aerospace, and the Internet of Things. They can create software for specialised and resource-constrained devices as embedded software developers, firmware engineers, real-time system designers, or IoT application developers. These positions present chances for innovation and development.
Q. What is the salary expectation on an average after doing embedded course?+
This is honestly among the first questions students ask us and we like to be upfront about it. Freshers who join core embedded companies after our training or their salary will be between 3 LPA to 6 LPA based on their company, role and their performance in the course. The maximum package which our student has received is 27.3 LPA. As you gain experience particularly in automotive, RTOS, or Embedded Linux they increase much more rapidly than in general IT positions. Pune is also a hub for automotive and embedded companies, so pls expect more opportunities here than in most other cities.
Q. Which jobs can I lookup after completing the embedded course?+
After this course, students get placed as Embedded Software Engineer, Iot Engineer, Firmware Engineer, Embedded Systems Developer, Junior Embedded Engineers. Following some experience, you may also find yourself with such positions as Embedded Linux Developer, RTOS Developer, Automotive Embedded Engineer, BSP Engineer. These are core engineering roles in product companies not IT services roles that is why most of our students join us initially.
Q. Can a CSE or IT student join an embedded course at TechnoScripts?+
Yes, and we do have many of them. Many CSE and IT students are accustomed to programming in C which makes them better prepared for the course. What they have to learn is the hardware side โ€“ microcontrollers, peripherals, protocols โ€“ and that is just what we address extensively. A number of our best placed students have been from CSE backgrounds โ€“ these are people who realized they wanted to work on hardware-software systems rather than application software. It is a very valid and growing career switch.
Q. Can a working IT professional switch to embedded systems through this course?+
You're more likely to find that happening. We frequently have students who are working in IT, testing, support, or application development who want to transition to core embedded. What they are almost always worried about is if they can learn hardware concepts on the job. We offer weekend and evening batches exclusively for this. Yes, the transition is seamless, and our placement team closely guides career switchers to suitable engagements.
Q. Do I need any programming knowledge before I take the course on embedded?+
You will not need any prior programming knowledge for the Advance Career Track. The course begin with basics of C language and goes on up to advanced level. Still, if you have some C under your belt, you will breeze through those early chapters and be able to take on the hardware topics much faster. Prior knowledge is not as important as persistence โ€” students who attend regularly and practice using the kits invariably succeed regardless of their initial skill level.
Q. I should order the hardware kit separately for the course?+
No. If you have signed up for our classroom training in Pune, you don't have to worry about the hardware kits- microcontroller boards, development kits, sensors, and components- all of it lies in our lab and you use them during sessions. For those taking the course online, we offer advice on which kits to purchase. Our counsellors will tell you clearly what is required and what is not required before you take admission.
Q. Is there any internship opportunity during/after the embedded course?+
We do have internships for graduating students or those wanting work experience prior to their job. Depending on your case, our counsellors can provide you with information. Numerous companies in our hire network likewise have internship-to-fulltime paths. You should really raise this point during your free counseling session, and we'll help you with what makes the most sense for your profile.
Q. Will Embedded Systems be the best career for 2026 and 2027?+
Genuinely, yes I'm not saying this just to serve some agenda. The embedded world is evolving into a whole new phase at the moment. The transition to EVs, connected vehicles, smart home devices, industrial IoT, medical electronics is creating a demand for embedded engineers that the colleges are not turning out fast enough to meet. Companies are struggling to hire strong embedded candidates. So that's the kind of gap right here that's why our freshers with good training are being hired primarily and at good starting salaries.
Q. I am a fresher, What is the salary I will get after completion of embedded course in Pune?+
Our freshers of embedded course in Pune got placed in different companies with package ranging from 3 LPA to 7 LPA for their first job, it varies with company and performance of the person in training and Interview. Students who perform exceptionally well in live projects and mock interviews get better packages. The highest package we have received at our placed students is of 27.3 LPA now this is not a fresher's figure, but it does prove how far a good embedded career can take you within a couple of years.
Q. What job titles can I expect after completing the embedded course in Pune?+
Most of the students who get placed in are embedded software engineers or firmware developers or embedded systems engineers or iot engineers. Others start out in hardware-adjacent roles like hardware validation engineer or systems test engineer and eventually transition to pure software. Common automotive company jobs such as KPIT or BHTC for our students are Automotive Embedded Developer and CAN Protocol Engineer. It depends on the title of the company but your skill set built here opens all of these doors.
Q. What if I do not get placed after doing the embedded course in Pune?+
100% Placement support is not just a tag line only. Our placement team works closely with all of our enrolled students and they are not done until you are placed. If you complete the course and are still looking, they are still calling companies, setting up interviews, referring you. We also conduct numerous placement drives during the year, not only at batch end. Over the past 21 years we have forged such relationships with the companies who hire that when we say 'we recommend EMPLOYEE X', it holds weight. There is no expiration date to the support.
Q. Can I participate in a demo class before signing up for the embedded course in Pune?+
Yes, absolutely. We actually encourage it. A free demo class gives you an opportunity to attend real class, watch how the trainer explains the concepts, take a look at the lab setup and decide whether this is the right fit for you. There is no obligation to enrol after your demo. Call us at 8605006788 or WhatsApp us to book your demo slot - demos are conducted regularly on weekdays and weekends.
Q. Is diploma holder is eligible for embedded course in pune?+
Yes. We have students from ENTC, Electronics, Electrical and Mechatronics who had made great career here and placed with good companies, these are diploma holders in fact. The course has been structured so as to be competent even if you are a degree/diploma holder. The question is, do you have a mind to learn hardware, software, practical concepts. Our counselors will evaluate your profile in the free session and tell you exactly where you stand.
Q. Do I have to purchase any hardware kit separately for the Embedded course in Pune?+
No.need to buy anything separately for class room students. All the microcontroller kits, development boards, sensors and lab equipment we use are available at our center at FC Road and you can visit us during any practice session. On the other hand, online students may have to purchase kits for home use to facilitate hands-on learning, but you will receive a comprehensive list of needed items and where you can purchase them at reasonable prices before enrolling. There are no surprise requirements after joining.

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