Embedded Systems Training in Hyderabad
With
Certification & 100% Placement Assistance
Classroom Course | Online Course | Capstone Projects | 3 Months | Flexible EMI | Free Demo Class
Looking for the best embedded systems course in Hyderabad? Our certification program covers microcontrollers, embedded C programming, IoT, automotive embedded systems, and hands-on projects using ARM Cortex, STM32, and Raspberry Pi. With 80+ hours of expert-led training, flexible schedules, placement support, and practical capstone projects, we prepare you for a successful career in electronics and IT industry.
Embedded Systems Course In Hyderabad
Next Batch Details
| Trainer Name | Mr. Vamsi Raju |
| Trainer Experience | 15+ Years |
| Next Batch Date | 6th October 2025 (11:00 AM Online & Offline ) |
| Training Modes | Online Training (Instructor-Led) Offline (Classroom ) |
| Course Duration | 3 Months |
| Call us | +91 81868 44555 |
| Email Us | brollyacademy@gmail.com |
| Demo Class Details | ENROLL FOR FREE DEMO CLASS |
Why Brolly Academy is the Best Embedded Systems Training Institute in Hyderabad
15+ Years of Expertise
Embedded systems & IoT training, Hyderabad.
300+ Reviews
Verified by students and professionals.
4.8
Top-rated embedded institute.
4,500+ Students
Trained in ARM Cortex, VLSI, RTOS.
3 Month
Duration
Multiple Modes
Online, offline, hybrid batches.
Affordable Fees
EMI plans, free demo class.
30+ Capstone Projects
Microcontroller, firmware, IoT projects.
Why Choose Brolly Academy for Embedded Systems Training in Hyderabad
- Industry-ready embedded systems curriculum designed for jobs
- Expert trainers with 15+ years in embedded, VLSI, and IoT training
- Hands-on projects: microcontrollers, RTOS, hardware interfacing
- Online and offline embedded systems training
- One-to-one placement mentorship and career guidance
- Affordable fees with EMI options for learners
- Recognized as the best embedded systems certification
- 2025-ready updated embedded systems and IoT course Syllabus
- Lifetime access to recordings and course resources
- Free 3-day demo classes before enrollment
- Resume building, LinkedIn optimization, and mock interviews
- Embedded systems course with 100% placement assistance
- Community learning via WhatsApp and Discord groups
- Real-time capstone projects: automotive, IoT, sensor integration
- Flexible training schedules: weekdays and weekends
- Trusted by 4,500+ students in electronics and IT sectors
Embedded systems training in Hyderabad
Embedded Systems Course Syllabus
- Definition and Characteristics of Embedded Systems
- Applications and examples
- Embedded Systems vs. General-Purpose Systems
- Introduction to microcontrollers
- Architecture of microcontrollers (e.g., ARM, AVR, PIC)
- Embedded programming languages (C, Assembly)
- Embedded development tools and environments
- Serial communication protocols (RS232, RS485)
- I2C and SPI communication
- CAN (Controller Area Network) protocol
- Ethernet and Wireless communication (Bluetooth, Wi-Fi)
- Overview of C language
- History and development of C
- Structure of a C program
- Basics of compiling and executing C programs
- Memory allocation functions (malloc, calloc, realloc, free)
- Dynamic arrays and linked lists
- Memory management best practices
- Arithmetic operators
- Relational and logical operators
- Bitwise operators
- Conditional (ternary) operator
- Operator precedence and associativity
- Conditional statements (if, else, switch)
- Looping statements (while, for, do-while)
- Break and continue statements
- Nesting and labeled loops
- Function definition and declaration
- Function arguments and return values
- Function prototypes
- Recursion and recursive functions
- Scope and lifetime of variables
- One-dimensional and multi-dimensional arrays
- Strings in C
- String manipulation functions
- Character arrays and pointers
- Introduction to pointers
- Pointer arithmetic
- Pointers and arrays
- Pointers to functions
- Structure definition and initialization
- Nested structures
- Unions and their uses
- Bit-fields in structures
- File operations in C (opening, closing, reading, writing)
- Sequential and random file access
- Error handling with files
- Binary and text file handling
- Memory allocation functions (malloc, calloc, realloc, free)
- Dynamic arrays and linked lists
- Memory management best practices
- Macro definitions
- File Inclusion
- Conditional compilation
- #define and #undef directives
- Enumerations
- Typedef
- Command-line arguments
- C Standard Library functions
- Error handling and exceptions in C
- Overview of System Programming
- Role of System Programming in Software Development
- Understanding Operating Systems
- Introduction to C Programming Language for System Programming
- Process Creation and Termination
- Process Communication and Synchronization
- Multithreading and Thread Safety
- Concurrency Issues and Solutions
- Memory Hierarchy
- Virtual Memory Concepts
- Dynamic Memory Allocation and Deallocation
- Memory Mapping and Shared Memory
- Overview of I/O Systems
- Buffering and Caching
- Basic I/O System Calls
- Device Drivers and Interrupt Handling
- Signals and Signal Handling
- Process Scheduling
- Inter Process Communication (IPC)
- Forking and Executing Processes
- Understanding the Linux Kernel
- Kernel architecture
- Kernel space vs. user space
- Importance of drivers in the Linux ecosystem
- Installing and Configuring Linux Kernel Source
- Obtaining and configuring kernel source code
- Compiling the Linux kernel
- Loading and unloading kernel modules
- Introduction to Kernel Modules
- Creating a simple character device driver
- File operations for character devices
- Dynamic memory allocation in the kernel
- Memory deallocation and best practices
- Introduction to interrupts in Linux
- Writing interrupt service routines (ISRs)
- Overview of ARM architecture
- Evolution of ARM processors
- ARM instruction set overview
- ARM processor modes
- Memory organization in ARM systems
- ARM addressing modes
- Caches and cache management
- Memory-mapped I/O
- Memory protection and exception handling
- Introduction to ARM peripherals
- GPIO programming in ARM
- Timer and counter-programming
- Interrupts and exception handling
- Communication interfaces (UART, SPI, I2C)
- ARM system architecture overview
- ARM system-on-chip (SoC) design
- AMBA bus architecture
- Power management in ARM systems
- Basics of RTOS
- Task scheduling and synchronization
- Real-time constraints and deadlines
- Unit testing and integration testing
- Debugging techniques and tools
- Performance analysis and optimization
- Real-world examples of embedded systems applications
- Hands-on projects to apply learned concepts
Embedded Systems Training Roadmap – Beginner to Advanced
Our Embedded Systems classes in Hyderabad are divided into 3 simple steps over 3 months. Each step builds technical skills—covering embedded programming, hardware integration, and real-time projects—to get you job-ready with hands-on experience in embedded systems.
Brolly Academy –Embedded Systems Road Map
01
Month 1: Microcontroller Programming & Embedded C Foundations
- Intensive training on microcontroller basics and embedded C essentials.
- Build hands-on projects using ARM Cortex, STM32, and Arduino.
- Understand hardware-software interfacing, memory types (RAM, ROM, Flash), timers, and interrupt handling.
02
Month 2: RTOS, IoT Systems & Communication Protocols
- Learn RTOS concepts, IoT integration, and embedded communications (I2C, CAN, SPI, UART).
- Develop Embedded firmware Design for sensor and actuator control.
- Projects include system design, real-time data transfer, and embedded application development.
03
Month 3: Automotive Embedded, Capstone Projects & Placement Prep
- Learn automotive embedded systems and VLSI basics.
- Complete capstone projects with system integration and reliability testing.
- Get placement support: resume building, interview mock sessions, LinkedIn profile optimization, and connections with Hyderabad electronics and IT hiring partners.
What is Embedded Systems?
- A Core Field in Electronics: Embedded systems are specialized computer systems found inside devices, designed for controlling hardware and performing dedicated tasks.
- Runs on Microcontrollers: Uses microcontrollers or processors—like ARM Cortex, STM32, Arduino—to execute software instructions.
- Interacts with the Real time: Controls and monitors hardware such as sensors, actuators, displays, motors, and more.
- Handles Communication: Employs protocols (I2C, SPI, UART, CAN) for device communication and data transfer.
Frequently Used In Embedded Systems:
- Embedded C → Core firmware programming
- RTOS → Real-time task management
- VLSI & FPGA → Hardware design and integration
- Raspberry Pi, Arduino → Project prototyping
- Industry 4.0, IoT → Connected devices and smart automation
- Manages Real-Time Operations: Real-time operating systems (RTOS) ensure timely response and reliability in critical applications.
- Automation & IoT: Powers smart devices, automotive systems, industrial automation, consumer electronics, and IoT solutions.
- Enables Creative Applications: Embedded programming allows automation, robotics, smart gadgets, and advanced electronics innovation.
Where are Embedded Systems Used?
Industry | How It’s Used | Example |
Automotive | Controls engine, safety, and infotainment systems. | Tata Motors, Hyundai use embedded software for car safety. |
IT & Software | Powers routers, servers, and security devices. | Tech firms in Hyderabad design custom embedded systems. |
Healthcare | Manages medical devices, monitors patient health, data logging. | Apollo Hospitals uses embedded monitors and diagnostics. |
Finance & Banking | Secures payment terminals, enables ATMs, real-time transaction control. | Banks in Hyderabad use embedded for ATM security systems. |
Education | Drives lab instruments, e-learning devices, and digital boards. | EdTech companies use embedded in smart classroom tools. |
Manufacturing & Automation | Runs industrial robots, PLCs, and sensors for automation. | Hyderabad factories use PLCs for smart assembly lines. |
Consumer Electronics | Operates smartphones, smart TVs, and wearable tech. | Samsung and local brands use embedded technology for smart gadgets. |
Startups & Innovation | Enables IoT devices, AI integration, and rapid prototyping. | Hyderabad startups deploy embedded tech for IoT solutions. |
Benefits of the Embedded Systems Course in Hyderabad
Step-by-step guidance and practical project coaching by industry-embedded professionals.
1. Learn from Industry Experts
Step-by-step guidance and practical project coaching by industry-embedded professionals.
2. Master Embedded Tools
Hands-on programming with microcontrollers, embedded C, and platforms like ARM Cortex, Raspberry Pi, and STM32.
3. Work on Real Projects
Build practical applications—IoT devices, robotics, automotive embedded systems, and smart electronics.
4.Get Job Support
Resume building, mock interviews, and placement assistance with top employers.
5.Earn a Certification
Receive an embedded systems certificate recognized by leading tech and manufacturing firms.
6. Strong Foundation in C & Hardware
Solid basics in embedded C, memory management, real-time operating systems, and hardware interfacing.
7 .Understand Embedded Models
Learn applications in IoT, automotive, healthcare, and consumer electronics using embedded system models.
8. Learn Communication Protocols
Practice with I2C, SPI, UART, CAN protocols for device connectivity and data transfer.
9. Design & Integrate Sensors
Experience integrating sensors, actuators, and real-time data handling in embedded applications.
10. Handle Big Data
Training includes real-time data logging, processing, and embedded analytics for smart devices.
11. Industry-Relevant Skills
Skills gained are in demand across IT, automotive, consumer electronics, and industrial automation.
12 . Easy Math for Embedded
Learn essential math and logic used in embedded electronics and system control.
13 . Flexible Timing
Choose online or offline with weekend and evening options.
14 . Affordable Fee
Competitive pricing with EMI options for accessible learning.
15 . Join a Community
Network with peers, alumni, and mentors for career growth.
16 . Future-Proof Career
Embedded systems expertise is highly valued and ensures long-term career prospects in India and worldwide.
Thinking of an Embedded Systems Course in Hyderabad?
- Traditional Training
- You sit and listen, with limited interaction.
- Uses old slides and theory-heavy notes.
- Trainers with only general knowledge.
- Occasional lab work, not hands-on.
- Support ends after the course.
- Small exercises, no real-time impact.
- Little or no placement help.
- No freelancer/startup guidance.
- Brolly Academy - Embedded Systems
- You build embedded projects from day one.
- Covers the latest embedded tools: ARM Cortex, STM32, Raspberry Pi.
- Industry experts with 15+ years in embedded & IoT.
- Daily coding and hardware labs with real projects & IoT with embedded systems.
- Ongoing job support until successful placement.
- Build live embedded systems projects for your portfolio.
- Resume building, LinkedIn, & interview prep included.
- Customized mentorship based on your career goals.
Best Embedded Systems Training Institute in Hyderabad
Meet Our Embedded Systems Trainers
At Brolly Academy, you will learn from expert trainers with decades of hands-on experience working on industry-embedded systems projects and training thousands of students.
INSTRUCTOR
Mr. Vamsi Raju
Embedded Systems Specialist & Hardware Architect
11+ Years in E-commerce Marketing & Digital Strategy
About the tutor:
Expertise:
- Microcontroller programming (ARM Cortex, STM32, Arduino)
- Embedded C, RTOS, hardware-software interfacing
- Automotive systems, IoT, sensors, and actuators
Projects:
Designed industrial control boards, IoT sensors, automotive firmware, consumer electronics prototypes, and PLC automation systems.
Teaching Style:
Transforms complex embedded concepts into practical workshops, focusing on real hardware, hands-on projects, and placement-readiness.
Skills You’ll Gain from Embedded Systems Classes in Hyderabad
Skills Developed after the course
- Design and program real-time embedded systems using ARM Cortex, STM32, and Arduino platforms.
- Develop embedded firmware in C, focusing on hardware-software interfacing.
- Integrate and control sensors, actuators, and displays in IoT and industrial projects.
- Work with communication protocols: I2C, SPI, UART, CAN, and USB for device connectivity.
- Implement real-time operating systems (RTOS) for critical embedded applications.
- Build hands-on projects for automotive, robotics, and consumer electronics.
- Debug and optimize embedded code for memory efficiency and reliability.
- Handle real-time data logging, processing, and analytics.
- Apply embedded system concepts in industrial automation using PLC and SCADA.
- Gain strong foundations in microcontroller architecture, timer programming, and interrupt handling.
- Understand electronics, digital logic, and VLSI basics for embedded hardware design.
- Learn best practices for system integration, testing, and troubleshooting.
- Prepare for job interviews and certifications in embedded systems.
- Experience modern project workflows and documentation for embedded development.
- Acquire the mathematics and logic essential for embedded engineering.
Embedded Systems Capstone Projects in Hyderabad Training
Embedded Systems Projects
Our automotive and embedded systems programming in Hyderabad features real-time, job-focused capstone projects. Each project is designed to build core skills in embedded Linux, embedded C, and embedded programming, to make you job-ready for the electronics, IoT, and automation industries.
1. Embedded Linux Device Driver Project
Develop and deploy custom Linux device drivers for ARM Cortex and Raspberry Pi platforms. embedded systems applications, Gain practical skills in kernel module development and embedded Linux networking, highly demanded in embedded systems jobs
2. Embedded C Sensor Control Application
Program real-time sensor integration and control systems using embedded C. Learn to interface ADCs, sensors, and actuators with microcontrollers (STM32, Arduino) and develop robust, reliable firmware for industrial and automotive applications.
3. Embedded Programming for IoT Automation
Build an IoT automation system by writing embedded code in C/C++ for smart device communication. Practice using protocols (I2C, SPI, UART) and RTOS for data acquisition, wireless transfers, and device management with hands-on lab projects.
4. Advanced Automotive Embedded Project
Design a complete automotive controller—engine management, dashboard display, or safety module—using embedded programming on dedicated hardware. Apply embedded Linux and C for integration and real-time responsiveness.
5. Industrial Automation PLC Interface
Implement a factory automation workflow using PLCs, SCADA, and embedded programming to interface sensors, memory types in embedded systems (RAM, ROM, Flash)and control real-time manufacturing operations, suited for major industries.
Tools Covered in Embedded Systems Training in Hyderabad
Tools Covered
Embedded Systems Course Fee & Offerings in Hyderabad
Embedded Systems Course Fee & Offerings
Video Recording
Rs 20,000 15,000
- Lifetime video access
- Microcontroller, embedded C, embedded Linux modules
- 80+ recorded classes
- 1 capstone project included
- Resume & interview support
- 100% placement assistance
- WhatsApp group access
Class Room Training
Rs 50,000 45,000
- 3 months structured classroom
- Expert embedded systems trainers
- Real-time projects: IoT, VLSI, automotive
- One-on-one mentorship & lab access
- Monthly mock interviews
- Resume building & interview guidance
- Soft skills, aptitude training
- Dedicated placement officer
- Commute support (offline batches)
- WhatsApp support & group access
Online Course
Rs 45,000 40,000
- Live interactive classes (flexible timings)
- 2–3 months duration
- Daily recorded sessions for revision
- Real-time project environment from Day 1
- Weekly mock interviews
- Doubt-clearing sessions
- 50+ sample resumes access
- WhatsApp group access
Embedded Systems Placement Training in Hyderabad
Placement Program
Resume Building
Placement Training
Interview Questions
Internships Under Experts
Realtime Live Projects
Get Offer Letter
Scheduling Interviews
Mock Interviews
Personality Development
Aptitude Preparation
- Resume Building: Craft ATS-friendly resumes tailored for embedded systems, IoT, and electronics roles.
- Placement Training: Learn how to apply for jobs, approach top companies, and navigate embedded hiring processes.
- Interview Questions: Prepare for embedded C, microcontroller, hardware interfacing, and electronics interview rounds.
- Internships Under Experts: Gain hands-on experience with industry mentors on embedded systems and IoT projects.
- Real-Time Projects: Demonstrate skills in embedded Linux, sensor integration, automotive, and industrial automation.
- Aptitude Preparation: Improve logical reasoning, electronics basics, and problem-solving with targeted test sessions.
- Personality Development: Build communication and presentation confidence for technical and HR rounds.
- Mock Interviews: Simulate embedded industry and HR interviews for job assurance.
- Scheduling Interviews: Get connected and scheduled with top electronics and IT recruiters.
- Get Offer Letter: Secure job offers from trusted Hyderabad employers and pan-India hiring partners.
Student Testimonials – Embedded Systems Training in Hyderabad
Testimonials
Embedded Systems Student Community in Hyderabad
Student Community
At Brolly Academy, learning embedded systems goes beyond the classroom. By joining our embedded systems course in Hyderabad, you become part of an active student community to connect, collaborate, and grow with peers and experts.
Learning & Collaboration
Work with fellow students on real embedded systems projects, share programming tips, and solve hardware challenges together.
Access to Resources and Tools
Gain exclusive access to embedded software tools, hardware kits, sample codes, and recorded training sessions for flexible learning.
Networking Opportunities
Build your professional network by connecting with trainers, industry mentors, hardware specialists, and recruiters.
Mentorship from Industry Professionals
Learn directly from embedded systems engineers who guide your career choices and share insights from real-time projects.
Job Support & Career Development
Stay updated on job openings, internships, freelance assignments, and get placement assistance to start your career in embedded systems.
Embedded Systems Coaching in Hyderabad
Pre-requisites & Eligibility
- Education : Educational background is preferred in engineering or technology, especially fields like EEE, CSE, ECE, Mechanical, Mechatronics, Aerospace, Biotechnology, or postgraduate degrees like M.Sc. or M.Tech.
- Programming : Basic programming knowledge is necessary, mainly in C or C++ languages, which are commonly used in embedded systems.
- Electronics : Familiarity with electronic components, circuits, and hardware fundamentals is important.
- Mathematics: An understanding of mathematics, such as algebra, calculus, and logic, helps in grasping embedded concepts.
- Problem-Solving: Strong analytical and problem-solving skills are needed for system design and debugging.
- Interest: A keen interest and passion for embedded systems, IoT, and hardware-software integration is essential.
- Microcontrollers & RTOS: Basic knowledge of microcontrollers and real-time operating systems (RTOS) is an advantage, though not mandatory.
- Computer Skills: Basic knowledge of microcontrollers and real-time operating systems (RTOS) is an advantage, though not mandatory.
- Computer & Software Skills: Comfort with using computers, programming tools, and simulation software is required.
- Beginner-Friendly: Beginners without prior experience can also join, since many courses start from foundational concepts.
Who Should Join Embedded Systems Training in Hyderabad
- Educational Qualifications – Bachelor’s degree in Engineering or Technology (EEE, CSE, ECE, IT, Mechatronics, Biomedical, Aerospace, Mechanical, Electronics), or postgraduate degrees like M.Sc. or M.Tech in relevant fields.
- Diploma/Undergraduate – Completion of 10+2 with Physics, Chemistry, and Mathematics for entry into diploma or undergraduate programs.
- Entrance Exams & Admissions – Some institutes require entrance exams such as JEE Main, GATE, or institute-specific tests; direct admission may be available for working professionals or short-term courses.
- Academic Performance – Minimum marks typically range from 50% upwards, depending on the program and category.
- Experience & Profile – Working professionals already in relevant fields can apply directly for executive or part-time courses; fresh graduates aiming to specialize in embedded systems are also eligible.
- Interest & Aptitude – Candidates should have a genuine interest and aptitude for electronics, programming, and system design.
- Placement Support – Many institutes offer placement assistance and skill development programs upon successful course completion.
- Admission & Eligibility Standards- These criteria reflect the common admission and eligibility standards for embedded systems courses at leading institutes and universities in Hyderabad and across India.
Embedded Systems Professionals in Hyderabad
Career Opportunities
- Embedded Systems Developer – Design and program microcontroller-based systems for industries such as automotive, electronics, and automation.
- Firmware Engineer – Develop embedded software and firmware for IoT devices, consumer products, and industrial machines.
- IoT Solutions Architect – Create and implement IoT solutions integrating embedded hardware and software with cloud platforms.
- Hardware Engineer – Design, test, and troubleshoot electronic circuits and embedded hardware components.
- Automotive Embedded Engineer – Work on automotive control systems, infotainment, safety modules, and vehicular networking.
- Robotics Engineer – Develop embedded systems for robotics, automation, and intelligent control systems.
- Systems Engineer – Integrate embedded solutions across industry verticals, manage hardware-software interoperability, and optimize performance.
- Research & Development Engineer – Innovate new embedded technologies, test prototypes, and advance electronics applications.
- Technical Consultant – Advise industries on embedded system integration, security, and optimization for business needs.
- Product Manager – Oversee development and deployment of embedded system products, from concept through launch.
- Placement & Career Support - Placement support, skill development, and certification programs from top Hyderabad institutes further enhance employability in local and global organizations.
Over 15,000+ Job Openings for Embedded Systems Engineers in world wide
Embedded Systems Salary in Hyderabad – Freshers to Experienced
Role | Experience Level | Salary Range (Approx.) | Key Insights |
Embedded Systems Engineer | Fresher (0–1 yr) | ₹3L – ₹7L PA | Entry-level development and testing for products, automotive, and IoT |
Embedded Systems Engineer | Mid (2–5 yrs) | ₹7L – ₹18L PA | System design, protocol integration, embedded Linux, RTOS projects |
Embedded Systems Engineer | Senior (5+ yrs) | ₹18L – ₹50L+ PA | Advanced roles in architecture, consulting, and project leadership |
Firmware Engineer | Fresher (0–1 yr) | ₹4L – ₹9L PA | Device drivers, firmware builds for electronics and IoT |
Firmware Engineer | Mid/Senior (2+ yrs) | ₹9L – ₹37L+ PA | High expertise, major MNCs, startups, R&D, and product management |
IoT Solutions Architect/Engineer | Fresher (0–1 yr) | ₹6L – ₹13L PA | IoT integration, device connectivity, basic cloud-linking |
IoT Solutions Architect/Engineer | Experienced (2+ yrs) | ₹13L – ₹25L+ PA | Solution architect roles, lead designs, and advanced IoT platforms |
Embedded Developer/Software Engg. | All levels | ₹5L – ₹25L+ PA | Embedded C/C++, protocol stacks, application, and OS integration |
Systems Integration/Consultant | Senior | ₹25L – ₹67L PA | Advanced integration, consulting, performance optimization |
Average Salary (Hyderabad): ₹12–28LPA, with senior specialists averaging ₹28L–30L+ and top 10% reaching >₹50LPA.
Hiring Companies for Embedded Systems Professionals in Hyderabad
Our Achievements in Embedded Systems Training – Brolly Academy Hyderabad
Our Achievements
80+ batches completed
15+ Years of experience
900+ students placed in core electronics and IT roles
4,500+ students trained in embedded technologies
Embedded Systems Certifications You Will Receive in Hyderabad
At Brolly Academy, every learner receives industry-recognized Embedded Systems certifications that validate both technical skills and practical expertise. These certificates boost your resume and open doors to careers in embedded programming, IoT, automotive, and core electronics. Whether you join online or classroom Embedded Systems training in Hyderabad, your certifications carry strong industry value.
Certifications Offered:
- Embedded Systems Course Completion Certificate
- Embedded C Programming Certification
- Microcontroller & Firmware Design Certification
- Real-Time Operating Systems (RTOS) Certification
- IoT & Embedded Networking (I2C, SPI, CAN, UART) Certification
- Embedded Linux & Device Drivers Certification
- Sensors & Actuators Integration Certification
- Capstone Project Certification
These certifications are designed to showcase your skills in embedded systems design, embedded programming, hardware-software interfacing, embedded linux training, automotive embedded systems, and system integration—helping you stand out for placements and top technology jobs across India.
At Brolly Academy, the embedded systems certification training is guided by expert trainers who help you understand and clear industry-recognized certificates. These certifications prove your skills in designing, programming, and maintaining embedded devices. The key certifications covered include:
- Certified Embedded Systems Engineer (CESE)
- Certified Internet of Things Professional (CIoTP)
- ARM Certified Embedded Systems Professional (ACESP)
- Certified Embedded Software Engineer
- Certified Firmware Engineer (CFE)
- Certified Real-Time Embedded Systems Developer (CRTED)
- Certified System Architect for Embedded Systems (CSASE)
Brolly Academy prepares you thoroughly for these certifications through hands-on projects, updated curriculum, and real-time practice, enhancing your career growth and recognition in the industry.
Market Trends and Training in Embedded Systems with Certification
Market Trends
- Market Growth: The embedded systems market is rapidly growing, driven by AI integration, IoT expansion, and automation in sectors like automotive, healthcare, aerospace, and manufacturing.
- Emerging Industry Trends: Key trends include AI-powered embedded devices, low-power designs, enhanced security, and adoption of new architectures like RISC-V.
- India & Hyderabad as Embedded Hubs: India, especially Hyderabad, is a growing hub for embedded systems development, backed by government initiatives and industry demand.
- Skill-Focused Training Programs: Training programs focus on practical skills in microcontroller programming, RTOS, firmware development, IoT integration, and hardware-software interfacing.
- Industry-Recognized Certifications: Industry-recognized certifications in embedded C, RTOS, IoT protocols, and system integration improve employability and career growth.
- Institute Support & Placement Assistance: Institutes like Brolly Academy offer hands-on project-based learning, certification support, and placement assistance to prepare learners for evolving industry roles.
FAQs – Embedded Systems Course in Hyderabad at Brolly Academy
FAQS
1. What is an embedded systems course?
An embedded systems course teaches how to design, program, and integrate software with hardware using microcontrollers, RTOS, device drivers, and communication protocols to build real-time electronic products.
2. What are the components of embedded systems?
Core components include a processor or microcontroller, memory (RAM/ROM/Flash), input/output peripherals, sensors/actuators, power management, and firmware running bare-metal or on an RTOS.
3. What are the benefits of learning embedded systems?
Benefits include high-demand careers across automotive, IoT, medical, and industrial automation, hands-on product development skills, and strong salary growth for specialists in C/C++, RTOS, and embedded Linux.
4. Which is the best institute for embedded systems in Hyderabad?
Brolly Academy offers an updated syllabus, expert trainers, live projects, online/classroom modes, certification, and 100% placement assistance, making it a leading choice in Hyderabad.
5. What are the career opportunities after an embedded systems course?
Roles include Embedded Systems Engineer, Firmware Engineer, Embedded Linux Developer, IoT Engineer, Systems Integration Engineer, and Automotive Embedded Engineer.
6. What is the duration and fee for the embedded systems course in Hyderabad?
Brolly Academy’s typical program runs about 3 months with competitive, affordable fees; free demo classes are available before enrollment.
Is E-commerce Marketing a good career in Hyderabad?
7. Which companies hire for embedded systems in Hyderabad?
Hiring spans MNCs and product firms such as Qualcomm, Honeywell, AMD, Nvidia, and major IT services companies alongside fast-growing startups.
8. What is the syllabus and curriculum for embedded systems training?
The syllabus covers Embedded C/C++, microcontrollers, RTOS, drivers, protocols (UART, SPI, I2C, CAN), embedded Linux, PCB basics, testing, and capstone projects.
9. Is online or offline embedded systems training better in Hyderabad?
Both are available; Brolly Academy offers instructor-led online and classroom batches so learners can choose flexible schedules without compromising hands-on labs and projects.
10. What certifications are available for embedded systems?
Brolly Academy provides course completion and skill-track certifications across Embedded C, RTOS, IoT protocols, embedded Linux/device drivers, and capstone project certification.
11. What are automotive embedded systems and how to learn?
Automotive embedded systems control infotainment, ADAS, and powertrain; learning involves CAN, LIN, diagnostics, RTOS, and safety concepts through targeted modules and projects.
13. What programming languages are important for embedded systems?
C and C++ are primary, with Python for testing/scripts and shell/CMake for builds; embedded Linux and driver work rely heavily on C.
14. What is the difference between VLSI and Embedded Systems courses?
VLSI focuses on chip design and verification, while embedded systems focus on programming and integrating hardware with firmware and operating systems in products.
15. What skills are required to excel in embedded systems?
Key skills include C/C++, microcontroller peripherals, RTOS concepts, debugging with JTAG/logic analyzers, and protocol stacks like I2C/SPI/UART/CAN.
16. How do embedded systems differ from regular computers?
Embedded systems are purpose-built, resource-constrained, and often real-time, while PCs are general-purpose with abundant resources and no strict real-time constraints.
17. What microcontrollers are commonly used in training?
Courses typically use ARM Cortex/STM32, 8051, and AVR families for labs on GPIO, timers, ADC, PWM, and communication interfaces.
18. What real-time operating systems (RTOS) are taught?
Popular choices include Ferrets and embedded Linux scheduling concepts, covering tasks, priorities, queues, semaphores, and ISR handling.
19. How does IoT relate to embedded systems?
IoT devices are embedded nodes with sensors/actuators, using Wi‑Fi/BLE and MQTT/HTTP to send data to cloud platforms; embedded firmware enables the edge intelligence.
20. What beginner projects are covered?
Starter projects include sensor data logging, motor control with PWM, UART-based CLI, SPI/I2C sensor interfacing, and a mini IoT node as a capstone.
21. What are interrupts and timers in embedded systems?
Timers generate periodic events; interrupts handle asynchronous events with minimal latency through ISRs, enabling real-time responsiveness.
22. How do I2C, SPI, and UART differ?
- I2C is a two-wire multi-master, SPI is a high-speed full-duplex with chip-selects, and UART is an asynchronous serial used for consoles and modules.
23. What are common applications of embedded systems?
Applications span automotive ECUs, consumer electronics, industrial automation, medical devices, smart energy, and robotics.
24. How to get started with embedded systems programming?
Begin with C, learn microcontroller registers and GPIO, practice with timers/interrupts, and build protocol drivers before moving to RTOS and Linux.
25. What tools are used in Brolly Academy’s labs?
Labs utilize IDEs like IAR/Keil, compilers, debuggers, protocol analyzers, version control, PCB tools, and RTOS frameworks for end-to-end practice.
26. Is there placement assistance after the course?
Yes, Brolly Academy provides resume prep, interview practice, referrals, and 100% placement assistance with hiring partners in Hyderabad.
27. What is firmware, and how is it developed?
Firmware is low-level software controlling hardware; it’s developed in C/C++ with hardware abstraction, ISRs, and drivers compiled and flashed to target boards.
28Can embedded systems skills lead to robotics jobs?
Yes, robotics relies on embedded control, motor drivers, sensors, and real-time loops, creating roles in robotics engineering and automation.
28. What is power optimization in embedded systems?
It includes sleep modes, clock gating, DVFS, and efficient ISRs/algorithms to extend battery life and meet energy budgets.
29. How important is hardware‑software interfacing?
It is critical for reliability and performance, enabling correct register-level control of sensors, actuators, and communication buses.
30. What challenges are common in embedded design?
Typical challenges are real-time constraints, limited memory/CPU, EMI/ESD robustness, security, and maintainable firmware architecture.
31. What challenges are common in embedded design?
Typical challenges are real-time constraints, limited memory/CPU, EMI/ESD robustness, security, and maintainable firmware architecture.
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