Best Embedded Programming with C in Xplore IT Corp
Xplore IT Corp provide advanced courses in C embedded programming with adequate practical classes and projects making them the best place for production-ready students to take up this career in embedded systems. These courses are meant for beginners and seasoned professionals aiming to understand embedded programming in C language comprehensively. The students are taught to get an exposure to Embedded C programming, programming practice, hardware interfacing, debugging and many relevant topics concerning the industry by our expert trainers. Our projects based programs, one-to-one mentoring, and state-of-the-art infrastructure train students to harness the potentials of the field of embedded C programming. The curriculum equips you to design intelligent and efficient systems making it preparatory for individuals with the view of pursuing embedded application careers. The expert training by Xplore IT Corp also becomes a reference for both students and professionals to familiarize themselves with the expertise needed in excelling as an embedded programmer with C and succeeding in the embedded systems domain.
Key Features
Highlights of Xplore IT Corp Embedded C Programming Course
Understanding Embedded Systems
Understand the basics of embedded systems and their interaction with hardware components. Learn how software controls and communicates with embedded hardware efficiently
Programming Microcontrollers
Gain hands-on knowledge in programming microcontrollers using Embedded C for real-world applications. Learn to develop efficient and optimized code for embedded systems.
Interfacing Hardware Subcomponents
Learn to interface sensors, actuators, and displays using embedded programming in C. Develop efficient code to control and communicate with hardware components seamlessly
Building Applications for Real-time Systems
Develop real-time applications using Industrial Automation and the Internet of Things (IoT). Gain expertise in designing smart, connected systems for efficient automation.
Embedded Application Debugging
Learning and mastering methods for debugging related issues in embedding applications using a programming language -C.
Industry certification
Learning an embedded C programmer student will get ready to face industrial certifications that can be developed from employment capabilities in the marketplace.
Embedded C Programming Course Objective
Understand the basics of embedded systems and their interaction with hardware components. Learn how software controls and communicates with embedded hardware efficiently.
Understanding Embedded Systems
Gain hands-on knowledge in programming microcontrollers using Embedded C for real-world applications. Learn to develop efficient and optimized code for embedded systems.
Programming Microcontrollers
Learn to interface sensors, actuators and displays using embedded programming in C. Develop efficient code to control and communicate with hardware components seamlessly.
Interfacing Hardware Subcomponents
Develop real-time applications using Industrial Automation and the Internet of Things (IoT). Gain expertise in designing smart, connected systems for efficient automation.
Building Applications for Real-time Systems
Learning and mastering methods for debugging related issues in embedding applications using a programming language -C.
Embedded Application Debugging
Learning an embedded C programmer student will get ready to face industrial certifications that can be developed from employment capabilities in the marketplace.
Industry certification
Benefits of Embedded C Programming Course Certificate
- Make yourself capable of writing high-quality code through embedded programming with C.
- Know advanced debugging methods to identify bugs in your applications developed using embedded programming.
- Many industries are hiring individuals who can perform work with embedded programmer with C.
- Spend time interacting with real life through the work of embedded projects.
- By the end of this course, you are well prepared for certification involving embedded programming.
- Develop a good foundation that can be further extended and advanced in further studies in Embedded Systems and IoTs.
Benefits of the Embedded Systems Course in Coimbatore
Rise in Demand for the Embedded Engineers
Today, in every industry, there is a rising need for workers having the skills of C embedded programming.
Practical Experience
The course has applications. Thus, after knowing about embedded C, the students can work practically in the real world.
Microcontroller Programming
Learn microcontrollers programming using embedded programming in C, for developing devices for the areas of embedded systems.
Professional Development Opportunities
After finishing this course, one can seek a job in consumer electronics, automotive, and industrial automation fields
Low Course Fees
We are offering good quality training in embedded programmer with C at low course fees
Continuous support and mentoring
Continuity support is given to the students at the end of the course so that the students do very well in Embedded programming using C.
Syllabus of Embedded Systems Course
- Basic Semiconductor Devices and Circuits – PN Junction, BJT and MOSFET
- CMOS design technology
- Interpreting device datasheets (PN junction, BJT, MOSFET ).
- Number Systems
- Combinational Network Design
- Interpreting the datasheet of a Logic Gate
- Designing with Mux, De mux, Decoders, Encoders
- Sequential Elements – D Latch, D Flip Flop
- Design of Sequential Systems – Registers and Counters
- Introduction to Data Converters.
- Fundamentals of Embedded System Design
- Design methodology
- Real-Time Embedded Systems
- Embedded System design challenges, Metrics & Goals
- Development environment
- Current market trends & Applications
- Careers and Job opportunities
- Introduction to C Programming
- Structure of a C program
- The C compilation process
- Types and Operators
- C base types
- Precedence & Associativity
- Arithmetic operation
- Promotion & Typecasting
- Control Flow
- Logical expressions
- Decision Making
- Loops
- Definitions and Declarations
- Header files
- Scope and lifetime
- Storage Classes
- Introduction to Pointers
- Using pointers to access single dim arrays
- Bit Manipulation
- Functions – The Function as a logical program unit
- parameter passing by copy and reference
- Feature, Architecture, Applications
- PIC16f877a Datasheet and its uses
- Basic I/O operations, 4 digit LCD, etc..,
- Timer, Counter
- Communication protocols
- UART, I2C, Serial Peripheral Interface
- ADC Analog to Digital Converters
- Introduction to various types of sensors
- Creating Simple Real Time Applications using PIC 16f877a
- Interfacing Codes with PIC development Board.
- Arrays, Pointers and Strings
- Arrays as circular buffers
- Relationship between pointers & arrays
- Pointer arithmetic
- C string handling
- Advanced Data types
- Structures
- Unions and Enums –Structures
- Big & Little Endian representations
- Bit-field structures
- The C Pre-Processor – Macros
- Conditional Compilation C Compilation process
- pre-processor, compiler, assembler, linker stages.
- KEIL
- Proteus 8
- MPLAB X IDE
- AVR Studio
- Introduction to Embedded System and ARM Processor
- ARM related Companies and its opportunities
- ARM processor family
- Application of ARM Processor
- Compiler
- Emulation and Debugging
- Difference between RISC & CISC
- LPC2148 ARM 7 microcontroller
- Features of LPC2148
- Block diagram of LPC2148
- Pin diagram of LPC2148
- Architectural overview
- On-chip flash program memory
- On-chip static RAM
- Crystal Oscillator
- PLL
- Reset and Wake-up Timer
- Brownout detector
- Code Security
- External Interrupt input
- Pin Connect Block
- General Purpose Parallel I/O Features
- 8 Bit LED’s and switches
- Relay and Buzzer
- Seven Segment Led
- Keypad
- LCD
- General purpose timer/ External event counters Features
- Interfacing Timer and Counter Operation
- 10-bit ADC Features
- Interfacing Temperature Sensor LM35
- 10-bit DAC Features
- Interfacing DAC
- UARTs Features
- Serial Communication
- Interrupt Controller
- Interrupt Sources
- External Interrup
- I2C – bus serial I/O Controller
- SPI- Serial I/O Controller
- Watchdog timer
- Real Time Clock
- Pulse Width Modulator
- RTOS
- Introduction about PCB
- Combinational and sequential Circuits
- Basic circuit designing
- Schematic design and board level designing
- Bluetooth (Programming)
- RFID (Programming)
- GSM,GPS (Interfacing & Programming)
- Other real time applications
At Xplore IT Corp, our Embedded C Programming Course is delivered by instructors with extensive industry experience who are willing to put their hearts and soul into transferring knowledge to others. Their breadth in the field of embedded programming with C gives ample space for putting all the hands-on learning that you could gain to practical use. The trainers will guide students through various complex projects from which the student must learn key components of the embedded programmer with C Course. And on a more individualized basis, lessons are modified to the individual pace of learning of each student for better comprehension and retention purposes. Join Xplore IT Corp and be taught by the best to pave the way for a vibrant career in embedded systems.
Course Curriculum
We update our syllabus as per the current trends in embedded programmer with C.
Skilled Faculty Members
Our trainer has several years of experience in Industrial applications and field of C programming for the embedded.
Real-time Project Works
Students work on projects that are relevant to industries to develop the skills in embedded programming with C.
Placement Guidance
We provide job placement support, resume building, and interview preparation.
Flexible Learning Options
Choose between classroom-based and online training sessions.
Recognized Certification
Our embedded programming with C course prepares students for industry-recognized certifications.e.
Placement after Completion of Embedded C Programming Course
Industrial Interface
We have an good industrial network that ensures placement for the students to get appointed into the field of embedded programming using C programming.
Resume preparation and Interview Practice
Get resume building and interview skills from experts.
Internship Opportunities
Get internship opportunities to implement learning in real-time.
Job Assistance
Our placement team helps students to get the best job opportunities.
Technical Skill Enhancement
Rebuild your technical acquaintance on embedded programmer with C based upon the needs for the job.
100% Placement Support
Until your placement with an embedded system firm, 100% of support will be provided to you.
Job prospects after graduating from the course
Embedded Software Engineer: Design and implement software for embedded systems used in the automobile and healthcare sectors.
Firmware Engineer: Design and develop low-level software to control hardware in various applications.
Hardware Engineer:Design and develop hardware to be used in embedded systems, including circuit boards and sensors.
IoT Solutions Architect: Develop innovative IoT systems that integrate embedded systems with cloud technologies.
Embedded Systems Tester: est and validate the quality and performance of embedded systems in real-world applications.
R&D Engineer: Develop new and state-of-the-art embedded technologies for emerging industries through research and development.
Our In Demand Courses
Frequently Asked Questions
Not at all, even if you have done nothing at all in programming, some little basic grasp of computer programming will help you.
It's flexible. The course duration may be as short as 3 months to perhaps as long as 6 months. Classes run at various times during the week, weekends, and even at evenings.
Yes, upon the successful completion of the course, this certification is awarded following the industry's standards.
Yes, Xplore IT Corp provides dedicated placement assistance to help you secure a role in embedded systems. Our extensive network of industry contacts helps place students in reputed companies.
Our course is taken through practical hands-on experience with real-world projects, expert trainers, flexible learning schedules, and lifelong career support. We put more emphasis on practical skills building and industry-relevant training, which makes us different from the rest.
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