Course Prerequisites
• Prior experience in Linux User Space application development.
• Proficiency in C programming language.
• Understanding of Embedded Systems in Linux.
• Familiarity with hardware interfacing and debugging.
• Knowledge in using Linux shell and scripting.
• Understanding of Real Time Operating Systems (RTOS) concepts.
• Basic computer science knowledge.
• Hands-on experience with Linux OS.
Embedded Linux Development Certification Training Overview
Embedded Linux Development certification training provides comprehensive instruction about the concepts, methods, and practices of Linux in embedded systems. The course typically covers various topics such as cross-development, kernel configuration and compilation, understanding real-time applications, and building and troubleshooting root file systems among others. Adequate training allows achievement of proficiency in the operation and synchronization of Linux for embedded systems, equipping developers with the necessary practical skills for the industry.
Why Should You Learn Embedded Linux Development?
Learning an Embedded Linux Development course enhances one's skills in system design, development, debugging, and porting of embedded Linux. It opens doors to numerous high-paying tech positions and offers increased job security. Professionals gain experience in working with open-source platforms and contribute to technological advancements.
Embedded Linux Development (LFD450)
Target Audience for Embedded Linux Development Certification Training
- Computer science students seeking to augment their operating systems' knowledge
- Software developers/engineers interested in system-level programming
- Tech professionals working on IoT and hardware-centric projects
- Individuals involved in
Linux kernel development - Firmware, hardware, and device driver engineers
- Computer engineers aiming to master Linux development
Why Choose Koenig for Embedded Linux Development Certification Training?
- Learning from Certified Instructors ensuring quality training.
- Possibility to Boost Career with proficiency in Embedded Linux Development.
- Customized Training Programs catered to individual learning pace and needs.
- Option for Destination Training to learn in a focused, immersive environment.
- Affordable Pricing in relation to the quality and depth of training provided.
- Recognition as a Top Training Institute in the tech industry.
- Flexibility with Dates allowing learners to choose from various training schedules.
- Instructor-Led Online Training providing direct guidance from experts.
- Wide Range of Courses to diversify knowledge and skills.
- Accredited Training, ensuring recognition and validity in the industry.
Embedded Linux Development Skills Measured
Upon completing Embedded Linux Development certification training, an individual can gain skills like understanding Linux kernel internals and debugging, configuring and building a Linux kernel, device drivers development, and using hardware tools for debugging. They also learn to create, develop, and integrate a boot-up mechanism using U-Boot or GRUB, manage root file system, configure embedded storage, proficiency in real-time and low-latency applications, and manage power user settings on Linux. These skills are essential for embedded Linux system development and maintenance.
Top Companies Hiring Embedded Linux Development Certified Professionals
Leading technology companies such as Intel, IBM, Qualcomm, Texas Instruments, and Samsung hire embedded Linux development certified professionals. These professionals play key roles in enhancing existing systems, creating new applications, and driving technological innovation in these companies. Other companies hiring these experts include Bosch, Siemens, and Cisco Systems.
Learning Objectives - What you will Learn in this Embedded Linux Development Course?
The learning objectives of an Embedded Linux Development course are to equip students with comprehensive knowledge and skills to proficiently conduct Linux-based embedded system development. The participants will learn about the Linux kernel, system initialization, building and recovering root file-systems, and
troubleshooting. They will get insight into the basics of open-source licensing and how to select suitable components. Also, students will become familiar with network, LCD management, and how to develop device drivers. By the end of this course, students should be able to create and customize a tiny Linux system from scratch, understanding in-depth the process involved in configuring, compiling, and installing a Linux kernel.
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