Real Time Embedded Linux Course
Start Date:
09/16
Academic Timeline:
605 hours | 13 months
Campus: Live online learning model
Meetings Per Week:
2-3
Rating: 4.8
Design and develop firmware for embedded devices across various industries.
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Real-Time Embedded Linux Systems Course is our flagship program and one of the most in-demand courses in the industry today. Each year, there are thousands of job openings in the field of Real-Time & Embedded Linux, with a tremendous need for workers with practical knowledge and experience. Since 2007, thousands of students have participated in this course, with about 87% of graduates finding employment and securing a job in tech companies.
The course covers all development stages in Embedded Systems, including Bare Metal systems and Embedded Linux, FreeRTOS, and SafeRTOS, using ARM Cortex-M and Cortex-A development boards.
In addition to the vast theoretical knowledge, our students apply practical experience with hands-on operations and tools crucial for designing embedded systems and real-time programming.
Course Highlights:
Comprehensive Training: From system initialization (boot-loader) to running user space software on the OS, utilizing RT OS resources, objects, and services (system calls), multi-threading and synchronization, writing Linux Kernel Modules (LKMs), Board Support Package (BSP), Device Drivers, debug tools, designing and implementing Embedded RT applications, communication protocols, algorithms, code optimization, and IoT.
The course provides both theoretical and practical knowledge, special tools, and topics faced by embedded computer system designers / real-time programmers. It covers all stages of development in Embedded Systems, whether Bare Metal or Embedded Linux / FreeRTOS / SafeRTOS systems, using ARM Cortex-M / Cortex-A based development boards.
All stages are covered from system initialization (Boot-Loader loading) to running user space software over the operating system, resource utilization, RT operating system objects and services (System Calls), use of Multi-Threading and Synchronization, writing Linux Kernel Modules (LKMs), Board Support Package (BSP), Device Drivers, use of Debug Tools, design and implementation of Embedded RT applications, communication protocols, algorithms, Code optimization, and IOT.
The Embedded Linux field is highly demanded across various industries and companies. Students who complete the course and internship will gain significant advantages including extensive knowledge in engineering processes, testing printed circuits, development boards, and complex software systems.
Upon completion of the course, our job placement division will assist candidates in preparing resumes and advancing their professional integration process. Our goal is to equip our students with skills and support until they secure a position in leading high-tech companies. Many of our students have already secured employment with companies they interned with during their training period.
Why Study Real Time Embedded Linux at Embedded Academy
Skills you will gain by completing our Real Time Embedded Linux Course
Programming Tools and Languages
- C programming for embedded systems
- C++ for object-oriented embedded development
- Assembly language for low-level operations
- Python for scripting and testing
- Bash scripting for automation
- Makefiles for build automation
- Yocto Project for custom Linux distributions
- Device Tree language for hardware description
- Qt for embedded GUI development
Skills & Techniques
- Real-time operating system (RTOS) concepts
- Linux kernel customization and optimization
- Device driver development
- Bootloader configuration (U-Boot)
- Cross-compilation techniques
- Embedded filesystem management
- Inter-process communication (IPC) methods
- Hardware-software co-design
- POSIX thread programming
- Real-time scheduling algorithms
- Memory management in embedded systems
What roles can you perform upon completing the Real Time Embedded Linux course?
Upon completing our Real-Time Embedded Linux course, you'll be well-equipped to integrate into various roles in the embedded systems industry.
These roles span across various industries including automotive, aerospace, consumer electronics, industrial automation, telecommunications, and healthcare, offering diverse career paths for graduates of our Real-Time Embedded Linux course.
Here are some key positions you can pursue:
Embedded Systems Engineer
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Real-Time Software Developer
Create time-critical applications for embedded systems in aerospace, automotive, or industrial automation.
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Linux Kernel Developer
Customize and optimize the Linux kernel for specific embedded platforms and applications.
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IoT Device Engineer
Develop smart, connected devices for the Internet of Things ecosystem.
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Who is the Real Time Embedded Linux Course for?
- College/university graduates interested in specializing in Real-Time systems development.
- Hardware/software/computer science engineers without development experience who are interested in a career change.
- Practical engineers seeking to gain a foothold in the high-tech industry as real-time engineers and similar roles.
Admission Requirements
- Basic computer skills.
- Full English proficiency.
- Experience in C programming is advantageous, but not mandatory.
- Professional knowledge interview.
Real Time Embedded Curriculum
Full Track
Standard Track
Self-Designed
Track
Real Time Embedded Linux Track: From Novice to Expert
Launch your career in Real Time Embedded Linux with our most comprehensive educational track. This program is meticulously designed to provide you with an all-encompassing understanding of the field, ensuring you achieve the highest level of expertise.
Key Features:
- Holistic Learning: Engage with all modules, gaining a thorough and well-rounded proficiency in Real Time Embedded Linux .
- Beginner-Friendly: Tailored for newcomers with little to no prior experience, providing a supportive environment for those taking their first steps into this dynamic field.
- In-Depth Immersion: Dive deep into the subject matter over a 9 to 12-month period, allowing ample time for concept absorption and practical application.
- Extensive Curriculum: Benefit from an impressive 605 academic hours of instruction, covering a wide array of essential topics and cutting-edge techniques.
This track is your gateway to becoming a proficient Real Time Embedded Linux expert, equipping you with the knowledge, skills, and hands-on experience needed to excel in this rapidly evolving and in-demand area of technology.
| Embedded Linux | Course duration | |
|---|---|---|
| Linux Admin Course | 50 academic hours | |
In this course, you will learn how to seamlessly operate a Linux system and techniques to maximize your utilization of Linux's capabilities. The curriculum is divided into two sections. | ||
| Bash Scripting Course | 25 academic hours | |
Bash is a highly convenient and efficient shell (command line interface) environment. Developed by GNU contributors, it is essentially the default shell in Linux/GNU systems, serving as a vital foundation for the system. Like any shell, it encompasses a robust command system as well as an efficient scripting language. | ||
| Python Course | 90 academic hours | |
The focus is on Python 3, aiming to provide the knowledge and experience required for programming real-world applications in an object-oriented industry. You will learn how to develop software using Python. You will be taught techniques and appropriate tools to professionally develop high-level Python programs suitable for high-tech companies. This is a very practical course in which we will also be using circuit boards. Python is currently considered one of the most popular and sought-after programming languages in the IT industry. Its popularity and widespread use in various industry projects make Python one of the most demanded programming courses. The high demand and diverse employment opportunities make Python highly beneficial to specialize in for a rewarding professional career with multiple growth opportunities. | ||
| RT Concepts Course | 40 academic hours | |
Real time systems are deterministic and consistent systems (not necessarily embedded computers) that are committed to processing information and providing responses within a deterministic and consistent timeframe. The course covers the main components involved in the development of embedded computer applications.Additionally, it addresses challenges faced by development engineers, the process, and tools used in embedded application development. It also delves into the objects and services provided by a real-time operating system and how they are integrated into the application. | ||
| Embedded Linux Course | 90 academic hours | |
This course aims to provide engineers in the industry with the necessary knowledge to tackle the challenges of developing embedded computer systems using the Embedded Linux platform.The course includes all the training and development conducted on development boards. Among other things, students will become familiar with the stages of development, required tools, typical issues in the development process and their solutions, use of various debugging tools, development of user-mode applications. | ||
| Embedded Systems | Course duration | |
| C | 90 academic hours | |
The C language course serves as a comprehensive and practical guide to software development. It provides the knowledge, techniques, and tools necessary to enable professional-level development of complex programs in the C language across various domains in the tech industry. | ||
| ARM Course | 90 academic hours | |
ARM (Advanced RISC Machines) is a type of architecture used in embedded systems and microprocessors. It is a family of instruction set architectures and processor cores that are designed for efficient and low-power processing in various applications, including embedded systems, mobile devices, microcontrollers, and more. Throughout this course, participants will cover techniques, development tools, work environment, debugging, typical issues in Embedded Systems development, and their solutions. | ||
| Networking Course | 40 academic hours | |
Computer networking at the CCNA level: This course provides extensive knowledge in both theoretical and practical aspects of installation, maintenance, configuration, understanding of routers and switches, operation, network troubleshooting, and familiarity with computer networking protocols at the CCNA level. You will become familiar with the fundamental concepts and devices in networking, aspects and layers of LANs/WANs and the structure and functioning of architectures and protocols used in IP networks. | ||
| C++ Course | 90 academic hours | |
This course will cover Object-Oriented Programming using the C++ language, emphasizing polymorphism, multiple inheritance, exceptions, and multithreading. | ||
Tuition: $15800.00 $12800.00
Real Time Embedded Linux Specialist Track
Elevate your software development expertise with our focused Real Time Embedded Linux program. This track is carefully crafted for professionals with prior experience in software and application development, aiming to sharpen your skills in this specialized domain.
Key Features:
- Targeted Curriculum: Concentrate solely on modules directly relevant to Real Time Embedded Linux , ensuring efficient and applicable learning.
- Accelerated Learning: Designed for experienced developers, this condensed track spans 6 to 7 months, allowing you to augment your existing skill set quickly.
- Intensive Study: Engage in 310 academic hours of specialized instruction, delving deep into the intricacies of Real Time Embedded Linux .
This track offers a streamlined path to mastering Real Time Embedded Linux , ideal for seasoned developers looking to expand their expertise or pivot into this high-demand field. Gain the specific knowledge and skills needed to excel in Real Time Embedded Linux development and stand out in the competitive tech industry.
| Embedded Linux | Course duration | |
|---|---|---|
| RT Concepts Course | 40 academic hours | |
Real time systems are deterministic and consistent systems (not necessarily embedded computers) that are committed to processing information and providing responses within a deterministic and consistent timeframe. The course covers the main components involved in the development of embedded computer applications.Additionally, it addresses challenges faced by development engineers, the process, and tools used in embedded application development. It also delves into the objects and services provided by a real-time operating system and how they are integrated into the application. | ||
| Embedded Linux Course | 90 academic hours | |
This course aims to provide engineers in the industry with the necessary knowledge to tackle the challenges of developing embedded computer systems using the Embedded Linux platform.The course includes all the training and development conducted on development boards. Among other things, students will become familiar with the stages of development, required tools, typical issues in the development process and their solutions, use of various debugging tools, development of user-mode applications. | ||
| Embedded Systems | Course duration | |
| C | 90 academic hours | |
The C language course serves as a comprehensive and practical guide to software development. It provides the knowledge, techniques, and tools necessary to enable professional-level development of complex programs in the C language across various domains in the tech industry. | ||
| ARM Course | 90 academic hours | |
ARM (Advanced RISC Machines) is a type of architecture used in embedded systems and microprocessors. It is a family of instruction set architectures and processor cores that are designed for efficient and low-power processing in various applications, including embedded systems, mobile devices, microcontrollers, and more. Throughout this course, participants will cover techniques, development tools, work environment, debugging, typical issues in Embedded Systems development, and their solutions. | ||
Tuition: $9000.00
Customizable Real Time Embedded Linux Expertise Track
Tailor your tech education with our flexible, modular program. This track allows you to focus on specific areas of interest, creating a personalized learning journey.
Key Features:
- Customized Learning: Select only the courses and content you need.
- Experience-Based: Ideal for students with prior field experience.
- Flexible Duration: Complete in 1 to 3 months, based on your course selection.
| Embedded Linux | Course duration | |
|---|---|---|
| Linux Admin Course | 50 academic hours | |
In this course, you will learn how to seamlessly operate a Linux system and techniques to maximize your utilization of Linux's capabilities. The curriculum is divided into two sections. | ||
| Bash Scripting Course | 25 academic hours | |
Bash is a highly convenient and efficient shell (command line interface) environment. Developed by GNU contributors, it is essentially the default shell in Linux/GNU systems, serving as a vital foundation for the system. Like any shell, it encompasses a robust command system as well as an efficient scripting language. | ||
| Python Course | 90 academic hours | |
The focus is on Python 3, aiming to provide the knowledge and experience required for programming real-world applications in an object-oriented industry. You will learn how to develop software using Python. You will be taught techniques and appropriate tools to professionally develop high-level Python programs suitable for high-tech companies. This is a very practical course in which we will also be using circuit boards. Python is currently considered one of the most popular and sought-after programming languages in the IT industry. Its popularity and widespread use in various industry projects make Python one of the most demanded programming courses. The high demand and diverse employment opportunities make Python highly beneficial to specialize in for a rewarding professional career with multiple growth opportunities. | ||
| RT Concepts Course | 40 academic hours | |
Real time systems are deterministic and consistent systems (not necessarily embedded computers) that are committed to processing information and providing responses within a deterministic and consistent timeframe. The course covers the main components involved in the development of embedded computer applications.Additionally, it addresses challenges faced by development engineers, the process, and tools used in embedded application development. It also delves into the objects and services provided by a real-time operating system and how they are integrated into the application. | ||
| Embedded Linux Course | 90 academic hours | |
This course aims to provide engineers in the industry with the necessary knowledge to tackle the challenges of developing embedded computer systems using the Embedded Linux platform.The course includes all the training and development conducted on development boards. Among other things, students will become familiar with the stages of development, required tools, typical issues in the development process and their solutions, use of various debugging tools, development of user-mode applications. | ||
| Embedded Systems | Course duration | |
| C | 90 academic hours | |
The C language course serves as a comprehensive and practical guide to software development. It provides the knowledge, techniques, and tools necessary to enable professional-level development of complex programs in the C language across various domains in the tech industry. | ||
| ARM Course | 90 academic hours | |
ARM (Advanced RISC Machines) is a type of architecture used in embedded systems and microprocessors. It is a family of instruction set architectures and processor cores that are designed for efficient and low-power processing in various applications, including embedded systems, mobile devices, microcontrollers, and more. Throughout this course, participants will cover techniques, development tools, work environment, debugging, typical issues in Embedded Systems development, and their solutions. | ||
| Networking Course | 40 academic hours | |
Computer networking at the CCNA level: This course provides extensive knowledge in both theoretical and practical aspects of installation, maintenance, configuration, understanding of routers and switches, operation, network troubleshooting, and familiarity with computer networking protocols at the CCNA level. You will become familiar with the fundamental concepts and devices in networking, aspects and layers of LANs/WANs and the structure and functioning of architectures and protocols used in IP networks. | ||
| C++ Course | 90 academic hours | |
This course will cover Object-Oriented Programming using the C++ language, emphasizing polymorphism, multiple inheritance, exceptions, and multithreading. | ||
Tuition
Course cost: $12,800
- Installment plans
- Multiple payment options
- Fully secured payment process
- Only $350 down payment to save your seat for the upcoming class!
Meet your instructor:
Benny Cohen
Embedded Academy Founder and CEO
As a long-time veteran in the technology industry, Benny Cohen combines a deep passion for technology with extensive field experience. With a B.Sc. in Electronics Engineering and an M.Sc. in Communication Engineering, he has spent over 20 years developing software and hardware systems, including the last few years focusing on the cybersecurity industry. In addition to his role as the company founder & CEO, Benny also operates as a hands-on practitioner who specializes in penetration testing and has conducted significant security assessments for leading enterprises and security companies worldwide. His approachable teaching style and real-world expertise make learning both engaging and relevant.
Real Time Embedded Linux Certification
Students must complete the following to be eligible for certification:
- Participation in at least 80% of the course hours
- Submission of a final project / final exam with a score of 70 and above
- Obligation to submit course assignments, including exercises, homework, and projects
Career Advisory
As part of the professional experience each graduate undergoes we help in integrating them into the high-tech world through our job search assistance, personalized resume building, and placement in a technology company.
1
Curriculum customization
We'll help you choose and structure the right program most suitable for your needs and career aspirations.
2
Tech Training
Students who start with no prior knowledge of the field will receive the fundamentals required to complete the course.
3
Final Project
Working on your course project and internship with experienced developers.
4
Internship
Get real-world experience adapted to industry standards and requirements with our team of industry-leading engineers.
5
Job Interview
Graduates get resume-building assistance, interview simulations and career guidance.
What do our graduates say?
Shaked Laivo
Full Stack course graduate
I got to work with innovative tools and techniques available in today’s industry. I wanted an institution that’ll assist me not only with the learning process but also as a junior in a very high-demand market, take me step by step to set foot in the door. That what made all the difference when I graduated and got several fullstack developer offers.
Lina Tomkov
Automation course graduate
Automation Engineer, Mohican Lab
I was invited to work at the academy’s engineering department as an intern and then joined the team as an Automation engineer. I got to apply a lot of scenarios I experienced during the classes and found the hands on practice I needed
Dima Solomianik
Real Time Embedded course graduate
RT Embedded Engineer, HP
After completing the course I moved onto the job interview preparation process in which I got valuable insights about what employers search for when seeking a talent to take on the role confident in the skills and experience I gained as a student. I got 3 high tech companies getting back to me to proceed to the next level
Alex K.
Real Time Embedded course graduate
Linux Kernel Developer
The Embedded systems course was very detailed and relevant as I got to work on actual client projects that show industry challenges. I now work as an embedded engineer and the skills I gained are directly applicable to my daily work.
Mia S.
Cybersecurity course graduate
Incident Response Specialist
The Cybersecurity program was good and also up to date, new tools and threats I read about were given as current examples. The additional interview preparation helped me get into a the dev team I’m in now.
Sarah L.
Machine Learning course graduate
AI/ML developer
The Machine Learning course was super practical, from hardcore algorithms to the ethics of AI. Thanks to the professional connections I met during school got me several job offers to check right after I graduate
Tom R.
Full Stack course graduate
Full Stack developer
I basically came as a coding newbie and found the fullstack development course structured. The project-based learning approach was particularly effective. The career support post-graduation was exceptional. I'm now employed as a junior full-stack developer at a health-tech startup, building meaningful applications.
James H.
DevOps course graduate
DevOps developer, Quali
Switching to DevOps seemed stressing at the time but the course was well built to take you from start to bottom.
David M.
Embedded System course graduate
Embedded System engineer
Didn’t realy know what I wanted to focus on when applied but my career advisor laid the options down so we could see what’s a good fit for me professionally. I got into the embedded system program and feel good with this path.
Emma W.
IT course graduate
Linux Administrator, HP
The Linux course really upped my game. The labs were great, I got to see work processes you don’t get only in school.
Our graduates work here
FAQ
In which companies and roles can one integrate after completing the training program?
After completing the Real Time Embedded Linux program, participants can potentially integrate into various companies and roles within the technology industry.
Some potential options include positions as Real Time Embedded Software Engineers, Firmware Developers, Embedded Systems Engineers, IoT Developers, and positions related to real-time systems and software development.
Companies in industries such as automotive, telecommunications, consumer electronics, medical devices, and more often seek professionals with expertise in Real Time Embedded development.
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Are there homework assignments, exams, or projects?
The training program for Embedded Systems development places a strong emphasis on practical work and gaining experience in development. Throughout the training program, there will be homework assignments, exercises, and projects aimed at building a portfolio in order to accumulate the necessary experience for working in the field upon completing the studies.
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What are the admission requirements for the Real Time Embedded Linux program?
The admission requirements for the Real Time Embedded Linux program are as follows:
1. Basic computer skills.
2. Some experience in C programming — an advantage, but not mandatory.
3. Background and/or experience in programming languages is an advantage.
4. Professional knowledge interview.
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