Online Course – Certified Professional Internship in Real-Time Embedded Systems from the University of Colorado Boulder

Enhance your career with expertise in real-time systems. Learn real-time theory, analysis and design methods, and put them into practice.

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Professional Certificate

Intermediate level

No prior knowledge required

Time to complete the course

7-day free trial

No unnecessary risks

Skills you will acquire in the course

  • Probability of malfunctions
  • Monotonic rhythm analysis
  • Real-time operating system (RTOS)
  • Linux on embedded systems
  • Asymmetric multi-core processing

What you will learn in the course

Courses for which the course is suitable

  • Real-time systems analyst
  • Real-time systems designer
  • Hardware Engineer
  • Software Engineer
  • Embedded systems expert
  • Software developer for RTOS systems
  • Computer Vision Expert
  • Telecommunications Engineer
  • Medical Systems Engineer
  • Transportation Systems Engineer
  • Energy Systems Engineer
  • FPGA Solutions Developer
  • GP-GPU developer
  • Multi-core Systems Engineer

Expertise – a series of four courses

Real-Time Embedded Systems Expertise is a four-course series that takes you from a beginner to a more advanced systems analyst and designer. The knowledge and experience you will gain in challenging topics such as:

  • Anticipated response services
  • When to assign requirements to hardware or software
  • Mission-critical design

Your engineering skills will be honed. You will gain experience building a simple, yet real system project with real-time challenges that will boost your confidence. The hardware for a hands-on project at home is:

  • Affordable
  • Easily available
  • Designed for rapid product market methods

The methods of exploitation are:

  • Linux real-time add-ons
  • Open Operating Systems RTOS (Real-Time Operating System)
  • Well-known and proven cyclical programs

After completing all four courses in the series, you will be able to consider yourself an intermediate to advanced expert in real-time systems. This knowledge is invaluable for areas such as:

  • medicine
  • Aviation
  • transport
  • energy
  • Digital entertainment
  • telecommunication
  • And other fascinating career options in the field of transplantation

The series emphasizes the importance of practical practice

and assessment of your learning progress, not only in gaining knowledge, but also in learning how to apply the theory and examine design options and make optimal choices. The unique final project allows you to see the challenges in real time with your own eyes, interactively examine and build a simple system for identification, tracking and synchronization at home.

Hands-on Learning Project

Project work includes a series of exercises on real-time processing and asynchrony, along with analysis and design in the first two courses. The third course provides experience with critical components such as:

  • Error-correcting memory
  • Flash file systems
  • Excess hardware

In the final course, you will combine all the practical aspects of personal design to build a real-time system that you can test at home. The project includes topics such as:

  • Asynchrony
  • Linux kernel modules
  • Computer vision
  • Co-resources
  • Functioning properly under time constraints

You will use Linux-specific real-time extensions and compare the advantages and disadvantages of Linux versus more traditional RTOS systems, cyclical programs, and FPGA options. The experience you gain can be used to further explore:

  • Hybrid FPGA systems (such as Altera and Xilinx)
  • GP-GPU (like NVIDIA)
  • and multi-core expansion (like ARM A and R-Series)
  • As well as microprocessor solutions (ARM M-Series)

Details of the courses that make up the specialization

Real-time embedded systems: concepts and practices

Course 1 • 50 hours • 3.7 (67 ratings)

Course Details
  • What you’ll learn
    • A basic understanding of theory is tested in a time-consuming class, analysis, and practices for embedded systems.
    • Implementing real-time services POSIX threads.
    • The difference between Linux user space and kernel space.
Skills you will gain
  • Category: POSIX Thread
  • Category: C Programming
  • Category: RM LUB (Rate Monotonic Least Upper Bound)
  • Category: Linux on Embedded Systems
  • Category: Multi-core processors

Theory and practice of real-time embedded systems

Course 2 • 60 hours • 4.3 (15 ratings)

Course Details
  • What you’ll learn
    • Methods for analyzing real-time service options with dynamic prioritization.
    • Methods for controlling problems of making an unlimited priority.
    • Preventing and recovering from blockage situations.
    • Preventing and recovering from an unrestricted priority.
Skills you will gain
  • Category: Dynamic and Static Planning Policy
  • Category: Priority Ceiling Protocol
  • Category: Theory of a test lesson
  • Category: EDF (Earliest Deadline First)
  • Category: Priority Inheritance Protocol

Designing critical real-time systems

Course 3 • 50 hours • 4.2 (14 ratings)

Course Details
  • What you’ll learn
    • Using SECDED (Single Error Correction, Double Error Detection) codes for ECC (Error Correction Code) memories.
    • How flash file systems work, along with burn-in levels and write acceleration index.
    • The differences and common features of high availability and high reliability.
    • Methods and design for dual hardware with cross-connect and recovery.
Skills you will gain
  • Category: High Availability
  • Category: NAND Flash Wear Management
  • Category: Embedded Memory Systems
  • Category: ECC (Error Correction Code)
  • Category: I/O Managers

Real-time project for embedded systems

Course 4 • 48 hours

Course Details
  • What you’ll learn
    • Concepts in real-time system design and function decomposition and identification of key services.
    • Separate I/O from real-time processing to avoid response time anomalies.
    • Using AMP design principles with test lesson policies, analysis, and theory.
    • Using AMP design principles with best-effort appeal and parallel real-time processing.
Skills you will gain
  • Category: Programmer Interface (Computer Science)
  • Category: Exam Lesson Analysis
  • Category: System Troubleshooting
  • Category: Real-time tracking
  • Category: Real-time design