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Part of the Robotics & Autonomous Systems Architect Pathway

Certified Robotics & Autonomous Systems Specialist

Embedded Systems & Control

Real-time embedded systems and advanced control design for robotics.

About 106 hours of real coursework

Enroll in this Pathway
The Credential

Certified Robotics & Autonomous Systems Specialist — Embedded Systems & Control

Finishing every course is not what earns this credential. You earn it by demonstrating all 2 required competencies through real, assessed evidence, then bringing them together in the Project below — reviewed end to end, not graded on attendance.

Embedded & Mechatronic Systems

  • Real-Time Operating Systems & Embedded Architecture
  • Advanced Control Systems Design

Course Sequence

"Beyond a single microcontroller program: real-time operating system concepts, task scheduling, interrupt-driven design patterns, and the memory/resource management real embedded robotic systems depend on."

Included Modules
RTOS Concepts & Task Scheduling
Interrupt-Driven & Real-Time Design Patterns
Memory & Resource Management in Embedded Systems
FreeRTOS & Zephyr: A Practical Comparison

"Beyond single-loop PID: real state-space control and system modeling, sensor fusion for control, and adaptive/robust control techniques for systems that face real-world uncertainty."

Included Modules
State-Space Control & System Modeling
Sensor Fusion for Control
Adaptive & Robust Control Techniques
State Estimation with Kalman Filtering

"RTOS bugs are often timing bugs invisible to normal testing. Real debugging tools and techniques, profiling for real-time performance, and finding race conditions and missed deadlines in practice."

Included Modules
Debugging Tools for Embedded & RTOS Systems
Profiling for Real-Time Performance
Finding Race Conditions & Missed Deadlines
JTAG/SWD Hardware Debugging Tools

"Beyond linear state-space control: real nonlinear control challenges robots actually face, and a genuine introduction to model predictive control (MPC) as a practical technique, not just theory."

Included Modules
Nonlinear Control Challenges in Real Robots
Model Predictive Control (MPC) Fundamentals
Applying MPC to a Real Control Problem
MPC Solvers & Real-World Tuning

Skills Gained

  • Real-time OS configuration
  • Advanced control system design
  • Embedded systems debugging and profiling
  • Nonlinear and model predictive control implementation

Professional Competencies

  • • Real-time embedded architecture
  • • Advanced control systems engineering

Industry Tools

FreeRTOS / Zephyr JTAG/SWD debuggers MATLAB / Simulink Oscilloscopes and logic analyzers
The Project

Embedded Systems & Control Portfolio Project

Independent specialization capstone -- demonstrates the RASA-EMBED specialization's own competencies. Earned completely independently of any other RASA-Specialize specialization.

  1. 1

    Execute

    Embedded Systems & Control Portfolio Project

Ready to Start?

This program is part of the Robotics & Autonomous Systems Architect — Specialize Pathway. You'll pick your starting cohort for Certified Robotics & Autonomous Systems Specialist — Embedded Systems & Control — the first program in the pathway — on the next step.

Reserve Your Spot