Certified Robotics & Autonomous Systems Professional
Design, build, and field-deploy real robotic and autonomous systems, independently.
About 140 hours of real coursework
Enroll in this PathwayCertified Robotics & Autonomous Systems Professional
Finishing every course is not what earns this credential. You earn it by demonstrating all 19 required competencies through real, assessed evidence, then bringing them together in the Project below — reviewed end to end, not graded on attendance.
Professional & Solution Architecture
- Identify the Underlying Problem
- Distinguish Problem from Proposed Solution
- Identify Stakeholders and Constraints
- Produce a Defensible Problem Statement
- Elicit Functional Requirements
- Identify Non-Functional Requirements
- Prioritize and Resolve Requirement Conflicts
- Produce Structured Requirements Documentation
- Decompose Requirements into Components
- Define Structure and Component Relationships
- Evaluate Architectural Trade-offs
- Document Architectural Decisions
- Document Interfaces and Dependencies
- Produce Professional-Facing Documentation
Professional Practice
- Requirements Interpretation & Communication
- Estimation & Planning
- Stakeholder Communication
- Professional Presentation & Defense
- Handover & Knowledge Transfer
Course Sequence
"A 4-6 month realistic robotics project: problem definition, system design, build and integration, testing under real-world constraints, and stakeholder/user communication. Real-world constraints (hardware sourcing, safety requirements, timeline), not a classroom exercise."
Included Modules
"Job search and portfolio presentation; the real differences between robotics engineer, embedded systems engineer, and field robotics roles; interviewing skills for robotics roles; the entry-level robotics role salary and opportunity landscape."
Included Modules
Skills Gained
- Embedded systems programming
- Sensor and actuator integration
- Robot power and battery system design
- Control systems design
- Robotics middleware architecture
- Sensor fusion and localization
- Field deployment and reliability engineering
- Safety-critical system design
Professional Competencies
- • Requirements elicitation and stakeholder communication
- • Distinguishing the real problem from a proposed solution
- • Decomposing complex requirements into manageable components
- • System architecture design and trade-off evaluation
- • Documenting architectural decisions, interfaces, and dependencies
- • Structured requirements and technical documentation
- • Project estimation and planning
- • Professional presentation and defense of technical work
- • Knowledge transfer and project handover
Industry Tools
Integrated Robotics & Autonomous Systems Project
One physical/autonomous system, architected, built, integrated, tested, documented and defended. Draft -- awaiting real Embedded & Mechatronic Systems curriculum.
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1
Discover
Physical/Autonomous Systems Problem Definition
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2
Define
System Requirements Specification
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3
Architect
Systems Architecture (hardware, software, control loop)
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4
Engineer
Working prototype (hardware build + embedded software)
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5
Execute
Field-tested system (deployment, sensor/actuator validation)
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6
Professionalize
Full documentation/handover package
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7
Defend
Live panel defense
Ready to Start?
This program is part of the Robotics & Autonomous Systems Architect Pathway. You'll pick your starting cohort for Certified Robotics & Autonomous Systems Professional — the first program in the pathway — on the next step.
Reserve Your Spot