← Back Explore the Robotics & Industry 4.0 category

Training Robotic Architecture - Modularity and Maintainability

Course created on October 17, 2026

$4,620

4 days
Onsite
10 people max.

Request a quote See the program

Ref: ANO769

10 people max.

$4,620

In-company rate: from $7,865 for the whole team

On-site and certification exam on quote

4 days

Onsite

Don't let this gap widen

Why this program matters

Without this upskilling, your team accumulates a technological gap that translates directly into productivity loss.
Organizations that don't train their talents on key topics see their competitiveness drop.
Every quarter without training is a gap widening with competitors who invest.
The cost of inaction quickly exceeds that of well-targeted training.

Trusted by — schools, companies and industrial groups

25,806 programs · 25 countries

Every program built with a dedicated engineer

Companies: Aptar, ArcelorMittal, Equans, EDF, Ubisoft and Microsoft.

Robotic Architecture training objectives

Master the software architecture of a robot to break it into packages with clear responsibilities, manage dependencies and ensure enterprise maintainability.
Develop effective isolation of the hardware layer to support multiple robot variants without major refactoring.
Design interfaces between teams and enforce them through automated tests integrated into the development pipeline.
Implement rigorous management of external dependencies and their versioning to ensure deliverable stability.
Optimize architecture documentation so that a new team member can locate and modify a function without reading the entire repository.
Deploy measurement practices (latency, message loss, processor load) on real hardware targets to validate each package.

Robotic Architecture curriculum: 4 modules over 4 days

Module 1 : Package breakdown and responsibilities (ROS2, colcon)

Analysis of a real robot to identify functional boundaries. Creation of ROS2 packages with directed dependencies, unit tests and continuous integration. Exercises on latency and processor load measurement. Deliverable: reusable and documented package structure for a robotic arm.

Module 2 : Hardware layer isolation (URDF, hardware interface)

Design of a hardware abstraction supporting multiple robot variants. Implementation of standardized interfaces and measurements on physical targets. Concrete cases of migration between simulator and real robot. Deliverable: isolated and independently testable hardware layer.

Module 3 : Inter-team interfaces and tests (pytest, launch files)

Definition and contractualization of interfaces between packages. Setup of integration tests and API contracts. Workshops on early regression detection. Deliverable: automated test suite validating contracts between modules.

Module 4 : Dependencies, versioning and documentation (ament, sphinx)

Advanced management of external dependencies and their versioning. Drafting of architecture documentation usable by new team members. Final review on a complete repository. Deliverable: structured, documented repository ready for handover to a new team.

How Robotic Architecture skills are assessed

MCQ validating modular architecture concepts
Code review and group final project presentation
Deliverable evaluation grid based on maintainability criteria

How the Robotic Architecture course is taught

Hands-on workshops on real robots or hardware targets
Concrete performance measurements at each stage
Pair work with cross code reviews
Simulation of code handover to a third party

Robotic Architecture training: access and practical arrangements

The Training Robotic Architecture - Modularity and Maintainability program is delivered onsite or remote (blended-learning, virtual classroom, remote presence). At Learni, an industry-certified training organization, every program is built to maximize skills acquisition regardless of the chosen format.

The trainer alternates between demonstrative, interrogative and active methods (through hands-on labs and/or scenarios). This pedagogical approach guarantees concrete learning that's immediately applicable at work.

Equipment required

For the smooth delivery of the Training Robotic Architecture - Modularity and Maintainability program, the following equipment is required:

Mac or PC computers, high-speed fiber internet, whiteboard or flipchart, projector or interactive touch screen (for remote sessions)
Training environments installed on workstations or accessible online
Course materials, hands-on exercises and complementary resources
Post-training access to materials and educational resources

For intra-company training on a site outside Learni, the client commits to providing all required teaching materials (computers, internet, etc.) for the smooth delivery of the program in line with the prerequisites in the communicated program.

* contact us for remote delivery feasibility** ratio varies depending on the program

Skills assessment methods

Assessment of skills acquired during the Training Robotic Architecture - Modularity and Maintainability program is performed through:

During training: case studies, hands-on labs and professional scenarios
End of training: self-assessment questionnaire and skills evaluation by the trainer
After training: completion certificate detailing acquired skills

Program accessibility

Learni is committed to making its programs accessible. All our programs are accessible to people with disabilities. Our teams are available to adapt the pedagogical methods to your specific needs. Please contact us for any adjustment request.

Enrollment terms and lead times

Registration is possible up to 48 business hours before the start of training. All our programs are built for corporate L&D budgets and delivered onsite or remotely.

The Learni story

Founded by engineers and learning experts, Learni's mission is to make high-impact tech training accessible to teams everywhere. We work remotely with organizations across the US and Canada, in your time zone, to help teams upskill fast.

Our method

How Learni guarantees the quality of your Robotic Architecture training

Before, during, after: we frame the brief, introduce the trainer, tailor the content and measure impact. You stay in control from kickoff to wrap-up.

Step 1

Rigorous trainer selection

Each trainer is validated on three criteria: hands-on field expertise, proven pedagogy and alignment with your industry.

Triple validation: technical, pedagogical, sectoral.
Minimum rating 4.8/5 over the last 12 sessions.

Step 2

You meet the trainer beforehand

30-minute video call between you and the selected trainer to validate the fit, adjust content and clear any final doubts.

Live briefing on goals and team context.
Veto right — we swap the trainer for free if needed.

Step 3

Content tailored to your context

No recycled slides. The syllabus is reworked from your real cases: tools, constraints, vocabulary, ongoing projects.

Hands-on cases drawn from your stack and projects.
Program co-written then validated by your team.

Step 4

Continuous quality follow-up

Live evaluations, 30/90/180-day check-ins and a consolidation plan. If the impact misses the mark, we rework it.

NPS, knowledge quizzes and skills self-assessment.
Satisfaction guarantee: fully satisfied or free rework.

A simple promise: you don't pay to discover the trainer on day one. Everything is validated upfront, by you.

A child walking to school with a backpack

Our social commitment

A school kit donated to a child for every training booked

To fight inequalities in access to education, Learni donates a complete school kit to a child in need for every training booked. You build your skills, a child heads back to school.

Backpack, notebooks and essential supplies
Distributed through our partner charities
Included, at no extra cost to you

Enroll and offer a kit

FAQ

Robotic Architecture: frequently asked questions

Which tools are used in Robotic Architecture training?+

Hands-on work runs on ROS2, colcon, URDF, hardware interface, pytest and launch files. Those tools come from the Robotic Architecture program itself, delivered on site over 4 days, so participants practise on the stack they will use at work.

What can participants do after Robotic Architecture training?+

They can master the software architecture of a robot to break it into packages with clear responsibilities, manage dependencies and ensure enterprise maintainability, develop effective isolation of the hardware layer to support multiple robot variants without major refactoring and design interfaces between teams and enforce them through automated tests integrated into the development pipeline. Those are the stated objectives of the Robotic Architecture program at Advanced level, checked by the end-of-session assessment.

What does the Robotic Architecture program cover, day by day?+

Day 1: Package breakdown and responsibilities (ROS2, colcon). Day 2: Hardware layer isolation (URDF, hardware interface). Day 3: Inter-team interfaces and tests (pytest, launch files). Day 4: Dependencies, versioning and documentation (ament, sphinx). The Robotic Architecture program runs over 4 days, delivered on site.

How is Robotic Architecture training assessed?+

Assessment relies on MCQ validating modular architecture concepts, code review and group final project presentation and deliverable evaluation grid based on maintainability criteria. Learni issues a completion certificate together with the individual assessment report at the end of the Robotic Architecture program, which an L&D team can file as evidence.

How much does Robotic Architecture training cost per participant?+

Robotic Architecture training costs $4,620 per participant. For an in-company team, the flat rate starts at $7,865 for the whole group, up to 8 people. The detailed quote, sent within one business day, adjusts the amount to the format and how far the syllabus is tailored to your team.

How long does Robotic Architecture training take?+

4 days, available live online (US time zones) or on-site at your offices. Half-day tracks spread over several weeks are possible so the team stays operational.

Who pays for Robotic Architecture training?+

Most US teams pay directly through their company L&D or training budget. Learni invoices in US dollars and accepts bank transfer (ACH/wire) or card, with volume pricing for teams. A purchase order is welcome.

What do participants need to know before Robotic Architecture training?+

Confirmed mastery of C++ or Python, practical experience with ROS or ROS2, solid knowledge of embedded systems and Git version control.

Is a certificate issued after Robotic Architecture training?+

Yes. A Learni completion certificate is issued, along with the individual evaluation report. Learni is a certified training provider and prepares for third-party certifications, but does not award them itself.

Your professional training, anywhere