RoboCup Industrial — @Work and the Logistics League

RoboCup's Industrial branch makes less noise than robot football, but it is the most job-relevant part of the event. Here the robot neither plays nor rescues — it works.

RoboCup@Work — the workshop robot

The arena is a small industrial workshop. A mobile robot with an arm must:

collect parts from one station and deliver them to another;
place a part with high precision into a fixture with only millimetres of clearance;
pick a part off a rotating table;
and do all of it in an environment with obstacles and unplanned changes.

The core skill is combining mobile navigation with precise manipulation — exactly what the newest generation of industrial robots does.

The Logistics League (RCLL) — warehouse and production

Here several mobile robots must run a small production line. Machining stations are distributed across the field and each "product" must pass through a specific sequence to be completed. Orders are announced during the match, so robots must decide what to build first.

This is really a scheduling problem: which robot takes which job? How do you avoid conflicts? What if a station is busy? That is precisely the problem solved in robotic warehouses and smart factories — and unlike robot football, the output is directly sellable to industry.

Why it matters for careers

The skills built here — industrial navigation, arm motion planning, multi-robot scheduling, integration with production management systems — are exactly what automation companies hire for. Many teams in these leagues work directly with industry.

For the broader picture, see robotics engineering careers.

Entering from Iran

Both leagues are university level and equipment-heavy. But the underlying concepts — navigation, part-recognition vision and arm control — are learnable in advanced robotics and computer vision courses, and are the genuine prerequisite for entering this branch.

Frequently asked questions

How do @Work and the Logistics League differ?

@Work centres on one robot and manipulation precision; the Logistics League has several robots running a production line on a schedule.

Are these suitable for school students?

No, they are university level — but a student interested in automation should start with foundation robotics and then computer vision.

Which jobs relate to these skills?

Automation engineering, smart production line design, warehouse and logistics robotics, and industrial robot control software.

Want to move into industrial robotics?

Novin Zehn competition teams train from zero to the world stage — in Tehran and live online.