Revisited from the Foresaw archive. The argument and structure have been updated for this edition.
A repetitive task may look like an obvious candidate for robotics. Yet the task rarely exists in isolation. Materials arrive in inconsistent states, people work nearby, and exceptions interrupt the sequence.
A useful robotics discussion starts by mapping that surrounding work.
Define the operating conditions
Describe the objects, environment, variations, and expected task. Identify what happens when an item is missing, a workspace changes, or the input falls outside the expected range.
These details determine whether the task is predictable enough for the proposed approach and where human judgment is still required.
Design the handoffs
Who prepares the work? Who receives the result? How does a person know the system is ready, paused, or in need of help?
Make the exception path part of the design. A nominally automated process can still create substantial manual work if every unusual input requires an improvised recovery.
Make responsibility explicit
Physical automation needs competent safety assessment for its actual environment and use. Do not infer that a system is appropriate for shared space from a category label or a demonstration.
Define who can change the process, who maintains the equipment, and how operators recognize when to stop the work and seek support.
Evaluate the complete workflow
Consider setup, supervision, recovery, maintenance, and the effect on neighboring tasks. Work with the people who understand the process rather than treating their knowledge as something to remove. The goal is a better operating system for the team, with automation serving a defined role.
Adapted from “The Role of Robotics in the Future of Work: Enhancing Efficiency and Collaboration.”
First published on Foresaw. Reworked for this edition.