Self-paced robotics and automation courses for non-engineers

Robotics for Non-Engineers helps managers, planners and finance partners judge whether a robot could take on part of a process they own, with no engineering background needed. You finish with a one-page brief that ends in a decision of go or not yet, before any money is committed.

Collaborative Robots at Work teaches operators, team leaders and technicians who work alongside a cobot to start, stop and recover it in the right order, and to know when to call for help. You finish with a shift handover note the next shift can trust, so the robot runs safely between teams.

Where a Robot Belongs in the Process teaches process owners, improvement engineers and production managers to break a process into tasks and mark each one for a robot, a person or not yet. You finish with a recommendation you can defend with the facts, so automation goes where it will actually pay.

Preparing a Team for Automation teaches team leaders, operations managers and HR partners to plan for everyone whose work will change when automation arrives. You finish with a preparation brief that states what each group must be able to do, which routines will stop and what is still undecided, so trust survives the change.

Warehouse and Logistics Automation teaches warehouse managers and logistics leads to map one goods flow from arrival to dispatch and separate what is measured from what is assumed. You finish with a one-page map showing where automation would pay and where it would make the flow worse, ready for a meeting with a supplier.

Specifying a Robotics Project teaches engineering managers, project leads and procurement professionals to write a specification for a robot cell that states outcomes rather than equipment. You finish with a one-page specification that sets acceptance measures, names who owns each stop and restart, and leaves a vendor no vague phrases to hide behind.

Robotics Safety and Risk teaches managers and supervisors who walk areas with robots to understand how a cell keeps people safe and spot when a safeguard has been defeated. You finish with a floor walk note recording what you saw, what you asked and what you escalated, so serious issues are raised the same day.

Running a Robotic Cell teaches operators, cell leaders and new technicians to start a robot cell in the right order and notice drift before it becomes a stop. You finish with a one-page shift card for your own cell, so every shift starts, recovers and hands over in the same dependable way.

Vision Systems and Automated Inspection teaches quality engineers and production managers to understand exactly what a camera inspection system is judging and how it can fail without raising an alarm. You finish with an inspection brief that includes a start-of-shift check and what a person must still inspect, so defects are not quietly missed.

Robotics Investment Decisions teaches finance and operations directors to judge a robotics capital request on the process, the full cost of ownership and a realistic ramp-up rather than the brand. You finish with a written review that records the answers to five questions, or says which remain open, before the money is approved.