ROBOTICS · 2.5 HOURS
Running a Robotic Cell
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.
About this course
A guarded industrial robot cell, whether it welds, tends a machine, palletises, or assembles, depends on the operator to start it in the right state, notice when its readings move away from normal, and recover or escalate its stops correctly. Many problems begin when a cell is started before the log is read, when normal exists only in someone's head, or when the same stop is recovered again and again without anyone being told.
This course teaches a start of shift in which each step protects the next, a written normal in numbers and observations, the recovery order, and the triggers for escalation. You finish with a signed one-page shift card for your own cell, covering the start, normal, recovery, escalation, handover, and the site procedure it belongs to.
What you will take away
- You will be able to carry out a start of shift that reads the log first and checks the guarding, emergency stops, consumables, program, and first part before anything relies on them.
- You will be able to write what normal looks like for your cell as ranges, such as cycle time and stops per shift with their usual causes, together with things you would see or hear.
- You will be able to compare each reading with written normal and recognise drift by its direction and repetition, before it causes a stop.
- You will be able to recover an ordinary stop in the correct order and to recognise the triggers, such as a repeated stop or a needed change to the program, that mean you escalate instead.
- You will leave with a signed shift card for one cell and the ability to write log entries that give the time, what happened, what was done, and the state of the cell.
Who this course is for
- Operators who run a guarded robot cell during a shift and have already been authorised by their employer and shown its controls and site procedures.
- Cell leaders who want every shift to start, recover, and hand over the cell in the same order and to spot drift before it becomes a stop.
- New technicians who need a clear picture of what normal looks like for a cell and when a stop should be passed to an engineer.
- Supervisors who find that log entries such as sorted it leave the next shift without the facts they need.
What you will do
Each lesson teaches one part of the method, works through a realistic example, and ends with a check on a case you have not seen. The course closes with an assessment and then the piece of work you sign.
- 5lessons with a worked example and a check
- 6scenario questions in the course assessment
- Signedthe shift card, with a record anyone can verify
- 2.5 hoursat your own pace, with progress saved
- 01
Lesson
Start of shift
This lesson explains what the start of shift is for and the order in which each step protects the next, from reading the log to checking the first part, and why it is never the time to change settings. You compare two welding cell starts, then order the start for a machine-tending cell.
- What the start of shift is for
- The order, and why each step protects the next
- Two labels for a start of shift
- What the start of shift is not
You put 6 steps in the order that holds up in practice, with feedback on the sequence.
- 02
Lesson
What normal looks like
This lesson shows how to write normal for your cell as ranges and observations, such as cycle time, stops per shift and their causes, and the sound of the cell, and where those figures come from. You rewrite a vague description, then choose the one a new operator could use.
- Normal is a range you can write down
- Numbers and observations
- Where normal comes from
- Why it matters, and the usual mistake
You compare two versions of the same piece of work, choose the stronger one, and see the reasoning behind the answer.
- 03
Lesson
Drift before a stop
This lesson defines drift as a steady move away from normal that has not yet caused a stop, and explains how direction and repetition separate it from a single odd reading. You read mid-shift readings from a palletising cell, then mark each reading on a welding cell as normal or drift worth noting.
- What drift is
- Two labels for every reading
- What drift is not
- The usual mistake
You mark 4 statements from a realistic case and receive an explanation for each one.
- 04
Lesson
Recover, then escalate
This lesson sets out the recovery order for an ordinary stop and the triggers that mean you escalate instead, such as a repeated stop or a needed change to the program. You read a log of repeated gripper stops, then order the recovery steps for a palletising cell.
- The recovery order
- When you escalate instead
- Two labels for a stop
- Escalating is part of running the cell
You put 6 steps in the order that holds up in practice, with feedback on the sequence.
- 05
Lesson
The log entry
This lesson explains what a log entry must contain, which is the time, what happened, what was done, and the state of the cell, and why feelings and phrases such as sorted it help nobody. You compare two entries about the same stop, then choose the scanner stop entry the next shift could act on.
- What a log entry is
- What a log entry is not
- Writing for the person who reads it next
- The usual mistake
You compare two versions of the same piece of work, choose the stronger one, and see the reasoning behind the answer.
- 06
Course assessment
Running the whole shift
This lesson recaps the four parts of a shift and shows how the log, the written normal, and the repeat limit depend on one another, using one morning on a spot-welding cell. You then apply the method to six new situations, and you need five correct answers to pass.
- The method in one shift
- How the moves depend on each other
- How the assessment works
You judge 6 new workplace situations, with feedback on every option, and need 5 correct to pass.
- 07
Final work and signed record
The shift card
This final lesson sets out the six parts of the shift card and explains that it sits beside the site procedure without replacing it or authorising anyone to operate the cell. You write the card for a cell you run or will run, and sign it as your record.
- One page for one cell
- What the card is not
- How each part is checked
You write the shift card for your own work, part by part, and sign it as your record.
GOOD WORK.THE SHIFT CARD, SIGNED.
WHAT CHANGES
What the course changes for you and your organisation.
- 01
Problems caught before the stop
A written normal lets anyone on the shift see a cycle time creeping up or a stop returning more often each hour. Your organisation acts while there is still time, before scrap is made, tooling is damaged, or someone has a near miss.
- 02
Repeated faults reach an engineer
The shift card sets the number of repeats after which the operator stops recovering and calls for help. Engineers then receive a clear pattern to work from instead of discovering a problem that was quietly reset many times.
- 03
Every shift starts the same way
The card puts the start, recovery, and handover in one order for one cell, so a new operator who has been shown the cell can follow it. Log entries written to the course standard mean the next shift can carry on without having to phone the last one.
- 04
Every unplanned stop costs
Siemens estimates that an hour of unplanned downtime can cost a smaller manufacturer up to $150,000 at the top end. Operators who start a cell in the right order and notice drift before it becomes a stop protect output that an employer has already paid for.
QUESTIONS
Questions about Running a Robotic Cell
- What is Running a Robotic Cell about?
- A guarded industrial robot cell, whether it welds, tends a machine, palletises, or assembles, depends on the operator to start it in the right state, notice when its readings move away from normal, and recover or escalate its stops correctly. Many problems begin when a cell is started before the log is read, when normal exists only in someone's head, or when the same stop is recovered again and again without anyone being told. This course teaches a start of shift in which each step protects the next, a written normal in numbers and observations, the recovery order, and the triggers for escalation. You finish with a signed one-page shift card for your own cell, covering the start, normal, recovery, escalation, handover, and the site procedure it belongs to.
- Who is Running a Robotic Cell for?
- Operators who run a guarded robot cell during a shift and have already been authorised by their employer and shown its controls and site procedures. Cell leaders who want every shift to start, recover, and hand over the cell in the same order and to spot drift before it becomes a stop. New technicians who need a clear picture of what normal looks like for a cell and when a stop should be passed to an engineer. Supervisors who find that log entries such as sorted it leave the next shift without the facts they need. No specialist background is assumed, and every term is explained before it is used.
- What will I be able to do after Running a Robotic Cell?
- You will be able to carry out a start of shift that reads the log first and checks the guarding, emergency stops, consumables, program, and first part before anything relies on them. You will be able to write what normal looks like for your cell as ranges, such as cycle time and stops per shift with their usual causes, together with things you would see or hear. You will be able to compare each reading with written normal and recognise drift by its direction and repetition, before it causes a stop. You will be able to recover an ordinary stop in the correct order and to recognise the triggers, such as a repeated stop or a needed change to the program, that mean you escalate instead. You will leave with a signed shift card for one cell and the ability to write log entries that give the time, what happened, what was done, and the state of the cell.
- How long does the course take, and how is it taught?
- The course takes about 2.5 hours and is studied online at your own pace. It has 5 lessons, each with a worked example, a practice exercise, and a check on a new case, followed by a course assessment of 6 scenario questions in which you need 5 correct to pass. Your progress is saved to your account.
- Do I get a certificate?
- Yes. When you pass, you sign a record that names you, the course, and the shift card. Anyone you share it with can verify it online and download it as a PDF. The record confirms what you completed and does not claim compliance with any regulation.
- How much does it cost, and when can I start?
- The course costs £129, paid once by card through Stripe. Access begins as soon as payment is confirmed, and you can save a sign-in to return to the course from any device.
- Can my organisation train a whole team?
- Yes. Individuals can buy any self-paced course online, and organisations can book trainer-led courses for teams, in person or online, through the Experrt Academy.
More robotics courses are listed on the self-paced robotics and automation courses for non-engineers page.
THERE IS A NEXT CHAPTER.
Start today, and finish with
the shift card your organisation can use.
Checkout takes an email address and a card, and access begins as soon as payment is confirmed. When you finish, you sign a record that names you and the shift card, which anyone you choose can verify online. The record confirms what you completed and does not claim compliance with any regulation.