🏭⚠️ Scenario: Your company is considering replacing manual quality checks with robots. What would you recommend? Words to use: accuracy – investment – risk
🤖 I’d recommend starting with a small pilot project to check accuracy. It’s a big investment, so we should minimise the risk before scaling.
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fairy
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rocket
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🤖💬 Opinion: Should robots be allowed to make independent decisions in industrial environments? Words to use: autonomy – oversight – consequences
⚙️ Robots can have autonomy for simple tasks, but human oversight is essential when consequences could be serious.
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🎭💼 Roleplay: A project manager and an automation engineer discuss whether to upgrade to a new robotic arm.
Words to use: deployment – budget – downtime – efficiency – testing – reliability
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🛠️⚙️ Scenario: Your robot repeatedly fails during remote commissioning abroad. Explain how you manage the situation. Words to use: coordinate – troubleshoot – escalate
🌍 I’d coordinate with the local team, troubleshoot remotely, and escalate to HQ if we need deeper technical support.
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📌 Quote: “Programming is not about typing, it’s about thinking.” — Rich Hickey. 📝 Words to use: logic – complexity – approach
What part of your job requires the most thinking rather than coding? Do you think automation programmers need stronger problem-solving or stronger technical sk
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🧩⚖️ Dilemma: A robot improves productivity by 30%, but workers fear job loss. What should management do? Words to use: communicate – reassure – restructure
💼 Management should communicate clearly, reassure employees about new roles, and restructure tasks so humans focus on higher-value work.
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⚖️🔋 Dilemma: Your robot consumes more energy than expected. Do you keep it or replace it? Words to use: cost-benefit – sustainability – upgrade
🌱 I’d do a cost-benefit analysis. If an upgrade reduces energy use, it may be better than a full replacement.
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🏗️🌍 Scenario: You are in another country doing commissioning. The robot malfunctions during testing. Explain your next steps. Words to use: diagnose – protocol – collaborate
🔧 First I would diagnose the issue following the safety protocol, then collaborate with the local team to fix it quickly.
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⚖️🧠 Dilemma: Your client wants the cheapest robot, but your team knows it's unreliable. What do you advise? Words to use: long-term – maintenance – performance
💡 I’d explain the long-term impact: higher maintenance costs and weaker performance. A reliable model saves money over time.
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📌 Quote: “Robots don’t take jobs. They take tasks.” — Unknown. 📝 Words to use: repetitive – efficiency – added value
Which repetitive tasks in your company could robots take over? How could automation allow programmers to focus on more valuable work?
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🧭🛠️ Scenario: You're training a new employee to work with a robot. What key advice do you give? Words to use: safety – procedure – reliability
📘 I’d emphasise safety procedures first, then reliability checks, and finally how to restart the system after errors.
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🎭🌍 Roleplay: You are negotiating with a supplier about delivery delays of robotic components.
Words to use: lead time – penalty – contract – urgency – shipment – alternatives
