Technical Knowledge Prompts

Help me with building energy-analysis learning. Task: Build an energy baseline with operating hours and boundary assumptions. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with building energy-analysis learning. Task: Compare absolute consumption with normalized consumption. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with building energy-analysis learning. Task: Identify missing data before claiming energy savings. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with building energy-analysis learning. Task: Create a before-and-after analysis that flags confounding changes. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with building energy-analysis learning. Task: Explain demand and consumption using consistent units. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with building energy-analysis learning. Task: Rank energy-study questions by available evidence and uncertainty. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with building energy-analysis learning. Task: Compare retrofit scenarios using supplied costs and assumptions. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with building energy-analysis learning. Task: Build an energy-balance table with unmeasured terms marked. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with building energy-analysis learning. Task: Draft a measurement plan to test one efficiency hypothesis. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with building energy-analysis learning. Task: Audit a savings claim for double counting and omitted interactions. My inputs: [metered data]; [operating schedule]; [weather context]; [system boundary]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with equipment manual and datasheet review. Task: Extract operating limits with their exact source locations. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with equipment manual and datasheet review. Task: Create a model-specific terminology table from the manual. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with equipment manual and datasheet review. Task: Compare two datasheets without assuming similarly named models match. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with equipment manual and datasheet review. Task: Build a warning-and-prerequisite summary for authorized review. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with equipment manual and datasheet review. Task: Build a question-to-source gap report when relevant manual pages are missing. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]; [technical questions available manual pages and known missing sections]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with equipment manual and datasheet review. Task: Separate manufacturer instructions from third-party interpretations. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with equipment manual and datasheet review. Task: Draft a support inquiry listing unresolved model-specific details. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with equipment manual and datasheet review. Task: Create a manual revision comparison with affected requirements. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with equipment manual and datasheet review. Task: Audit a specification claim against the actual nameplate and manual. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with equipment manual and datasheet review. Task: Build a maintenance-reference index without adding unprovided procedures. My inputs: [exact model]; [manual excerpts and revision]; [intended application]; [question]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with technical root-cause analysis. Task: Build a cause hypothesis table with supporting and opposing evidence. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with technical root-cause analysis. Task: Separate the initiating fault from contributing conditions. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with technical root-cause analysis. Task: Create an incident timeline marking unknown event times. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with technical root-cause analysis. Task: Audit a causal chain for jumps unsupported by the incident evidence. My inputs: [incident timeline]; [observations]; [test records]; [system context]; [the proposed causal chain with evidence for each link]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with technical root-cause analysis. Task: Compare several explanations for the same recorded symptom. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with technical root-cause analysis. Task: Design a discriminating evidence plan for competing hypotheses. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with technical root-cause analysis. Task: Identify correlation that is being mistaken for root cause. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with technical root-cause analysis. Task: Create an evidence-strength scale for a technical investigation. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with technical root-cause analysis. Task: Draft a corrective-action proposal linked to a verified cause. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with technical root-cause analysis. Task: Build a recurrence check that measures the original symptom. My inputs: [incident timeline]; [observations]; [test records]; [system context]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with technical quality inspection records. Task: Create an inspection record separating observation and acceptance decision. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with technical quality inspection records. Task: Build a nonconformance log with requirement and evidence references. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with technical quality inspection records. Task: Compare an inspection checklist with supplied project specifications. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with technical quality inspection records. Task: Audit photo captions for claims not visible in the evidence. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with technical quality inspection records. Task: Create a punch-list priority table using stated project criteria. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with technical quality inspection records. Task: Draft a closure-evidence checklist for one documented defect. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with technical quality inspection records. Task: Review an inspection report for missing location and item identity. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with technical quality inspection records. Task: Build a sampling-record template without overstating full coverage. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with technical quality inspection records. Task: Compare recurring defects across anonymized inspection records. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with technical quality inspection records. Task: Draft an inspection handover note listing unresolved questions. My inputs: [inspection checklist]; [evidence photos described in text]; [criteria]; [item register]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with workshop safety documentation learning. Task: Create a safety vocabulary guide from supplied approved procedures. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with workshop safety documentation learning. Task: Separate hazards consequences and controls in a fictional scenario. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with workshop safety documentation learning. Task: Build a pre-task question list for the authorized supervisor. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with workshop safety documentation learning. Task: Review a safety briefing for unclear responsibilities and stop conditions. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with workshop safety documentation learning. Task: Explain why protective equipment does not replace hazard controls. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with workshop safety documentation learning. Task: Create a near-miss report template using factual observations. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with workshop safety documentation learning. Task: Compare routine training tasks with tasks requiring specialist authorization. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with workshop safety documentation learning. Task: Draft a safety-documentation checklist without inventing legal requirements. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with workshop safety documentation learning. Task: Identify missing prerequisites in an equipment-training plan. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with workshop safety documentation learning. Task: Create a discussion exercise about reporting uncertainty and stopping work. My inputs: [approved safety rules]; [task description]; [training level]; [site constraints]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.