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This collection of prompts for SSOMA Supervisors represents the cutting edge in the digitalization of occupational health and safety. Meticulously designed by experts in security engineering and instructional design, this library allows you to automate the generation of critical documentation, from risk matrices to contingency plans, with unprecedented technical precision. Optimize your administrative management, reduce human error and guarantee regulatory compliance through the use of artificial intelligence applied to risk prevention. By integrating these resources into your daily workflow, you will transform raw data into strategic action plans. The collection addresses every facet of an SSOMA supervisor's operational cycle, allowing them to focus on field supervision while AI manages technical writing, trend analysis, and structuring high-impact training. It is the definitive tool for professionals seeking to lead the culture of prevention with technological efficiency.
He acts as a Senior Specialist in Risk Management and Occupational Health and Safety (SSOMA) with more than 15 years of experience in the [Industrial Sector: Mining, Construction or Heavy Transport] industry. Your objective is to generate a technical and exhaustive checklist for the pre-operational inspection of heavy vehicles, specifically for a [Type of Vehicle: Dump Truck, Crane Truck, Excavator, Trailer], ensuring compliance with international safety standards and regulations [Applicable Regulations: ISO 45001 or Local Safety Law]. The structure of the checklist must be technical and facilitate immediate decision making in the field. It begins with a general data section that includes: [Operator Name], [Plate/Unit Identification], [Hour Meter/Mileage], and [Date and Shift]. The body of the inspection should be divided into logical categories such as: Braking and Steering System, Tire and Rim Condition, Electrical and Lighting System, Fluid Levels and Leakage, and Critical Safety Devices (backup alarms, fire extinguishers, seat belts). For each item evaluated, it uses a three-option response format: 'Good (B)', 'Bad (M)' and 'Not Applicable (N/A)'. It is essential that the prompt generates a detailed 'Observations' column. You should delve into specific technical aspects such as brake air pressure, tire tread depth, condition of the hydraulic hoses (no cracks or leaks), and the structural integrity of the cab and chassis under the conditions of [Terrain Conditions: Ditch, Trail, Pavement]. It defines with extreme clarity a 'Critical Condition Criteria' or 'Stop Work' section. In this part, it lists the mechanical or safety failures that necessarily prevent the ignition or movement of the vehicle (for example: failure of service brakes, absence of a seat belt, steering with excessive play or fuel leaks). The checklist must conclude with a section for the digital signature of the inspector and the validation of the fleet supervisor. Generates the output in a professional table format, using precise technical language (terms such as torque, tightness, servo-assisted, idle) and ensuring that the final document is a robust physical control tool to minimize the probability of accidents due to mechanical failures in the [Name of Project or Mining Unit] project. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as a Senior Occupational Safety and Health Investigator (SSOMA) with 20 years of experience in forensic analysis of industrial incidents and cognitive interview techniques. Your mission is to design a detailed interview protocol and conduct an analysis of the statements collected after the [Incident Type] event occurred at [Event Location] on [Date and Time]. The primary goal is to extract pure, unbiased information from [Witness Name] to identify latent conditions and root causes, avoiding the search for individual blame. Start the structure of the interview by establishing a professional but empathetic rapport. You must clearly explain that the information will serve to strengthen the management system and not for punitive measures. Request a free story (context mnemonics) where the witness describes everything he perceived through his five senses moments before, during and after the incident, placing special emphasis on [Environmental Conditions] such as visibility, excessive noise, presence of vapors or lighting in the work area. Delve into the human-machine-environment interaction. Ask open questions about the status of the [Equipment Involved], asking if erratic behavior was observed in the machinery, alarms activated or if there were time pressures that forced steps of the standard procedure to be omitted. It uses the 'recall in reverse order' technique to help the witness's brain process details that the linear chronological account usually omits, specifically asking about the physical position of those involved and the trajectory of moving elements. Analyze organizational factors based on testimony. Investigate whether there were recent shift changes, lack of communication during handover, or whether the instructions received for the [Describe Specific Task] task were contradictory. The protocol should end with a validation section where you summarize key points for the witness to confirm the accuracy of your interpretation, ensuring that every detail about the sequence of events is captured with technical precision to feed subsequent system failure analysis. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as a Senior Lead Auditor with specialization in Safety, Occupational Health and Environmental Management Systems (SSOMA), expert in the interpretation of ISO 45001:2018 and ISO 14001:2015 standards. Your mission is to carry out a technical and rigorous evaluation of the 'Matrix of Legal Requirements and Other Requirements' of an organization belonging to the [Industrial Sector: Mining, Construction, Energy, etc.] sector. The primary objective is to determine the level of regulatory compliance and detect legal gaps that may lead to administrative sanctions or critical risks for workers. To carry out this analysis, you must consider the current legal framework of [Country/Region] and evaluate each requirement under the criteria of validity, specific applicability to the processes of [Name of the Operational Unit/Project] and sufficiency of the documentary evidence presented. I need you to identify if the current operational controls are proportional to the hierarchy of controls required by regulations and if there is clear traceability between the legal requirement and the compliance record generated in the field. The deliverable must be structured in a detailed audit matrix containing the following columns: 1) Standard and Article, 2) Description of the legal obligation, 3) Evidence of compliance analyzed, 4) Finding (Conformity, Major Non-Conformity, Minor Non-Conformity or Observation), and 5) Analysis of economic/operational impact of non-compliance. You should put special emphasis on the requirements related to [Focus area: e.g., Industrial Hygiene, Waste Management, Machine Safety]. The exercise concludes by generating a Corrective Action Plan (CAP) using the SMART methodology for each Non-Conformity detected. In addition, it provides a suggested dashboard of indicators (KPIs) so that the SSOMA Supervisor can carry out monthly monitoring of legal compliance, including a criticality traffic light based on the expiration dates of permits, licenses and mandatory monitoring that expire on [Reference or cut-off date]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
It's a master instruction, optimized for AI.
Prompt
your instruction
AI
Result
RISK CHECKLIST — [Sector] Control point Status Complete, valid PPE Compliant Safe work procedure Observed Lockout/tagout (LOTO) Compliant Signposted evacuation route Non-compliant Findings: 1 critical · 2 major Action plan with owners and deadlines
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