skills.rest
ashley-eyekyam
ashley-eyekyamCOMMUNITY
Explore all skills by this author →
GitHub

mine-ventilation-strata-blasting-plan

Generate site-specific mine ventilation, strata-control, and blasting plans with DGMS compliance.

1|Updated Jun 14, 2026
Search Tags:#hierarchy of controls#mine safety#ventilation plan#strata control#blasting plan#hazard ranking#DGMS compliance
One-click install
npx skills add https://github.com/ashley-eyekyam/hse-leadership-skills --skill mine-ventilation-strata-blasting-plan
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: mine-ventilation-strata-blasting-plan
Source: https://github.com/ashley-eyekyam/hse-leadership-skills/tree/main/skills/mine-ventilation-strata-blasting-plan
Command: npx skills add https://github.com/ashley-eyekyam/hse-leadership-skills --skill mine-ventilation-strata-blasting-plan

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) and assets (resource) components.

What problem does it solve?

Generic AI-generated mine safety plans are often rejected by regulators: they are vague, rely on PPE-only controls, lack site-specific parameters, and may leak sensitive personal or health data. This Skill eliminates those failures by forcing structured, site-specific intake, applying the hierarchy of controls, enforcing de-identification, and requiring SME review before any output is shared.

Core Features & Use Cases

  • Structured Site-Specific Intake: Runs a branched, one-question-at-a-time interview to capture exact mine parameters (commodity, mining method, ventilation/strata/blasting details, DGMS region for India) before drafting, rejecting all generic template requests.
  • Hazard-Ranked, Hierarchy-Controlled Plans: Ranks all principal hazards on the organization's risk matrix, applies the full hierarchy of controls (flagging critical controls per ICMM principal-hazard framing), and generates SMART follow-up actions with named owners and due dates.
  • Compliant & De-Identified: Grounds plans in the Mines Act/DGMS plan duties (India) and global standards like ISO 45001, applies mandatory de-identification of all personal/health data, and runs a mandatory domain-expert SME review to ensure defensibility.
  • Use Case: A mine supervisor needs a blasting plan for an opencast coal mine in Chhattisgarh, India. The Skill elicits the exact blast design, exclusion zone, gas regime, and shotfirer sign-off role, produces a DGMS-compliant draft with hierarchy-ranked controls, and escalates any PPE-only hazard treatments for higher-order solutions.

Quick Start

Use the mine-ventilation-strata-blasting-plan skill to draft a site-specific strata-control plan for your underground coal mine by providing the seam geology, depth, support regime, and geotech convergence data when prompted.

Frequently Asked Questions about mine-ventilation-strata-blasting-plan

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I draft a DGMS-compliant mine ventilation plan that avoids generic AI safety templates?▼

To draft a DGMS-compliant mine ventilation plan, you need a structured intake process that captures exact mine parameters, applies the hierarchy of controls, and enforces mandatory SME review before output. This ensures site-specific, regulator-compliant results.

What is the hierarchy of controls in mine safety and how does it apply to strata control plans?▼

The hierarchy of controls in mine safety ranks risk mitigation from elimination to PPE. When applied to strata control plans, it flags critical controls per ICMM principal-hazard framing and escalates any PPE-only hazard treatments for higher-order engineering solutions.

Can I generate a blasting plan for an opencast coal mine without providing detailed blast design specifications?▼

No, you cannot generate a blasting plan without detailed specifications. The process rejects generic template requests and requires structured, site-specific intake of blast design, exclusion zones, gas regime, and shotfirer sign-off role to produce a defensible plan.

Does AI-generated mine safety planning work with ISO 45001 and DGMS statutory plan duties?▼

Yes, AI-generated mine safety planning works with ISO 45001 and DGMS statutory plan duties when grounded in those standards. It enforces mandatory de-identification of personal and health data and requires domain-expert review to ensure regulatory defensibility.

What are the limitations of using standard AI prompting for underground mine ventilation plans?▼

Standard AI prompting for underground mine ventilation plans often produces vague outputs, relies on PPE-only controls, lacks site-specific parameters, and risks leaking sensitive personal or health data, leading to rejection by mining regulators.

Why does mine safety plan generation require a designated competent person for sign-off?▼

Mine safety plan generation requires a designated competent person for sign-off to ensure defensibility. The workflow produces a draft plan ready for human engineering sign-off, escalating any inadequate hazard treatments for higher-order solutions before final approval.

Related Skills

Explore More Legal & Compliance Skills→
ashley-eyekyamashley-eyekyam
1

mine-rescue-erp

Generate site-specific mine-rescue emergency response plans aligned with DGMS requirements.

Community
Advanced
ashley-eyekyamashley-eyekyam
1

principal-hazard-management-plan

Structure principal hazard management plans with hierarchy-ranked controls and ICMM alignment.

Community
Advanced
ashley-eyekyamashley-eyekyam
1

icmm-critical-control-management

Structure ICMM Critical Control Management for mining material unwanted events.

Community
Advanced
ashley-eyekyamashley-eyekyam
1

risk-assessment

Generate site-specific hazard identification and risk assessments with hierarchy of controls and expert review.

Community
Advanced