πŸ“‹ Executive Summary

πŸ†
The Mission

Build Outhaus into the most comprehensively ISO-certified modular building company in Australia. Seven international management system standards implemented in a single Integrated Management System (IMS), pursued through formal third-party certification from a JAS-ANZ accredited body.

Most construction companies stumble through certification one standard at a time, creating siloed systems that duplicate effort and confuse staff. Outhaus will do this right from the start: one integrated system, one management review cycle, one audit program, and one document control framework that satisfies all seven standards simultaneously.

Because Outhaus is pre-revenue, this is the ideal moment. Building the IMS now means no retrofitting, no retrofitted procedures, and no "we've always done it this way" resistance. Every sale, every build, and every customer interaction will flow through a world-class management system from day one.

7 ISO Standards
Quality, Safety, Environment, Energy, Information Security, Customer Satisfaction, Risk Management - all integrated into one system.
3 Certifications First
ISO 9001 + 45001 + 14001 pursued together in a combined audit (the construction industry triple). Most cost-effective path.
24-Month Roadmap
8 phases from foundation to full certification. First cert targeted at Month 12. All 5 certifiable standards by Month 24.

Standards Summary

Standard Topic Certifiable? Priority Target Cert
ISO 9001:2015 Quality Management Yes P1 - Foundation Month 12
ISO 45001:2018 Occupational Health & Safety Yes P1 - Legal obligation Month 12
ISO 14001:2015 Environmental Management Yes P1 - Brand asset Month 12
ISO 50001:2018 Energy Management Yes P2 - SIPs story Month 18
ISO 27001:2022 Information Security Yes P2 - Enterprise clients Month 24
ISO 10002:2018 Customer Satisfaction/Complaints Guideline P2 - Integrates with 9001 Month 15
ISO 31000:2018 Risk Management Framework P1 - Underpins all others N/A (framework)

πŸ’‘ Why ISO Certification

For a modular home company building toward scale, ISO certification is not a bureaucratic exercise. It is a competitive weapon, a risk management tool, and a proof-of-quality story that no competitor can fake.

Tender & Contract Access
Government tenders, housing authority contracts, aged care and NDIS housing projects, and large developer deals frequently require ISO 9001 and ISO 45001 as preconditions. Without them, Outhaus cannot even submit.
Competitive Differentiation
No major modular builder in QLD holds all five certifications. Being first to market with a certified IMS is a positioning statement that takes years to replicate.
Finance & Investment Signal
Banks, investors, and equity partners read ISO certification as evidence of governance maturity. Especially relevant as Outhaus prepares its shareholder agreement and capital structure.
Environmental Credibility
SIPs construction is a genuinely lower-impact build method. ISO 14001 + ISO 50001 puts hard numbers and third-party validation behind that claim. Greenwashing-proof marketing.
Build Quality Consistency
ISO 9001 forces documented processes, inspection protocols, and non-conformance tracking. Every module that leaves the factory has been through a certified quality gate. Zero warranty surprises.
Right Time to Do It
Pre-revenue is the ideal moment. No legacy processes to unpick, no staff resistance, no "that's not how we do it." The IMS becomes the operating system from day one.
⚠️
The Build Cost Is Lower Than You Think

Most certification costs are internal time, not fees. The biggest expense is documentation and procedure development, which Outhaus's AI management layer can produce at a fraction of the cost of a traditional management consultant. The real investment is Jeremy's review time and the certification audit fees.

πŸ“ All Standards - Detail

ISO
9001
:2015
Quality Management System (QMS)
ISO 9001:2015 - Third-party certifiable - Foundation standard
P1 Priority Target: Month 12 Most impactful

What it covers: The complete framework for how Outhaus manages quality across every process - from design and procurement through production, delivery, installation, and post-sale. Requires documented processes, customer focus, leadership commitment, risk-based thinking, and a continual improvement cycle.

Outhaus relevance: Every module that leaves the factory, every delivery, every installation is a quality event. A certified QMS means documented build specifications, signed-off inspection checkpoints, supplier qualification criteria, customer satisfaction tracking, and a non-conformance process that catches problems before they reach the client.

Key clauses for construction: Design & development (8.3), Externally provided processes/products/services (8.4 - supplier management), Production and service provision (8.5), Release of products and services (8.6), Control of nonconforming outputs (8.7).

~120 controlled documents ~6 months to certify $4K-8K audit cost
ISO
45001
:2018
Occupational Health & Safety Management System (OHSMS)
ISO 45001:2018 - Third-party certifiable - Supersedes AS/NZS 4801
P1 Priority Target: Month 12 Legal obligation

What it covers: Systematic identification and control of hazards, worker participation and consultation, legal compliance (QLD Work Health and Safety Act 2011, Building Act 1975), incident investigation, emergency preparedness, and contractor safety management.

Outhaus relevance: Factory construction (off-site), transport and logistics (crane lifts, pilot vehicles, oversized loads), on-site installation (footings, crane drops, connection work), and subcontractor management all carry significant safety risk. ISO 45001 builds the system that manages it. Also directly aligned with QBCC licensing obligations.

Key outputs: Hazard Identification and Risk Assessment (HIRA) register, Safe Work Method Statements (SWMS) for all high-risk construction work, emergency response plan, contractor induction framework, incident/near-miss reporting system.

~90 controlled documents $4K-8K audit cost (combined with 9001)
ISO
14001
:2015
Environmental Management System (EMS)
ISO 14001:2015 - Third-party certifiable - Aligns with SIPs story
P1 Priority Target: Month 12 Biggest marketing asset

What it covers: Environmental aspects and impacts of all operations, legal compliance (QLD Environmental Protection Act 1994), waste management, energy and water use, chemical handling, carbon footprint, and a commitment to environmental continual improvement.

Outhaus relevance: SIPs construction is quantifiably lower-impact than traditional build methods - less waste, superior thermal performance (ACH 2.03 vs typical 15-30), EPS core is 98% air, Super Graphite upgrade improves performance 30%. ISO 14001 certification puts independent verification behind these claims. SIPs environmental story becomes a certified marketing statement, not a marketing claim.

Key outputs: Environmental Aspects and Impacts Register, carbon footprint baseline (Scope 1 + 2), waste diversion rate tracking, SIPs vs conventional build environmental comparison (certified), environmental legal register (EPA 1994, NCC energy provisions).

~80 controlled documents $3K-6K audit cost (combined with 9001+45001)
ISO
50001
:2018
Energy Management System (EnMS)
ISO 50001:2018 - Third-party certifiable - SIPs performance quantification
P2 Priority Target: Month 18

What it covers: Energy baseline, significant energy uses (SEUs), energy performance indicators (EnPIs), targets and action plans for continuous energy improvement. Applies to Outhaus factory operations and can extend to the energy performance of delivered homes.

Outhaus relevance: The ACH 2.03 airtightness rating, the Super Graphite EPS core performance data, and the NCC energy compliance of SIPs panels all feed directly into an ISO 50001 certified energy story. This standard lets Outhaus certify not just that their homes are energy efficient, but quantify by how much, and commit to improving that number over time.

~50 controlled documents $3K-6K audit cost
ISO
27001
:2022
Information Security Management System (ISMS)
ISO 27001:2022 - Third-party certifiable - 93 controls (Annex A)
P2 Priority Target: Month 24 Most complex standard

What it covers: Protection of all information assets - customer data, financial records, intellectual property, AI systems, CRM data, cloud infrastructure. Requires a formal risk assessment against 93 security controls defined in Annex A, with a Statement of Applicability documenting which controls apply and why.

Outhaus relevance: 2,400+ customer records in GHL, AI management layer with 12 scheduled tasks accessing real business data, Outlook integration with customer correspondence, Facebook Ad account, Google Ads, and financial data. As Outhaus scales and pursues government contracts, ISO 27001 will be required. Building it now means the architecture is correct from the start.

~150 controlled documents (largest) $8K-20K audit cost
ISO
10002
:2018
Customer Satisfaction - Complaints Handling
ISO 10002:2018 - Guideline standard (not certifiable as standalone) - Integrates into ISO 9001
P2 Priority Integrates with 9001

What it covers: Formal customer complaints handling process - acknowledgement, investigation, resolution, escalation, and pattern analysis. While not independently certifiable, ISO 10002 compliance significantly strengthens an ISO 9001 certification and is verifiable by auditors.

Outhaus relevance: High-value, low-frequency purchases (homes) require an airtight complaints process. A client with a $200K build issue handled badly becomes a very expensive reputation problem. ISO 10002 ensures every complaint is logged, investigated, resolved within defined timeframes, and fed back into continual improvement.

ISO
31000
:2018
Risk Management Framework
ISO 31000:2018 - Framework standard (not certifiable) - Underpins all other standards
P1 Priority Framework only

What it covers: Universal principles and guidelines for risk management that apply to every management system standard. Provides the methodology for risk identification, analysis, evaluation, treatment, and monitoring that underpins ISO 9001 clause 6.1, ISO 45001 clauses 6.1.2-6.1.4, ISO 14001 clause 6.1, and ISO 27001's risk assessment requirement.

Outhaus relevance: One risk register methodology for the entire IMS. Business risks, quality risks, safety risks, environmental risks, and information security risks all managed under a single, consistent framework. Eliminates duplication and ensures risks are escalated appropriately.

πŸ—οΈ IMS Architecture - One System, All Standards

Every modern ISO management system standard (9001, 45001, 14001, 50001, 27001) shares the same High Level Structure (HLS) - also called Annex SL. This is deliberate. ISO designed them to integrate.

πŸ’‘
The Integration Principle

Instead of 5 separate quality manuals, 5 separate audit programs, and 5 separate management reviews, Outhaus builds ONE Integrated Management System with shared infrastructure. All standards share a common policy framework, a common document control system, a common internal audit program, and a common management review. Standard-specific requirements are added as modules on top of this shared foundation.

High Level Structure - 10 Clauses (Shared by All Standards)

ClauseTopicOuthaus IMS Response
4 Context of the Organisation Single stakeholder register, single scope statement, single SWOT and PESTLE for all standards. External issues: QLD housing market, NCC changes, climate regulation. Internal issues: pre-revenue stage, SIPs supply chain, QBCC requirements.
5 Leadership IMS Policy (covers quality, safety, environment, energy, security commitments in one document). Roles and responsibilities matrix (RACI). Management commitment statement signed by Jeremy as MD.
6 Planning Single risk register (stratified by category: quality, safety, environment, security). Integrated objectives and targets. ISO 31000 methodology applied across all risk categories.
7 Support One document control system (master document register, version control, access control). One training and competence register. One communications plan. One awareness program.
8 Operation Standard-specific procedures for quality (build specs, inspections), safety (HIRA, SWMS), environment (waste plans, spill response), energy (EnPIs, SEU monitoring), security (access control, incident response).
9 Performance Evaluation One internal audit program (combined audits covering all applicable standards). One KPI dashboard. One management review agenda template (covers all standards). One customer satisfaction measurement process.
10 Improvement One non-conformance and corrective action system. One continual improvement register. One management of change process. All standards feed into the same improvement loop.

IMS Document Hierarchy

Level 1 - IMS Manual
1 document
The master reference document. States the scope, policy commitments, and framework for the entire system. References all Level 2 documents. Updated annually.
Level 2 - Procedures
~40 documents
How things are done. Document control, internal audit, non-conformance, emergency response, supplier evaluation, etc. Some are shared (IMS-wide), some are standard-specific.
Level 3 - Work Instructions
~80 documents
Step-by-step instructions for specific tasks. Build inspection checklists, SWMS templates, chemical handling instructions, data backup procedures, etc.
Level 4 - Records & Forms
~120 templates
Evidence that the system is working. Completed checklists, training records, audit reports, management review minutes, corrective action reports, customer complaint logs.

πŸ” Current State Assessment

Outhaus already has significant assets that map to ISO requirements. The gap is formalisation, documentation, and integration into a controlled system - not starting from zero.

ISO Element What Outhaus Already Has Gap Status
Organisational Context CLAUDE.md strategy, company overview, tech stack, advisors Partial
Quality Policy Brand values documented; no formal quality policy Gap
Process Map Sales process (7 stages), CRM workflows, build batches documented Partial
Supplier Management SipForm KB, Rocket BA profile, HPC Town Planning, Apex CE profiles Partial
Product Specifications Models KB, SIP panels KB, SIP performance KB, design drawings Strong
Safety Management 48 building code PDFs audited; no formal OHSMS Gap
Environmental Management SIPs environmental data (ACH, EPS, thermal); no formal EMS Partial
Competence Records QBCC licence confirmed; no staff competence register Gap
Customer Satisfaction GHL CRM tracks leads; no formal satisfaction measurement Gap
Risk Management Advisory board stress tests; no formal risk register Partial
Document Control Naming conventions, CLAUDE.md index, KB frontmatter Partial
Information Security Wordfence on website; no ISMS Gap
Internal Audit Program KB audit scheduled task (Rachel); no formal IMS audit program Gap
Non-Conformance System None documented Gap
Management Review Advisory board Q2 reviews; no formal management review Partial
Legal Register 48 building code PDFs; no consolidated legal obligations register Partial
Energy Baseline SipForm ACH and thermal performance data Partial
βœ…
Significant Head Start

Outhaus's existing knowledge architecture (02-knowledge/), operating system (CLAUDE.md), supplier profiles, product KB files, and AI management layer give it a substantial head start. Many ISO documents can be derived directly from existing KB content. Estimate: 30-40% of required documentation already exists in some form.

πŸ“ Master Document Register

Every document that must be created, maintained, and controlled in the Outhaus IMS. This section contains two views: (A) the detailed clause-by-clause register with document IDs, descriptions, and build status for the triple certification (9001 + 45001 + 14001), and (B) a summary view organised by document level across all seven standards.

67
Triple Cert Documents
31
Shared (IMS)
12
Quality-Specific
24
EMS + OHS Specific
Document ID prefixes: IMS- (shared across all standards), QMS- (quality-specific), EMS- (environmental-specific), OHS- (safety-specific). Numbering follows ISO clause structure (4.x through 10.x) so auditors can trace any document back to the requirement it satisfies. ISO 50001 and 27001 clause-level detail will be added when P5/P6 kick off.
ISO 9001 (Quality) ISO 14001 (Environment) ISO 45001 (Safety) Shared / Integrated

Part A: Clause-by-Clause Document Register (Triple Certification)

4 Context of the Organisation
Level 1: Core Documents
4.01
IMS ManualTop-level document describing the integrated management system, its scope, exclusions, and how the three standards are integrated. This is the "front door" for auditors.
IMS
To Do
4.02
Scope StatementDefines what activities, sites, and products are covered. For Outhaus: "Design, manufacture, transport, and installation of modular dwellings at our SE QLD production facility."
IMS
To Do
4.03
Context Analysis (Internal and External Issues)SWOT or PESTLE analysis. What internal/external factors affect your ability to deliver quality, manage environmental impact, and keep people safe. Update annually.
IMS
To Do
4.04
Interested Parties RegisterWho cares about what you do and what they expect. Customers, regulators (QBCC, SafeWork QLD, EPA), employees, suppliers (SipForm), certifiers, councils, neighbours of install sites.
IMS
To Do
4.05
Process Map / Interaction DiagramVisual map of all business processes and how they interact. Design > Manufacture > QA > Transport > Install > Handover. Shows inputs, outputs, responsibilities, KPIs per process.
IMS
To Do
5 Leadership
Policies
5.01
Quality Policy1-page signed statement of commitment to quality. Must reference customer satisfaction, continual improvement, and meeting requirements. Directors sign it.
QMS
To Do
5.02
Environmental Policy1-page signed statement of commitment to environmental protection. Must reference pollution prevention, compliance, and continual improvement. Displayed publicly.
EMS
To Do
5.03
WHS Policy1-page signed statement of commitment to worker health and safety. Must reference safe working conditions, hazard elimination, worker consultation, and compliance obligations.
OHS
To Do
Roles and Responsibilities
5.04
Organisational ChartShows reporting lines, who is responsible for what. Must identify the IMS Management Representative (person who owns the system day-to-day).
IMS
To Do
5.05
Roles, Responsibilities, and Authorities MatrixRACI-style matrix mapping every IMS responsibility to a named person. Who approves documents, who conducts audits, who manages incidents, who talks to regulators.
IMS
To Do
5.06
Worker Consultation and Participation ProcedureHow workers are consulted on WHS matters. Toolbox talks, safety committee, hazard reporting channels. ISO 45001 is very specific about this.
OHS
To Do
6 Planning
Risk and Opportunity
6.01
Risk and Opportunity RegisterUnified register covering quality risks (defects, non-conformance), environmental risks (spills, waste), and safety risks (falls, plant). Likelihood x consequence matrix. Review quarterly.
IMS
To Do
6.02
Risk Assessment ProcedureHow you identify, assess, and treat risks. Methodology, scoring criteria, escalation triggers, review frequency.
IMS
To Do
Environmental-Specific Planning
6.03
Environmental Aspects and Impacts RegisterEvery activity that touches the environment: factory waste (EPS offcuts, timber, packaging), transport emissions, dust, noise at install sites, chemical storage. Rate significance.
EMS
To Do
6.04
Compliance Obligations Register (Environmental)Every environmental law, regulation, permit, and licence that applies. EPA QLD, waste transport regs, noise regs, council conditions, SipForm material SDS requirements.
EMS
To Do
Safety-Specific Planning
6.05
Hazard Identification and Risk Assessment Procedure (HIRA)How you identify workplace hazards, assess risks, and implement controls. Must follow the hierarchy of controls (eliminate > substitute > engineer > admin > PPE).
OHS
To Do
6.06
Hazard RegisterEvery hazard across factory and site operations. Factory: machinery, manual handling, noise, dust, electrical. Site: working at heights, crane operations, excavation, services.
OHS
To Do
6.07
Legal and Compliance Register (WHS)WHS Act 2011 (QLD), WHS Regulation 2011, Codes of Practice (construction, manual tasks, plant, electrical, heights), SafeWork QLD requirements.
OHS
To Do
Objectives and Targets
6.08
IMS Objectives and TargetsMeasurable goals for each standard. Quality: defect rate, customer complaints, rework %. Environmental: waste to landfill (kg), energy use, recycling rate. Safety: LTIFR, near-miss reports, training hours.
IMS
To Do
6.09
IMS Action Plan (Objectives Achievement Plan)For each objective: what actions, who is responsible, resources needed, timeline, how you measure completion. Living document reviewed quarterly.
IMS
To Do
7 Support
Resources and Competence
7.01
Competence Matrix / Training Needs AnalysisFor every role: what competencies are required, what training is needed, who holds what qualifications. Covers factory operators, installers, crane operators, electricians, plumbers.
IMS
To Do
7.02
Training RegisterRecord of all training delivered. Who, what, when, by whom, evidence (cert, sign-off). Includes inductions, toolbox talks, licence renewals, first aid.
IMS
To Do
7.03
Training ProcedureHow training needs are identified, planned, delivered, and recorded. Covers induction, refreshers, role changes, new equipment.
IMS
To Do
7.04
Equipment and Infrastructure RegisterAll plant, equipment, tools, vehicles. Includes maintenance schedules, calibration requirements (measuring tools), inspection dates.
IMS
To Do
Document Control and Communication
7.05
Document Control ProcedureMANDATORY PROCEDURE. How documents are created, reviewed, approved, distributed, and retired. Version control, naming conventions, access control. This is one of the first things auditors check.
IMS
Partial
7.06
Master Document RegisterIndex of every controlled document in the IMS. Document ID, title, version, owner, review date, location. This document is effectively v0.1 of that register.
IMS
Partial
7.07
Record Retention ScheduleHow long you keep different types of records (training 7 years, incident reports 30 years, audit reports 5 years, financial 7 years). Aligned with QLD legal requirements.
IMS
To Do
7.08
Internal Communication ProcedureHow IMS information is communicated internally. Toolbox talks, noticeboards, email updates, induction packs. Must cover how workers are told about policies, hazards, changes.
IMS
To Do
7.09
External Communication ProcedureHow you communicate with external parties on IMS matters. Regulator notifications, environmental incident reporting, customer complaints, media.
IMS
To Do
8 Operation
Quality: Design, Production, and Delivery
8.01
Design and Development ProcedureHow new models or modifications are designed, reviewed, verified, and validated. Covers architect input, engineering review, prototype, sign-off. Change control for design updates.
QMS
To Do
8.02
Production Control Procedure (Factory)Step-by-step manufacturing process. Work instructions for each station: frame assembly, SIP panel installation, electrical rough-in, plumbing, lining, finishing. Hold/inspection points marked.
QMS
To Do
8.03
Inspection and Test Plan (ITP)Every quality check during manufacture. What is checked, acceptance criteria, who checks it, when, what form is filled in. Hold points where work stops until inspection passes.
QMS
To Do
8.04
Pre-Delivery Inspection ChecklistFinal QA before module leaves factory. Every item checked, signed off, photographed. Defects recorded and resolved before transport.
QMS
To Do
8.05
Transport and Delivery ProcedureHow modules are prepared for transport, loaded, secured, escorted (if oversize), and received at site. Covers damage checks on arrival.
QMS
To Do
8.06
Installation Procedure (Site)On-site installation process: crane placement, levelling, service connections, finishing, certifier inspection, client handover. Quality checks at each stage.
QMS
To Do
8.07
Client Handover ProcedureHow the completed module is handed to the customer. Inspection walk-through, defect list, maintenance guide, warranty info, sign-off form.
QMS
To Do
8.08
Supplier Evaluation and Purchasing ProcedureHow you select, evaluate, and monitor suppliers. Criteria for approved supplier list. Covers SipForm, steel suppliers, subcontractors. Annual review.
QMS
To Do
8.09
Approved Supplier RegisterList of all approved suppliers and subcontractors. Evaluation score, products/services, licence details, insurance expiry, last review date.
QMS
Partial
8.10
Non-Conforming Product ProcedureWhat happens when something doesn't meet spec. Identify, isolate, assess, disposition (rework, accept, reject). Root cause analysis for repeat issues.
QMS
To Do
8.11
Customer Feedback and Complaints ProcedureHow customer feedback is collected, recorded, investigated, and resolved. Ties into corrective action process. Track resolution time and customer satisfaction.
QMS
To Do
8.12
Warranty and Defect Liability ProcedureHow warranty claims and defect liability period items are managed. Timeframes, assessment, rectification, sign-off.
QMS
To Do
Environmental: Operational Controls
8.13
Waste Management ProcedureHow waste is classified, segregated, stored, and disposed of. Factory waste streams: EPS offcuts, timber, steel, packaging, general. Recycling targets. Waste tracking records.
EMS
To Do
8.14
Chemical and Hazardous Substance ManagementSDS register, storage requirements, spill response, PPE for chemical handling. Covers adhesives, sealants, paints, cleaning agents used in factory.
EMSOHS
To Do
8.15
Energy and Resource Management ProcedureHow you monitor and reduce energy consumption, water use, and raw material waste. Baseline measurements, reduction targets, monitoring frequency.
EMS
To Do
8.16
Environmental Emergency Preparedness and ResponseWhat to do if there's an environmental incident: spill, fire, uncontrolled emission. Spill kits, containment, notification to EPA, clean-up, reporting.
EMS
To Do
8.17
Site Environmental Management Plan (Template)Template for each install site: erosion control, dust management, noise restrictions, waste disposal, vegetation protection. Adapt per site.
EMS
To Do
Safety: Operational Controls
8.18
Safe Work Method Statements (SWMS) - FactorySWMS for each high-risk factory activity: panel cutting, frame welding, electrical work, manual handling of panels, forklift operations, overhead crane.
OHS
To Do
8.19
Safe Work Method Statements (SWMS) - SiteSWMS for each high-risk site activity: crane operations, working at heights, excavation, electrical connections, plumbing connections, concrete pouring.
OHS
To Do
8.20
Site Safety Management Plan (Template)Template for each install site: site-specific hazards, emergency procedures, traffic management, PPE requirements, first aid, incident reporting.
OHS
To Do
8.21
PPE Register and Issue ProcedureWhat PPE is required for each task. Issue records, replacement schedule, inspection requirements.
OHS
To Do
8.22
Induction Procedure (Factory and Site)What every person must know before they start work. Factory induction for employees. Site induction for visitors, subcontractors, delivery drivers.
OHS
To Do
8.23
Incident and Injury Management ProcedureWhat to do when someone gets hurt or a near-miss occurs. First response, reporting, investigation, corrective action, return to work, regulator notification thresholds.
OHS
To Do
8.24
Emergency Preparedness and Response PlanFactory and site emergency procedures: fire, medical emergency, severe weather, structural collapse. Evacuation routes, assembly points, emergency contacts, drill schedule.
OHS
To Do
8.25
Plant and Equipment Safety ProcedurePre-start checks, maintenance schedules, operator licencing requirements, isolation/lockout-tagout procedures for factory plant.
OHS
To Do
8.26
Health Monitoring ProcedureNoise exposure monitoring, dust exposure monitoring, manual handling assessments. Required where workers are exposed to health hazards over time.
OHS
To Do
8.27
Contractor Management ProcedureHow subcontractors are pre-qualified, inducted, monitored, and evaluated for safety. Licence checks, insurance verification, SWMS review, site access rules.
OHSQMS
To Do
9 Performance Evaluation
Monitoring and Measurement
9.01
IMS KPI DashboardMonthly scorecard tracking all IMS metrics. Quality: defect rate, rework, customer complaints. Environmental: waste volumes, energy use, recycling rate. Safety: incidents, near-misses, training completion.
IMS
To Do
9.02
Compliance Evaluation ProcedureHow you periodically check that you're meeting all legal obligations. Environmental licence conditions, WHS codes of practice, building code requirements. At least annually.
IMS
To Do
Internal Audit
9.03
Internal Audit ProcedureMANDATORY PROCEDURE. How internal audits are planned, conducted, reported, and followed up. Must cover all three standards. Auditors must be independent of the area being audited.
IMS
To Do
9.04
Annual Internal Audit SchedulePlan showing which clauses/processes are audited when. Every clause must be covered at least once per year. High-risk areas (production, safety) more frequently.
IMS
To Do
9.05
Internal Audit Report TemplateStandard template for recording audit findings: scope, criteria, observations, non-conformities (major/minor), opportunities for improvement, corrective action required.
IMS
To Do
Management Review
9.06
Management Review ProcedureMANDATORY PROCEDURE. How directors review the IMS performance. Agenda must include: audit results, customer feedback, objectives progress, incident trends, corrective actions, changes, improvement opportunities.
IMS
To Do
9.07
Management Review Minutes TemplateStandard template recording what was discussed, decisions made, and actions assigned. Must be retained as a record. Minimum frequency: every 6 months (quarterly recommended).
IMS
To Do
10 Improvement
10.01
Corrective Action ProcedureMANDATORY PROCEDURE. How non-conformities are investigated, root causes identified, corrective actions implemented, and effectiveness verified. Applies to quality defects, environmental incidents, and safety events.
IMS
To Do
10.02
Corrective Action Register (CAR Log)Master log of all corrective actions raised. Source (audit, complaint, incident, observation), description, root cause, action, owner, due date, status, verification date.
IMS
To Do
10.03
Continual Improvement ProcedureHow improvement ideas are captured, evaluated, prioritised, and implemented. Can be simple: suggestion box, monthly review, action tracking. Links to management review.
IMS
To Do
10.04
Incident Investigation ProcedureDetailed investigation method for safety incidents and environmental events. 5-Whys, fishbone, or similar root cause tool. Includes near-miss investigation (not just injuries).
OHSEMS
To Do
F Forms, Checklists, and Templates
Quality Forms
F.01
Factory Inspection ChecklistStage-gate checklist used during production. One per module build.
QMS
To Do
F.02
Pre-Delivery Inspection FormFinal sign-off before dispatch. One per module.
QMS
To Do
F.03
Client Handover Sign-Off FormCustomer walks through and signs acceptance. Notes defects for rectification.
QMS
To Do
F.04
Customer Complaint FormStandard form for logging and tracking customer complaints.
QMS
To Do
F.05
Non-Conformance Report (NCR) FormStandard form for recording product or process non-conformances.
QMS
To Do
F.06
Supplier Evaluation FormScorecard for evaluating new and existing suppliers.
QMS
To Do
Safety Forms
F.07
Site Induction FormSign-on for anyone entering a work site. Covers hazards, PPE, emergency procedures.
OHS
To Do
F.08
Toolbox Talk RecordRecord of pre-start safety briefing. Topic, attendees, date, sign-on sheet.
OHS
To Do
F.09
Incident / Near-Miss Report FormStandard form for reporting any injury, illness, near-miss, or dangerous occurrence.
OHS
To Do
F.10
Hazard Report FormFor anyone to report a hazard. Simple, quick to fill in, available at factory and site.
OHS
To Do
F.11
Plant Pre-Start ChecklistDaily check before operating plant/equipment. Covers forklifts, saws, welders, etc.
OHS
To Do
Shared Forms
F.12
Corrective Action Request (CAR) FormStandard form for raising and tracking corrective actions from any source.
IMS
To Do
F.13
Training Record FormIndividual training record for each worker.
IMS
To Do
F.14
Document Change Request FormFor requesting changes to controlled documents.
IMS
To Do
F.15
Internal Audit Checklist (per clause)Question sets for auditing each clause. One master set covering all three standards.
IMS
To Do

Part B: Summary by Document Level (All Seven Standards)

The full IMS across all seven standards requires approximately 250 controlled documents. The clause-by-clause register above covers the 67 documents needed for the triple certification (9001 + 45001 + 14001). Below is the summary view across all levels and all standards.

Q = ISO 9001 S = ISO 45001 E = ISO 14001 N = ISO 50001 I = ISO 27001 ALL = All standards
πŸ“˜
LEVEL 1 - IMS Manual & Core Policies
IMS Manual v1.0 - Scope, context, policy commitments, system overview
ALL
Integrated Management System Policy - Quality, safety, environment, energy, security commitments
ALL
Organisational Context Analysis - Stakeholders, issues, SWOT, PESTLE
ALL
IMS Scope Statement - What is and is not covered
ALL
Roles and Responsibilities Matrix (RACI)
ALL
IMS Objectives and Targets Register
ALL
πŸ“‹
LEVEL 2 - Shared IMS Procedures
Document and Records Control Procedure
ALL
Internal Audit Procedure
ALL
Management Review Procedure
ALL
Non-Conformance and Corrective Action Procedure (NCCAR)
ALL
Risk Management Procedure (ISO 31000 methodology)
ALL
Continual Improvement Procedure
ALL
Management of Change Procedure
ALL
Competence, Training and Awareness Procedure
ALL
Communications Procedure (Internal and External)
ALL
Legal and Other Requirements Procedure (Legal Register methodology)
QSE
βœ…
LEVEL 2 - Quality Procedures (ISO 9001)
Customer Requirements Review Procedure
Q
Design and Development Procedure (modular home design control)
Q
Supplier Evaluation and Approval Procedure
Q
Purchasing and Procurement Procedure
Q
Production and Service Provision Procedure (factory build)
Q
Inspection and Testing Procedure
Q
Delivery and Installation Procedure
Q
Identification and Traceability Procedure (module serial numbers)
Q
Customer Property Control Procedure
Q
Customer Satisfaction Measurement Procedure (ISO 10002)
Q
Monitoring and Measurement of Processes Procedure
Q
Calibration and Measurement Equipment Procedure
Q
Warranty and Post-Sale Service Procedure
Q
🦺
LEVEL 2 - Safety Procedures (ISO 45001)
Hazard Identification and Risk Assessment (HIRA) Procedure
S
Safe Work Method Statement (SWMS) Development Procedure
S
Contractor and Visitor Safety Management Procedure
S
Incident, Near-Miss and Dangerous Occurrence Reporting Procedure
S
Incident Investigation and Root Cause Analysis Procedure
S
Emergency Preparedness and Response Procedure
SE
Personal Protective Equipment (PPE) Management Procedure
S
Workers Consultation and Participation Procedure
S
Workplace Inspection Procedure
S
Transport Safety Procedure (oversized loads, pilot vehicles)
S
Crane and Lifting Operations Procedure
S
Return to Work Procedure
S
🌿
LEVEL 2 - Environmental Procedures (ISO 14001)
Environmental Aspects and Impacts Identification Procedure
E
Waste Management Procedure (factory, delivery, installation)
E
Chemical and Hazardous Substances Management Procedure
ES
Spill Prevention and Response Procedure
ES
Environmental Monitoring and Measurement Procedure
E
Carbon Footprint Measurement Procedure (Scope 1, 2, 3)
EN
Water Use Management Procedure
E
⚑
LEVEL 2 - Energy Procedures (ISO 50001)
Energy Review and Baseline Procedure
N
Significant Energy Uses (SEUs) Identification Procedure
N
Energy Performance Indicators (EnPIs) Monitoring Procedure
N
Energy Action Plans Procedure
N
Procurement with Energy Consideration Procedure (SIPs performance specs)
N
πŸ”’
LEVEL 2 - Information Security Procedures (ISO 27001)
Information Security Risk Assessment Procedure
I
Information Asset Management Procedure (asset register)
I
Access Control Policy and Procedure
I
Cryptography and Key Management Procedure
I
Physical and Environmental Security Procedure
I
Information Security Incident Management Procedure
I
Business Continuity and Disaster Recovery Procedure
I
Supplier and Third-Party Security Procedure (GHL, Meta, Google)
I
Data Classification and Handling Procedure
I
Vulnerability Management Procedure
I
Statement of Applicability (SOA) - 93 controls from Annex A
I
πŸ“
LEVEL 3 - Key Work Instructions (selection)
Pre-Delivery Inspection Checklist - every module before despatch
Q
Factory Build Stage Inspection Forms (per build stage)
Q
Site Installation Inspection Checklist
QS
SWMS - Crane and Module Lift Operations
S
SWMS - Oversized Load Transport
S
SWMS - Electrical and Plumbing Connection Work
S
Factory Waste Segregation and Disposal Instructions
E
SIPs Panel Energy Performance Testing Protocol
NE
Customer Complaint Lodgement and Tracking Instructions
Q
Supplier Audit Instructions
Q
New Employee Security Onboarding Instructions
I
Data Backup and Recovery Instructions
I
πŸ“Š
LEVEL 4 - Key Registers and Records
Master Document Register (version control, review dates, owners)
ALL
Integrated Risk Register (quality, safety, environment, security risks)
ALL
Legal and Regulatory Obligations Register
QSE
Supplier and Contractor Register (approved list, evaluation records)
QS
HIRA Register (all identified hazards, controls, residual risk)
S
Environmental Aspects and Impacts Register
E
Significant Energy Uses (SEU) Register
N
Information Asset Register (all information assets, classification, owner)
I
Competence and Training Register (all staff, subcontractors)
ALL
Non-Conformance and Corrective Action Register
ALL
Incident Register (safety and information security incidents)
SI
Customer Satisfaction and Complaints Register
Q
Internal Audit Schedule and Reports
ALL
Management Review Records (agenda, minutes, actions)
ALL
Calibration Register (measuring and monitoring equipment)
QN
Chemical Register (Safety Data Sheets)
SE
πŸ“Š
Document Count Summary

Total controlled documents: approximately 250 across all levels. This sounds large but most are 1-4 pages each. The AI management layer can generate first drafts of 80%+ of these documents from existing KB content. Each document then requires Jeremy's review and approval before it becomes controlled.

πŸ—ΊοΈ Implementation Roadmap - 8 Phases

1
Phase 1 - IMS Foundation
Months 1-2

Build the shared infrastructure that all standards sit on top of. This phase creates no standard-specific content - it creates the vessel.

  • IMS Manual v1.0 (scope, policy, framework)
  • Integrated IMS Policy signed by Jeremy
  • Organisational context analysis (stakeholders, issues, SWOT)
  • Master Document Register (document control system)
  • Roles and Responsibilities RACI
  • ISO 31000 risk register methodology and template
  • Integrated Risk Register (framework populated)
  • Legal and Regulatory Obligations Register (building, environment, safety, privacy)
  • Competence and Training Register template
  • IMS folder structure in workspace (mirrors document hierarchy)
2
Phase 2 - Quality Management System (ISO 9001)
Months 2-4

Build the core quality system - processes, inspection protocols, supplier controls, customer satisfaction. The QMS underpins every other standard.

  • Process map (all core Outhaus processes end-to-end)
  • Customer requirements review procedure
  • Design and development procedure (modular home design control)
  • Supplier evaluation and approved supplier register
  • Production and service provision procedure (factory build stages)
  • Factory build stage inspection forms (Stage 1 through completion)
  • Pre-delivery inspection checklist
  • Site installation inspection checklist
  • Non-conformance and corrective action procedure + register
  • Customer satisfaction measurement procedure (ISO 10002 aligned)
  • Customer complaints register and resolution procedure
  • Internal audit procedure and schedule template
  • Management review procedure and agenda template
3
Phase 3 - OH&S Management System (ISO 45001)
Months 3-5

Build the safety system. Factory, transport, and site installation each carry distinct hazard profiles. Run in parallel with Phase 2.

  • HIRA procedure and master hazard register (factory, transport, site)
  • SWMS - Crane and module lift operations (high-risk work)
  • SWMS - Oversized load transport (road risk)
  • SWMS - Electrical connection, plumbing connection
  • SWMS - Working at heights (roof installation)
  • SWMS - Confined spaces (subfloor, wall cavities)
  • Contractor and visitor induction program
  • Site emergency response plan
  • Incident and near-miss reporting system
  • PPE matrix (by task and location)
  • Workers consultation mechanism
  • Return to work procedure
4
Phase 4 - Environmental Management System (ISO 14001)
Months 4-6

Formalise and quantify the environmental story that SIPs construction already tells. This phase is part documentation, part data capture.

  • Environmental aspects and impacts register (factory, transport, installation, product use)
  • SIPs environmental performance baseline (waste reduction %, energy comparison)
  • Carbon footprint baseline - Scope 1 (factory vehicles), Scope 2 (factory energy), Scope 3 (materials, transport, client home use)
  • Waste management procedure and tracking system
  • Chemical register (all chemicals used in production)
  • Environmental legal register (EPA 1994, NCC energy provisions)
  • Water use management procedure
  • Environmental monitoring KPIs (waste to landfill, energy intensity, water use)
  • Environmental incidents register
  • Spill prevention and response procedure
5
Phase 5 - Pre-Certification Preparation (9001 + 45001 + 14001)
Months 6-9

Operate the system for a full cycle, then internally audit and fix gaps before the external auditor arrives. This phase proves the system works, not just that it exists.

  • First full internal audit (all three standards, combined)
  • First formal management review (Jeremy + key advisors)
  • Non-conformance register populated and corrective actions closed
  • First customer satisfaction data collected and analysed
  • Certification body selected and engaged (SAI Global recommended)
  • Stage 1 audit (document review) - typically 1 day remote
  • Gap report from Stage 1 addressed and documented
  • Stage 2 audit (on-site) - evidence and interviews
β˜…
MILESTONE - Triple Certification: ISO 9001 + 45001 + 14001
Month 12

Outhaus holds three ISO certifications simultaneously. This is the construction industry standard package. Press release. Website badges. Tender register updated. Supplier communication. QBCC notification. Investor update.

6
Phase 6 - Energy Management System (ISO 50001)
Months 12-17

Extend the certified EMS into a formal energy management system. The SIPs thermal performance data is the centrepiece - this phase quantifies it to certification standard.

  • Energy review and baseline (factory energy use 12-month baseline)
  • Significant Energy Uses (SEUs) identified and documented
  • Energy Performance Indicators (EnPIs) defined and tracked
  • SIPs panel energy performance: ACH 2.03 vs 15-30 typical - formal comparison doc
  • Super Graphite insulation performance quantification
  • Energy action plans (factory solar feasibility, LED lighting, equipment efficiency)
  • Procurement procedure for energy-efficient purchasing
  • ISO 50001 internal audit and management review
  • Stage 1 and Stage 2 certification audit
7
Phase 7 - Information Security Management System (ISO 27001)
Months 15-23

The most complex standard. Requires a full information asset inventory, risk assessment against 93 Annex A controls, and a Statement of Applicability (SOA). Build alongside Phase 6.

  • Information asset register (GHL 2,400 contacts, Outlook data, Drive, AI systems, financial records)
  • ISMS scope definition
  • Information security risk assessment (all assets, all threat scenarios)
  • Risk treatment plan
  • Statement of Applicability - all 93 Annex A controls assessed
  • Access control policy and user management procedure
  • Data classification scheme (Public / Internal / Confidential / Restricted)
  • Incident response plan (data breach, system outage, ransomware)
  • Business continuity plan
  • Supplier security assessments (GHL, Microsoft 365, Cloudflare, hosting)
  • Penetration test (before certification)
  • ISMS internal audit and management review
  • Stage 1 and Stage 2 certification audit
β˜…
MILESTONE - Full Stack Certification: All Five Standards
Month 24

ISO 9001 + ISO 45001 + ISO 14001 + ISO 50001 + ISO 27001. Outhaus becomes, to the best of available knowledge, the most comprehensively ISO-certified modular building company in Australia. Surveillance audits annually. Three-year recertification cycle begins.

8
Phase 8 - Surveillance and Continual Improvement
Months 12-36+ (ongoing)

Maintaining certification requires annual surveillance audits and a demonstrated culture of improvement. The AI management layer automates most of the monitoring work.

  • Annual surveillance audits (all standards - can be combined)
  • Quarterly management reviews
  • Monthly KPI dashboard updates (AI-generated)
  • Continual improvement register - minimum 4 improvements per year per standard
  • Annual IMS policy and objectives review
  • Three-year recertification cycle (full re-audit)
  • Advisory board integration - Tom, Ben, Daniel, Rachel own IMS domains
  • New staff onboarding includes IMS awareness training

πŸš€ Project Breakdown - Executable Units

The IMS is delivered through 6 discrete projects. Each is a self-contained session series with clear inputs, outputs, and acceptance criteria.

P1
IMS Foundation
~3 sessions Β· Months 1-2 Β· All standards benefit
Next Up

Creates the shared infrastructure. Everything else depends on this being done correctly.

AI
Draft IMS Manual v1.0 (scope, policy, context, framework overview)
AI
Draft Integrated IMS Policy (Jeremy signs)
AI
Build Organisational Context document (SWOT, PESTLE, stakeholders)
AI
Build Master Document Register spreadsheet (controlled document list)
AI
Build Roles and Responsibilities RACI
AI
Build Integrated Risk Register (ISO 31000 methodology)
AI
Build Legal Register (all applicable legislation)
Jeremy
Review and approve IMS Manual and Policy
Jeremy
Set up IMS folder structure in workspace
P2
Quality Management System (ISO 9001)
~6 sessions Β· Months 2-4 Β· P1 required first
Pending

The largest documentation project. Quality procedures, inspection forms, supplier controls, customer satisfaction system.

AI
Build end-to-end process map (all Outhaus processes, from lead to post-sale)
AI
Draft all 13 quality procedures (see document register)
AI
Build factory build stage inspection forms (one per build stage)
AI
Build pre-delivery and site installation checklists
AI
Build supplier evaluation scorecard and approved supplier register
AI
Build customer satisfaction survey and complaints register
AI
Build NCCAR (non-conformance and corrective action register)
Jeremy + John
Review and validate all production procedures against actual factory practice
P3
OH&S + Environmental Management (ISO 45001 + 14001)
~5 sessions Β· Months 3-6 Β· Runs parallel with P2
Pending

Safety and environmental combined because their operational procedures overlap significantly (chemical handling, emergency response, site controls).

AI
Build HIRA register (factory, transport, site - all hazards identified)
AI
Draft all 5 SWMS (crane, transport, electrical, heights, confined spaces)
AI
Build contractor safety induction pack
AI
Draft emergency response plan (factory + site)
AI
Build environmental aspects and impacts register
AI
Build SIPs environmental performance baseline (waste, carbon, energy)
AI
Build chemical register and Safety Data Sheet index
Jeremy + John
Review all SWMS and HIRA with someone who has worked the actual tasks
P4
Triple Certification Preparation and Audit
~4 sessions Β· Months 6-12 Β· P2 + P3 required
Pending

Operating the system, running internal audits, and managing the external certification process.

AI
Build internal audit plan and schedule (all three standards)
AI
Conduct first internal audit (AI reviews documentation for conformance)
AI
Draft management review agenda and prepare evidence packages
Jeremy
Select and engage certification body (recommendation below)
Jeremy
Stage 1 audit - document review with auditor (remote)
AI
Address Stage 1 gap report - update documentation as required
Jeremy + John
Stage 2 audit - on-site evidence and interview
P5
Energy Management System (ISO 50001)
~4 sessions Β· Months 12-17 Β· After triple cert
Pending

Quantify the energy story. SIPs thermal performance data becomes a certified claim.

Jeremy
Gather 12 months of factory energy bills (establish baseline)
AI
Build energy review, EnPIs, SEU register
AI
Build SIPs-vs-conventional energy performance comparison (certified data)
AI
Draft energy action plans (factory solar, equipment efficiency)
AI
Internal audit and certification preparation
P6
Information Security Management System (ISO 27001)
~8 sessions Β· Months 15-24 Β· Most complex project
Pending

The full information security management system. 93 controls, statement of applicability, penetration test. This is the longest project and should be started while P5 is running.

AI
Build information asset register (all systems, data stores, vendors)
AI
ISMS risk assessment (all assets against threat scenarios)
AI
Statement of Applicability - assess all 93 Annex A controls
AI
Draft all 11 ISMS procedures (access control, incident response, BCP, etc.)
AI
Build data classification scheme and handling procedures
Jeremy
Commission penetration test (external security firm)
AI
Internal audit and certification preparation

πŸ… Certification Pathway

Recommended Sequence

Month 12
ISO 9001
Quality
Month 12
ISO 45001
Safety
Month 12
ISO 14001
Environment
Month 18
ISO 50001
Energy
Month 24
ISO 27001
InfoSec

Why Certify 9001 + 45001 + 14001 Together?

The three standards share the same High Level Structure, which means a combined Stage 1 and Stage 2 audit covers all three simultaneously. A single auditor spends 2-3 days on-site reviewing all three. This reduces audit cost by roughly 50% compared to three separate audits. Almost all construction companies that pursue all three do them in one combined engagement.

Surveillance and Recertification

ActivityFrequencyCost (estimate)
Surveillance Audit (combined, all certified standards)Annual (Years 1 and 2)$3,000-6,000/year
Recertification Audit (full re-audit)Every 3 years~80% of initial audit cost
Internal Audit (AI-managed)QuarterlyInternal time only
Management ReviewQuarterly (annual minimum for ISO)Internal time only

🏒 Certification Bodies

ℹ️
JAS-ANZ Accreditation is Non-Negotiable

Only use a certification body accredited by JAS-ANZ (Joint Accreditation System of Australia and New Zealand). Certificates from non-JAS-ANZ bodies are not recognised for government tenders, insurance purposes, or international trade. Always verify accreditation at jas-anz.org before engaging.

BodyOriginOuthaus FitNotes
SAI Global Australian Recommended Largest Australian-owned certification body. Strong in construction. Local auditors who understand QLD building industry. Competitive pricing. Excellent for combined audits.
BSI Group UK (global) Strong option ISO's founding body. Strong global recognition. Good for ISO 27001 (their speciality). Slightly more expensive but strong brand.
Bureau Veritas French (global) Good option Very strong in environmental and energy standards. Good choice if 14001/50001 are prioritised.
SGS Australia Swiss (global) Alternative Largest testing and inspection company globally. Strong in supply chain and product standards. Less construction focus locally.

Recommended approach: Request quotes from SAI Global and BSI Group for the combined ISO 9001 + 45001 + 14001 engagement. Compare audit day rates and auditor construction experience. SAI Global will likely win on price and local knowledge.

πŸ’° Budget & Investment

πŸ’‘
Self-Managed Approach

Traditional ISO implementation uses external management consultants at $150-300/hour. With Outhaus's AI management layer generating first drafts of all documentation, the consultant cost drops to near zero. The main investment is Jeremy's review time and the certification body audit fees.

Year 1 - Foundation to Triple Certification (9001 + 45001 + 14001)
IMS Foundation documentation (AI-generated, Jeremy review)Internal time only
QMS procedures and work instructionsInternal time only
OHSMS procedures and SWMSInternal time only
EMS procedures and registersInternal time only
SAI Global Stage 1 audit (document review - remote, 1 day)~$1,500-2,500
SAI Global Stage 2 audit (combined on-site, 2-3 days, 3 standards)~$6,000-12,000
Certification fees and certificate issuance (3 standards)~$1,500-3,000
Penetration test (website only - not required for 9001/45001/14001)N/A Year 1
Year 1 Total Estimate$9,000 - $17,500
Year 2 - ISO 50001 + Surveillance Audits
ISO 50001 Stage 1 + Stage 2 audit~$4,000-8,000
Annual surveillance audit (Year 1 standards - combined)~$3,000-6,000
Year 2 Total Estimate$7,000 - $14,000
Year 3 - ISO 27001 + Surveillance Audits
Penetration test (external security firm, required for 27001)~$5,000-15,000
ISO 27001 Stage 1 + Stage 2 audit~$10,000-20,000
Annual surveillance audit (all other standards)~$4,000-8,000
Year 3 Total Estimate$19,000 - $43,000
3-Year Total Investment
Conservative scenario (own the process, minimal external support)~$35,000
Realistic scenario (some external review of SWMS and ISMS)~$50,000
Traditional consultant-led scenario (for comparison only)$120,000 - $250,000
AI-powered advantage (savings vs consultant)$70,000 - $200,000

⚑ Quick Wins - Start This Week

These actions can start immediately, before any project is formally kicked off. Each one creates an artefact that becomes part of the IMS.

1. Create the IMS folder structure
In the workspace: 01-projects/iso-ims/ with subfolders: /01-foundation, /02-quality, /03-safety, /04-environment, /05-energy, /06-infosec, /07-records, /08-audits. This is where all controlled documents live.
2. Write the Integrated IMS Policy
One-page commitment statement. Covers quality, safety, environment, energy, and security. Signed by Jeremy. This becomes Document IMS-POL-001. Can be drafted in one session.
3. Start the Legal Register
Pull from the existing 48 building code PDFs plus the compliance INDEX. Add WHS Act 2011 (QLD), EPA 1994, Privacy Act 1988, Building Act 1975. This directly addresses a documented gap.
4. Build the Risk Register
Start populating the integrated risk register now. Business, quality, safety, environment, and information risks in one spreadsheet. The advisory board stress test output is the raw material.
5. Commission SIPs environmental data
Ask SipForm for their environmental data: waste per panel, embodied carbon, recycled content, end-of-life recyclability. This becomes the baseline data for ISO 14001 and 50001.
6. Get a quote from SAI Global
Contact SAI Global (sai-global.com) for a quote on a combined ISO 9001 + 45001 + 14001 certification engagement. No commitment required - just get the number on the table.
🎯
Say "Let's do P1" to kick off the IMS Foundation project

When ready to start, say "Let's do IMS P1" and I'll build the complete foundation package: IMS Manual, Integrated Policy, Organisational Context, Master Document Register, RACI, Risk Register framework, and Legal Register in a single focused session.