Oil and Gas Technical Knowledge Retention Training Course

Course overview

Oil and gas organisations lose operational knowledge when experienced drilling, production, maintenance, subsurface, and project personnel retire, transfer, or rotate offshore. Critical decisions can become trapped in email, personal drives, shift notebooks, vendor documents, and poorly indexed repositories. The result is repeated troubleshooting, weak handovers, inaccessible lessons learned, audit exposure, and avoidable risk when teams must act on incomplete records during maintenance, start-up, well intervention, or incident response.

This course develops a practical system for identifying critical knowledge, classifying business records, defining retention requirements, and making validated information retrievable at the point of need. Participants learn to create knowledge-risk maps, develop controlled taxonomies and metadata, distinguish records from working documents, design retention and disposal schedules, establish handover packs, and capture lessons from operational events. The programme addresses technical records including P&IDs, well files, maintenance histories, inspection reports, operating envelopes, management-of-change evidence, and project close-out documents.

Through oil and gas cases, repository exercises, and facilitated design workshops, participants apply ISO 15489-1 principles alongside the realities of regulated asset operations. They work with document-control scenarios involving incomplete equipment histories, disputed revision status, departing subject-matter experts, and retrieval requests after an incident. Each participant leaves with a Knowledge and Records Retention Action Plan for a selected asset, function, or project, including a critical-knowledge register, proposed taxonomy, retention matrix, ownership model, and implementation priorities.

The course is suited to professionals who already work with technical information or operational knowledge and need to establish stronger governance across asset life cycles. It is particularly valuable where ageing workforces, contractor turnover, legacy systems, or major capital projects make knowledge continuity a business-critical issue.

Course objectives

By the end of this course, participants will be able to:

• Identify critical operational knowledge using a knowledge-risk mapping method for asset, project, and role transitions
• Classify technical documents and formal records using a controlled oil and gas taxonomy and metadata schema
• Build a records retention schedule covering engineering, well, maintenance, inspection, HSE, and project records
• Apply ISO 15489-1 principles to record authenticity, reliability, integrity, usability, and disposal decisions
• Design role-based knowledge handover packs for retiring specialists, rotating crews, and contractor demobilisation
• Create a lessons-learned capture workflow that converts operational events into validated, reusable knowledge
• Evaluate document repository controls for versioning, access permissions, searchability, audit trails, and retention holds
• Produce a phased Knowledge and Records Retention Action Plan with owners, controls, measures, and implementation milestones

Benefits of attending

Target competencies

Who should attend

• Technical Records Managers — who must govern engineering and operational records across complex asset portfolios
• Asset Integrity Managers — who depend on reliable inspection, maintenance, corrosion, and equipment-history records
• Operations and Production Managers — who need critical operating knowledge available across shifts, sites, and personnel changes
• Document Controllers — who administer technical repositories and need stronger retention, metadata, and lifecycle controls
• Project Information Managers — who must transfer complete, usable records from capital projects into operations
• HSE and Management of Change Coordinators — who need defensible evidence trails for operational decisions and regulatory assurance

Requirements and prerequisites

Participants should have practical exposure to oil and gas operations, projects, engineering support, maintenance, HSE, document control, or technical administration. They should understand the difference between a drawing, procedure, report, data sheet, and approved record, and be comfortable discussing their organisation’s shared drives, document management system, or enterprise content repository. Familiarity with basic asset lifecycle stages and management-of-change practice is useful. No prior records-management qualification, coding ability, database administration experience, or specialist knowledge of ISO standards is required; the course explains the relevant standards and applies them through operational examples.

Training methodology

The instructor leads short technical briefings followed by working sessions using realistic oil and gas records: equipment dossiers, P&ID revisions, inspection reports, well documentation, maintenance histories, and project handover files. Participants diagnose retrieval and ownership failures, build metadata and retention rules in groups, and test handover and lessons-learned workflows against asset scenarios. Facilitated peer review compares approaches across operations, projects, and corporate functions. On the final day, each participant converts course outputs into a practical action plan for a defined business area.

Course outline

Day 1: Knowledge risk across the oil and gas asset lifecycle

• Critical knowledge loss during retirement, rotation, transfer, and contractor demobilisation
• Asset lifecycle information flows from concept selection to decommissioning
• Tacit, explicit, procedural, and evidential knowledge in operational settings
• Knowledge-risk mapping by role criticality, likelihood of loss, and operational consequence
• Information failure modes in drilling, production, maintenance, and capital projects
• Records versus reference material, working documents, and transient communications
• Knowledge ownership and accountability using RACI assignments

Workshop: Participants create a knowledge-risk map for a departing production, maintenance, or project specialist and identify the highest-priority capture actions.

Day 2: Technical records classification and repository control

• ISO 15489-1 record characteristics and records-management processes
• Oil and gas technical record classes for engineering, wells, integrity, HSE, and projects
• Functional taxonomy design for assets, systems, equipment, wells, and document types
• Metadata fields for asset identifiers, tag numbers, revision status, approval, and retention trigger
• Controlled vocabulary design and naming conventions for technical files
• Version control, superseded documents, master-document registers, and approved-for-use status
• Search, retrieval, access permissions, and audit-trail requirements in content repositories

Workshop: Participants redesign a poorly structured technical document library and produce a taxonomy, metadata template, and file-naming convention.

Day 3: Retention, disposal, and defensible evidence

• Retention triggers based on asset life, contract close-out, equipment life, and regulatory obligation
• Retention scheduling for P&IDs, datasheets, well records, inspection reports, and maintenance evidence
• Legal holds, incident investigations, claims, and suspension of routine disposal
• Disposition authority, review cycles, and documented destruction approvals
• Data quality checks for completeness, accuracy, traceability, and approved status
• Confidentiality controls for commercial, subsurface, personnel, and security-sensitive information
• Retention matrix design linking record class, owner, repository, trigger, and disposition action

Workshop: Participants build a retention matrix for a selected asset area, including retention triggers, accountable owners, review dates, and hold conditions.

Day 4: Knowledge capture, handover, and lessons learned

• Structured expert interviews and critical-incident knowledge capture
• Role-based handover packs for offshore rotation, succession, and reassignment
• After-action reviews and learning reviews following operational events
• Validation workflows for converting lessons learned into approved operating knowledge
• Communities of practice and technical authority review mechanisms
• Project close-out and project-to-operations information handover requirements
• Knowledge reuse measures including retrieval time, reuse rate, and overdue capture actions

Workshop: Participants conduct a simulated expert knowledge-capture interview and produce a validated handover pack and lessons-learned record.

Day 5: Governance and implementation for sustained retention

• Knowledge and records governance operating model for asset-based organisations
• Roles of technical authorities, document control, IT, legal, HSE, and asset teams
• Repository improvement priorities for Microsoft SharePoint and OpenText Content Suite
• Migration controls for legacy drives, scanned archives, and duplicate technical files
• Performance indicators for retrieval, completeness, retention compliance, and knowledge-risk reduction
• Change management for adoption of metadata, handover, and disposal practices
• Ninety-day implementation planning and executive reporting

Workshop: Participants complete and present a Knowledge and Records Retention Action Plan containing priorities, owners, measures, repository controls, and a 90-day launch sequence.

Tools & standards covered

Microsoft SharePoint, OpenText Content Suite, ISO 15489-1:2016, ISO 14224:2016

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions