Electrical Incidents
Investigation
A comprehensive, 3-day corporate training program designed to build competency in forensic incident investigation, root cause analysis, and professional evidence-based reporting.
David Davenport
Chief Consultant Engineer – ESIPAC
David Davenport is an experienced electrical engineer with over 50 years' experience in Mining, Heavy Industry, Oil & Gas and Critical Power. Working for companies including Rolls Royce, BAE, Siemens and Barlow Rand in his lengthy career. He is Vice-President and Chief Engineer for the Global Safety Standards organisation ESIPAC.
David has conducted over 150+ training programs, seminars and workshops worldwide, mentoring 1500+ professionals in electrical safety and excellence in installations, commissioning and testing, safety and monitoring solutions, electrical design, project work and planning engineering. He is also a key-note speaker at international conferences on electrical safety and excellence.
Expertise & Certifications
Chartered Electrical Engineer. Member of Institute and Engineering Technology, an IEEE member and a Fellow of the Institute of Leadership and Management. Fully compliant and IOSH certified in electrical safety. David is himself an LVAP, HVSAP and an Authorised Engineer with many years of process documentation and hands-on switching experience.
Course Overview
This program provides participants with the knowledge and practical skills needed to investigate electrical incidents safely, effectively, and in accordance with legal and organisational requirements.
Learn how to analyse electrical failures, identify contributing human and technical factors, reconstruct event timelines, and develop corrective actions to prevent recurrence.
Program Highlights
- → Forensic Failure Analysis Techniques
- → Root Cause Analysis (RCA) Methodology
- → Legal & Regulatory Compliance
- → Professional Report Writing
- → Practical Scene Investigation
Key Learning Outcomes
Structured Investigation
Conduct a structured investigation of electrical incidents following global safety protocols.
Root Cause Analysis
Identify root causes and contributing factors using proven RCA models like 5-Whys and Fishbone.
Forensic Analysis
Apply electrical engineering knowledge to forensic examination and failure mode identification.
Corrective Actions
Recommend effective, evidence-based corrective actions to prevent incident recurrence.
Professional Reporting
Prepare professional, defensible investigation reports that stand up to legal scrutiny.
Legal Compliance
Ensure adherence to safety protocols and compliance with legal and regulatory requirements.
Training Agenda
Session 1: Legal Framework
EAWR, OSHA, RIDDOR, and Employer responsibilities.
Session 2: Electrical Hazards
Types of electrical incidents: Shock, arc flash, fire. Risk factors and common failure modes.
Session 3: Immediate Response
Isolation, LOTO, securing the scene. Evidence preservation and chain of custody.
Session 1: Technical Assessment
Inspection of switchgear, cables, and protection devices. Identifying arcing, overheating, and insulation failure.
Session 2: Human Factors
Witness interviews and statement analysis. Assessing training records, work permits, and SOPs.
Session 3: Contributory Factors
Environmental, maintenance, and design conditions. Understanding upstream systemic failures.
Session 1: Report Writing
Structure of a professional investigation report. Presenting evidence and findings.
Session 2: Corrective & Preventive Actions
Designing effective corrective measures. PPE, engineering controls, and administrative barriers.
Session 3: Practical Investigation
Full simulated scene examination. Evidence collection, analysis, and presenting the final report.
Frequently Asked Questions
An electrical incident investigation is a systematic process used to determine the root causes of electrical failures, shocks, arc flashes, or fires. It involves evidence collection, technical analysis, witness interviews, and the development of corrective actions.
RCA goes beyond the immediate cause of an incident to identify underlying systemic failures. It prevents future incidents, protects employees, reduces operational downtime, and shields companies from legal liabilities and regulatory penalties.
Regulations like RIDDOR (UK) and OSHA (US) mandate strict reporting for electrical incidents involving injuries, fatalities, or dangerous occurrences. Non-compliance can result in significant fines and legal action against the responsible organisation.
Investment & Registration
Event Code: EII-AUG-2026 | 19th – 21st August 2026 (Online)
Individual
USD 1,4951 Delegate
Team
USD 1,2952 to 4 Delegates
Corporate
USD 9955+ Delegates