Roderick Rennison, CEng MICE, P.E., CSP
Senior VP Global Energy Services & Quantum and Delay North America
Background
Mr. Roderick Rennison holds an MA with an emphasis in civil and structural engineering from Cambridge University. He is a professional engineer licensed in the United States (US) and United Kingdom (UK) with over 30 years of experience in civil and structural engineering, power generation, telecommunications, and commercial real estate, with proficiency in forensic investigations, structural design, facilities management, contract negotiation, business startup and management, performance and quality management, and health and safety management. Mr. Rennison is also a Certified Safety Professional.
Mr. Rennison has worked for medium and large engineering and forensic consulting firms and also founded his own highly successful civil and structural engineering consulting firm. He has performed many traditional engineering functions, ranging from project planning through detailed engineering design, construction management, failure analysis, and provision of expert testimony.
He has negotiated and secured contracts with some of the world’s most prestigious companies and conducted research into construction industry best practices in the US and UK at one of the world’s premier research facilities.
Education and Certifications
- Civil and Structural Engineering, M.A.: Cambridge University, England (1992)
- Registered Professional Engineer: Idaho, New Mexico, and United Kingdom
- General Contractor: New Mexico
- Certified Safety Professional: Board of Certified Safety Professionals
Publications
- “Enhancing Solar PV Lifecycle Asset Management through Autonomous Drone EL Mapping” Yong Sheng KHOO, Dr. Karl BEDRICH, Mr. Jing CHAI, Dr. Yan WANG, Quantified Energy Labs, Singapore and Roderick Rennison, Senior Vice President Global Energy Services, Rimkus.
- “Approach for Measuring Reductions in Operations, Maintenance, and Energy Costs: Baseline Measures of Construction Industry Practices for the National Construction Goals.” NIST, July 1, 1998.
- “An Approach for Measuring Reductions in Delivery Time: Baseline Measures of Construction Industry Practices for the National Construction Goals.” NIST, January 1, 1998.