Force Capital Partners (FCP): Engineering and ProcurementSpartan Infrastructure: Advisory BoardShane’s 15 years of transmission line engineering experience includes some of the most significant 345-500kV Transmission Engineering Procure Construct (EPC) programs of the 21st Century. A well-respected expert in line engineering, his recent work includes some of the most cutting-edge engineering and construction methods in the industry. Shane now consults for Spartan leadership on the technical engineering and constructability aspects of EPC projects. Recent Project ExperienceSouthern California Edison (SCE) – 220kV West of Devers (2018) Shane evaluated the technical construction proposals and developed the specifications for the new line (e.g. foundations, pole designs, pole top assemblies and grounding specs). American Transmission Company (ATC) - 138kV Prefabricated Foundation (PFF) Project (2016) In one of the first projects of its kind, Shane advised on the design and oversaw the use of a low-profile vibratory hammer to install the PFFs along 50-miles of low-lying wetlands in Wisconsin. The project was an acclaimed success and allowed for the use of normal matting and nightly energization of the 69kV line when required. American Electric Power (AEP) - 345kV/765kV Sullivan Substation Upgrade Project (2015-2016) Shane assumed leadership after the construction contractor experienced quality issues on seven failed foundations. He instructed the construction crews on the American Concrete Institute (ACI) specifications and taught them how to excavate, set and pour foundations in deep, wet, and collapsing excavations. PacifiCorp - 345kV EPC Sigurd to Red Butte Transmission Line (2013-2015) As the Lead Field Engineer, Shane led the Quality Assurance (QA) oversight. Running through arduous, mountainous terrain, the line required numerous active redesigns due to constructability issues and difficult site conditions. PacifiCorp - Mona to Oquirrh 345/500kV EPC Transmission Project (2011-2013) As the field engineer on the EPC project, Shane resolved several key design and constructability issues. At one site, located adjacent to a highway and only 8’ above the water table, Shane organized and oversaw the dynamic load capacity test to validate a foundation redesign. The 200’ high lattice dead-end structure originally called for four 9 x 80’ caisson foundations. Obtaining the test data, Shane successfully redesigned the foundation, saving $1M in cost and $6M in risk associated with the construction of the original design. Publications / PresentationsCombining Construction Methods, Engineering, Inspection and Testing: ASCE SEI/ATS Conference Sept 2015 titled Deep Foundations Helicopter Aided Construction (What to Know for Efficient and Cost-Effective Projects): Northwest Power Pool Association (NWPPA) Engineering and Operations Conference April 2016 |