
James I. Daniel, PE, REWC - Building Construction Consultant, Dispute Resolutions
Jim Daniel is Principal and Executive Vice President of Building & Environmental Consultants, a division of ITC Experts, Inc. With 33 years of experience, Mr. Daniel specializes in investigation, testing, evaluation and design of repairs for non-performing construction systems including exterior building facades, roofing systems, wall systems, foundations, windows and building fenestration, curtain walls, and interior gypsum drywall and plaster systems. Exterior facade expertise includes, among others, brick, concrete and limestone masonry; exterior insulation and finish systems (EIFS); direct-applied exterior finish systems (DEFS); one-coat and three coat exterior portland cement plaster (traditional stucco); wood, metal, fiber-cement board, and vinyl sidings; thin brick, tile and exposed aggregate finish systems; glass fiber reinforced concrete (GFRC); glass curtain wall systems; joint sealants; flashing; and waterproof coating systems. Roofing expertise involves steep and low-sloped roofs including asphalt, wood, slate, and tile shingles; single ply membrane roofing; modified-bitumen roofing (MBR); built-up roofing (BUR); spray polyurethane foam (SPF) roofing; metal roofs; and associated expansion joints, scuppers, copings and flashing. He is a Licensed Professional Engineer in the States of Delaware, Florida, Illinois, Indiana, Minnesota, Missouri, Texas, and Wisconsin and has NCEES certification. He also is a Registered Exterior Wall Consultant (REWC) through The Institute of Roofing, Waterproofing, & Building Envelope Professionals (RCI).
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Dr. Ralph G. Oesterle, PhD, PE - Buildings and Environmental; Structural Engineering
Dr. Oesterle is Principal and Vice President of Structural Engineering in ITC Expert's Building and Environmental Consultants (BEC) practice area. With over 37 years of experience in experimental, analytical and field investigations of the response of structures to gravity, seismic and wind loading, Dr. Oesterle has specific expertise in structural behavior of reinforced and prestressed concrete structural elements, particularly in response to loading beyond normal service level conditions. This expertise has been gained through years of testing and observing structures in the laboratory and in the field and expanding the knowledge gained through computer simulations of observed behavior. Dr. Oesterle has applied this expertise to structural evaluation and failure analysis of reinforced and prestressed concrete structures including foundations, high-rise buildings, parking structures, building facades, bridges, industrial structures, sanitary engineering structures, cooling towers and large diameter prestressed and reinforced concrete pipe. Primary focus of his research work has included experimental and analytical investigations of the response of structural walls to earthquake loading, and the effects of inelastic strains, including creep, shrinkage and thermal strains, on reinforced and prestressed concrete structural behavior. Dr. Oesterle's work on the Jet Propulsion Laboratory Goldstone 64-meter antenna has been recognized and awarded the National Aeronautics and Space Administration Group Achievement Award. He had also received the Raymond C. Reese Structural Research Award from American Concrete Institute for his experimental work related to earthquake-resistant structural walls. Dr. Oesterle is a licensed Structural Engineer in the State of Illinois, a licensed Professional Engineer in the States of Kentucky, New Jersey, North Carolina and Wisconsin and has NCEES certification.
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Edward Malnar, FMP - Building Defects and Insurance Claims Investigations
Mr. Malnar is a Senior Consultant with Building & Environmental Consultants, a division of ITC Experts, Inc. He specializes in investigation, evaluation, testing and repair of non performing construction systems involving roofing, exterior walls, windows, building fenestration, foundations, and various other components of the exterior building envelope. Roofing expertise encompasses residential systems including asphalt composite shingles, wood shingles and shakes, natural stone (slate), and terra-cotta/clay tiles; commercial systems including poly-vinyl chloride (reinforced and unreinforced PVC), modified-bitumen roofing (MBR), built-up roofing (BUR), and metal roofs. Exterior cladding expertise includes brick, concrete, and limestone masonry; exterior insulation and finish systems (EIFS); exterior Portland cement plaster (traditional stucco); wood, aluminum, and vinyl siding. While employed at HPZS Architects in Chicago, Illinois, Mr. Malnar specialized in management of projects for exterior envelope restoration. He performed field exploration and produced reports for prescriptive remedial recommendations of problems related to roof, wall, and window systems. Mr. Malnar was a key team member for the time sensitive historic façade and roof restoration for Soldier Field in Chicago, in anticipation of the World Cup Soccer in 1994. He managed the construction phase of the historic copper roof restoration for the Museum of Science and Industry in Chicago. He was the primary investigator of all building facades and remedial repair supervision for Fulton House, 345 North Canal Street, Chicago, IL.
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