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<br /> schnabel-eng.com 1 . Qualifications / Lake Orange Intake Tower / 9
<br /> Mark Landis, PG, LG, PE Project
<br /> 14 4� Senior Resource Commitment
<br /> MS / Civil Engineering / North Carolina State University 5%
<br /> BS / Geology/ University of North Carolina Chapel Hill
<br /> Registered PE - NC - 018958
<br /> Office Location: Greensboro, NC
<br /> Mark is a principal geotechnical engineer and the Dams and Levees Business Unit Chief Design
<br /> and Quality Leader, with more than 39 years of experience on projects involving geotechnical
<br /> engineering; geological and hydrogeological evaluations; geophysics; design; construction; and
<br /> rehabilitation for dams, dikes, major earthworks, and water resource projects. He has performed
<br /> evaluations, design, and routine dam inspections for earthen and concrete (conventional and
<br /> RCC) dams including evaluations, design, and construction of grout curtains, secant walls, sheet
<br /> piling, slurry walls and other cutoff and seepage mitigation technologies in coastal plain settings,
<br /> karstic, sedimentary, metamorphic, volcanic, and igneous rock geologic environments. He has also
<br /> participated in reviews and PFMAs on IEPR/SAR teams and senior reviewer for USACE, USBR, BIA,
<br /> and FERC (IC) projects.
<br /> Ch---'-- lohnson, PE, SE Project
<br /> Structural Commitment
<br /> MS / Structural Engineering / North Carolina State University 25%
<br /> 7,'Ar BS / Civil Engineering / North Carolina State University
<br /> Registered PE - NC - 036183
<br /> Office Location: Greensboro, NC
<br /> Charles has over 17 years of specializing in structural design and analysis of reinforced concrete
<br /> and steel structures including spillways, retaining structures, and other ancillary structures. He has
<br /> extensive design experience with other materials including masonry, prestressed concrete, cold-
<br /> formed steel, stainless steel, aluminum, wood, and fiber reinforced polymers (FRP). Charles has
<br /> designed structures with shallow spread footings or deep foundations, such as driven steel piles,
<br /> prestressed concrete piles, micropiles, and caissons. He has designed and detailed structures
<br /> for extreme flood, wind, seismic, blast, constructability, and ductility requirements. He has
<br /> participated in the design of six LEED-certified construction projects, which minimized material
<br /> usage and environmental impact while emphasizing locally available and sustainable materials.
<br /> Laura Shearin-Feimster, PE, ENV SP Project
<br /> H&H Commitment
<br /> ME / Engineering Management/ Duke University 20%
<br /> BA/ Biological Engineering / North Carolina State University
<br /> Registered PE - NC - 037496
<br /> Office Location: Greensboro, NC
<br /> Laura leads the hydrologic and hydraulic analysis and the design group for the Greensboro
<br /> office. She has spent the majority of her career performing the inspection, evaluation, and
<br /> design of dams. She has extensive experience in the hydrologic and hydraulic analysis (H&H) and
<br /> design of existing, rehabilitated, and new dams. In particular, she has experience developing
<br /> large watershed hydrologic models, developing conceptual spillway and energy dissipation
<br /> configurations, and performing scour analyses for rehabilitations, replacement, and new dam
<br /> spillways. Laura has also performed regular and formal inspections, prepared Emergency Action
<br /> Plans (EAPs), EAP tabletop exercises, and Operation and Maintenance (O&M) Manuals, and
<br /> Build Better.Together.
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