Cybil L. Miller, MS, EIT

EDUCATION University of Tennessee Knoxville, TN

December 2007 Bachelor of Science in Civil Engineering

May 2015 University of Florida, Gainesville, FL

Master of Science in Civil Engineering

CERTIFICATIONS Engineer in Training Certification

AND LICENSES Eligible to sit for the Professional Engineering Exam

WORKPLACE COURSES Instructor Led Training

AND TRAINING Bechtel Supervisor Development Program

COMPUTER SKILLS Working knowledge of GTSTRUDL, ME035, Enercalc, RAM Concept, CONAN, Werco, AutoCAD, MathCAD, and Microsoft Office

CODES AND Steel: AISC Steel Construction Manual (7th, 8th, 9th, and 13th editions), AISI Cold-Formed SPECIFICATIONS Steel Design Manual, 1996 ed., and AISC N690-94.

Concrete: ACI 349-01 (based on ACI 318).

Bolts/Welding: AWS D1.1, ASME B1.1, Machinery’s Handbook, 27th ed., and ASTM

A325/A490.

ENGINEERING

EXPERIENCE Empyrean Services (for Southern Nuclear Company at Plant Vogtle) Waynesboro, GA

January 2017 - Present Design Task Engineer for System Turnover Completion

Act as the representative for design engineering pertaining to assigned system turnovers to ensure design completion of all systems, structures, and components (SSCs) included in a system turnover, and ensure the SSCs have been installed per the design documentation.

Coordinate with Initial Test Program engineers to define the boundaries of system turnovers required to be completed and successful prior to fuel load for Plant Vogtle Units 3 &4.

Track change paper (Engineering and Design Coordination Reports, Non-conformance and Disposition Reports, and Condition Reports) to closure to ensure the changes have been implemented by construction in the field.

Resolve emergent issues in a timely manner through close coordination with Construction on Design Engineering in order to meet the system turnover deadline.

Develop system turnover packages that document the system is construction/design complete and ready to turn over to plant testing.

Senior Civil Engineering Lead for Engineering Construction Readiness Team (eCRT)

Reviewed upcoming construction tasks to identify design and installation gaps.

Prepared and verified Engineering and Design Coordination Reports (E&DCRs) while upholding the current plant licensing basis and considering the current state of construction to resolve engineering gaps found during review including:

oEmbedment plate design or modification qualification

oElectrical (conduit, cable tray, and panel/cabinets) and HVAC support design or modification qualification

oConnection design for plant equipment (cast-in place concrete anchorage, welded studs to embedment connection, and drill-and-tap anchor to embedment connection).

SNC Construction Compliance Oversight

Reviewed E&DCRs and Nonconformance and Disposition Reports (N&Ds) to assure compliance with licensing and technical bases.

Documented non-compliances through the issuance of Condition Reports (CRs).

April 2016 - December 2016 Ellinwood + Machado Consulting Engineers Atlanta, GA

Project Engineer

Designed wood columns, beams, and shear walls for Type III and Type V residential

construction with the use of Enercalc.

Designed post-tension concrete podiums with reinforcement using RAM Concept.

Created structural drawings in AutoCAD and Revit.

Performed site visits and wrote observation reports.

Reviewed contractor shop drawings for accuracy of design.

June 2015 - February 2016 ENERCON Services Kennesaw, GA

Senior Civil / Structural Engineer

Lead Civil Responsible Engineer for TVA nuclear plant modification projects.

Scoped and provided cost estimates for new project proposals and current project changes.

Developed Civil input for Design Change Notices including the preparation of Drawing Change Authorizations to reflect the designed modifications.

Project tasks included the design and evaluation for:

oCore bores and rebar cuts in concrete walls

oStructural supports (conduit, cable tray, and piping)

oHaul paths for heavy loads

oSeismic qualifications of electrical panels

oConcrete anchorage (embedded and post-installed)

May 2013 - May 2015 Westinghouse Cranberry Township, PA

Project Manager

Project Manager for the Embedments team consisting of 100+ team members from 4 different companies and 5 locations.

Maintained the embedments schedule for the entire nuclear island including concrete walls and floors and structural modules.

Coordinated labor needs to meet the construction need dates of the projects in China and domestically.

Traveled to Shanghai, China to perform walkdowns at a nuclear site in order to confirm the acceptability of the current processes in place.

Began as the Lead for the Nuclear Island Attachment Scrub Team consisting of 50+ team members.

Evaluated the acceptance of embedded plates.

Tracked and closed open issues associated with the qualification of embedded plates through inter-disciplinary coordination.

February 2008-May 2013 Bechtel Power Corporation Knoxville, TN

Civil / Structural Engineer III, Grade 24

Watts Bar Nuclear Power Plant Unit 2 Construction Completion Project.

Civil Lead for the Closure Group performing Field Change Requests (FCR).

Material Requisition Lead for Civil group.

Project-wide Qualified Instructor for Material Requisitions.

ASME Qualified.

Led team of Civil engineers during NRC Region 2 Inspector audit of conduit and conduit support corrective action program at WBNP. Direct interaction with NRC Resident Inspectors at Watts Bar Nuclear Plant (WBNP). Responsible for supplying technical responses to the Region 2 inspectors. All issues/questions resolved during the audit.

Evaluated and designed civil structures through the preparation, checking, verification, and issuance of design calculations.

Performed walkdowns and calculations as part of the Cable Tray Support group.

Responsible ALARA Reviewer for Civil group.

Performed analysis on Steel Containment Vessel penetrations.

Structural Attachments to Civil Features (SALS) Lead.

May 2006-December 2007 MACTEC Engineering and Consulting, Inc. Knoxville, TN

Lab Technician

Coordinated projects in the soils lab.

Performed soil and concrete tests, such as Atterberg limits, proctors, hydrometers, and concrete compression tests.

Inspected rebar and footings at job sites.

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