Lead Engineer

• Apr 2023 - Present

Senior Transmission Engineer

• Jan 2023 - Apr 2023

As a Senior Transmission Engineer, my role included leading and managing projects, providing technical expertise, mentoring and training junior engineers, and contributing to the development of company strategies.Project HighlightsOwner's Engineer: Acted as the Owner’s Engineer on behalf of Duke Energy Florida to support 140+ miles of transmission line and 16+ solar interconnect EPC projects upholding client standards and expectations. SPP Wood Pole Replacement: Led the engineering design of 1100+ wood pole replacements in support of Duke Energy Florida's Storm Protection Program. The designs utilize direct-embedded, wood pole equivalent, light-duty steel structures. Show less

Staff Transmission Engineer

• Jun 2021 - Jan 2023

As a Staff Transmission Engineer, my role consisted of planning, designing, coordinating, and executing engineering projects. I worked closely with cross-functional teams, including project managers, designers, and contractors, to ensure the successful completion of projects within the specified time frame, budget, and quality standards.Project Highlights: 138kV Brazo's River Crossing: Designed a 0.7-mile transmission line modification due to existing erosion on the Brazos River for CenterPoint Energy. The design consisted of a 0.33-mile river crossing span and utilized steel tangent and deadend structures on drilled pier foundations. 115kV Substation Interconnection: Designed a 0.6-mile new transmission line connection in support of the new Jefferson Street #3 Substation for Georgia Power Company.68-230kV Solar Interconnects: Led internal team to provide support for the development of fifteen (15) different solar interconnects ranging in voltage from 69-230kV for Duke Energy Florida.138kV Transmission Line Thermal Uprate and Reconductor: Designed a 5.80-mile transmission line thermal uprate and reconductor utilizing existing towers and new structures as necessary for CenterPoint Energy. The design consisted of direct-embedded concrete tangent structures, steel pole deadends on drilled pier foundations, and the evaluation of existing towers. 69kV Transmission Line Rebuild: Designed a 3.30-mile transmission line rebuild from Duke Energy Florida's Davenport Substation to West Davenport Substation. The design utilized direct-embedded steel tangent and deadend structures including a boxout at Davenport Substation. Show less

Transmission Line Engineer

• Aug 2020 - May 2021

As a Transmission Line Engineer, the scope of my work included the design of high-voltage transmission lines using PLS-CADD, MFAD, and other industry-leading tools. My experience includes working with a team to ensure projects met regulatory compliance and industry standards. Through my technical expertise, project management skills, and attention to detail, I delivered successful projects while adhering to tight timelines and budgets. Project Highlights: Hanford Site 12kV Distribution System Rebuild: As the lead engineer, oversaw the design of a 34-mile system upgrade at The Hanford Site to support the decommissioning of the nuclear production complex. Implemented an innovative design approach that utilized all direct-embedded wood poles. Key responsibilities included conducting detailed PLS-CADD design and clearance checks, designing and spotting structures, producing custom framing and assembly drawings, creating construction specifications, coordinating with distribution teams, generating construction drawings and documents, developing bills of materials, and managing material ordering. NIPSCO Highway Crossings: Designed high-risk highway crossings in northern Indiana to enhance the reliability and safety of the NiSource Transmission System. The projects involved the design of five major crossings using direct-embedded wood poles. My responsibilities included conducting detailed PLS-CADD design and clearance checks, designing structures and spotting, designing foundations, preparing bills of materials, ordering materials, developing construction drawings and documents, and providing construction support. Show less

Transmission Line Engineer II

• Aug 2018 - Jul 2020

As a Transmission Line Engineer II, the scope of my work included the design of more than 65 miles of overhead transmission lines, ranging from 69kV to 230kV. I was also involved in the design of underground transmission lines for various projects. In addition, I played a key role in ensuring the maintenance of the transmission lines by overseeing the execution of wood pole replacement initiatives.Project Highlights:Hurrican Michael PX Restoration: Played a pivotal role in restoring 34 Mile, 230kV Line under a condensed timeline following Hurricane Michael, as part of a team of three engineers. Final design was released within 4 weeks, and final deliverables were completed within 7 weeks. The line was built and energized just 5 months after the hurricane struck.Southern Oaks: Led the design and construction of the Southern Oaks project, a new overhead 69kV/115kV line covering 6.5 miles, including the installation of two full-length anchor bolt foundations. Successfully reduced development costs by 25%, optimizing the project budget.The Villages Development: Oversaw the rebuild of 15+ miles of 69kV/115kV lines, efficiently reducing development scope by up to 50% on certain sections of the line, resulting in cost savings and increased productivity.Vandolah to Whidden: Spearheaded the re-conductor project for a 230kV Tie Line covering 15 miles, proposing an alternative conductor to re-use existing structures and foundations. This innovative solution reduced development costs by $3.25M, contributing to increased efficiency and cost-effectiveness of the project. Show less

Transmission Line Engineer I

• Jun 2017 - Aug 2018

As a Transmission Line Engineer I, I completed a 10-month field rotation assignment in various departments within the Transmission group, including Construction Oversight, Asset Management, and Construction Planning, where they acted as a liaison between the field and engineering.Analyzed and designed overhead high voltage power transmission lines ranging from 69kV through 115kV, utilizing expertise in structural design and engineering to ensure compliance with industry standards and regulations.Managed, prepared, and reviewed line routing, survey coordination, PLS-CADD modeling, structural design, foundation design, clearance checks, material procurement, and construction support compliant with NESC, ASCE, and IEEE codes, ensuring efficient and effective execution of projects. Show less

Engineering Co-Op

• May 2016 - May 2017

Completed four successful co-op rotations with the Transmission Department in Substation Engineering, Project Management, and Line Engineering. Successfully organized a request program that allowed Distribution facilities to be near or attach to Transmission structures, leading to increased operational efficiency and cost savings.Ensured compliance with NERC/FERC regulations by identifying limiting elements on high voltage power lines ranging from 69kV through 500kV for tie connections with neighboring utilities, contributing to the company's reputation for regulatory compliance.Utilized LiDAR survey to confirm proper construction of transmission lines through an as-built process, minimizing the risk of design errors and construction defects.Helped manage a 10-person team of designers and engineers within strict budgetary and time constraints for the removal of a Transmission/Distribution substation project valued at $500,000+, ensuring timely project completion and adherence to budget.Assisted in developing a removal plan for 2017 to prioritize the replacement of bad wood poles in support of the Wood Pole Replacement Program, contributing to the company's sustainability goals. Show less

Engineering Co-Op

• May 2015 - Aug 2015

As a substation engineering co-op, my role included conducting a comprehensive structural analysis of a foundation structure supporting three PTs and three Surge Arrestors, utilizing RISA-3D software to ensure structural integrity. I also assisted with the SPCC Inventory Program, where they identified all oil-filled circuit breakers and assessed the capacity of transformer containment areas, allowing for effective management of inventory and resources. As a substation engineering co-op, my role included conducting a comprehensive structural analysis of a foundation structure supporting three PTs and three Surge Arrestors, utilizing RISA-3D software to ensure structural integrity. I also assisted with the SPCC Inventory Program, where they identified all oil-filled circuit breakers and assessed the capacity of transformer containment areas, allowing for effective management of inventory and resources.

Civil Engineering Intern

• Mar 2014 - Aug 2014

Performed structural analyses and Tie-Max inspections of corporate and residential buildings; confirmed compliance with Florida building codes. Assisted with the production of financial documents, letters, field reports, and drawings (AutoCAD); revised and edited project documents with Microsoft Office. Analyzed drainage plans, conducted field inspections of proper water flow of commercial and residential sites, and ensured compliance with local ordinances. Provided IT maintenance for the corporate office in order to maintain network efficiency with printers, Microsoft Exchange, and other system objects. Show less