Physical Designer (Substation)

GFT•Marlton, NJ

3d•Hybrid

About The Position

GFT is searching for a Physical Substation Designer to work in either Chicago,IL, St. Louis, MO, Pittsburgh, PA, Phoenix, AZ, Marlon, NJ, Charlotte, NC, or Roanoke, VA office. An experienced Physical Designer could also work remotely anywhere in the United States (fully remote). Joining the power team at GFT means engaging in cutting-edge projects that drive the future of energy infrastructure. Our team excels in providing solutions for power transmission, distribution, and renewable energy, utilizing advanced technologies and creative problem-solving to meet today’s diverse energy needs. Be part of a dynamic group dedicated to enhancing system reliability, sustainability, and efficiency while shaping the energy landscape for a resilient and sustainable future. Discover some of our signature power and energy projects here. What you'll be challenged to do: This experienced Designer will be responsible for the physical design of high voltage substation projects through 500kv. As a member of our team you will be part of an organization widely recognized for quality and excellence . Our senior team members, regarded as industry experts, are focused on training and leading the next generation of Engineers and Designers. You will receive a competitive salary, full benefits, and a valuable work/life balance.If you are looking to join a collaborative team that is focused on delivering excellence, please consider applying. In this capacity, the successful candidate will be responsible for the following:

Requirements

3+ years of relevant substation or general electrical T&D designing experience.
Expertise in the use of computer-aided drafting tools such as AutoCAD or MicroStation
Thorough knowledge of the following codes, National Electrical Safety Code (NESC), National Electrical Code(NEC), Institute for Electrical and Electronics Engineers(IEEE), American National Standards Institute (ANSI), and Design Guide for Rural Substations
Ability to review and coordinate vendor submittals to ensure compliance with design parameters
Knowledge of substation phase spacing and electrical clearance requirements for live conductors, switch components, and bus supports
Ability to develop and review a complete set of construction documents (layouts, elevations, details, grounding plans and details, trench and conduit plans and details, single line diagrams, etc.) based upon project/client specification with little or no supervision
Ability to create control enclosure layout, cable tray layout and details, and conduit drawings
Knowledge of substation voltages, MV, HV, EHV
Ability to develop and design substation duct bank
Ability to interpret engineering calculations and studies and apply same to design requirements
Ability to apply project schedules to complete tasks in a timely manner and within project budget
Thorough knowledge of substation structures and equipment including connectors, insulators, switches, and all types of conductors and how they interconnect
Knowledge in substation construction and/or commissioning techniques and industry standards
Ability to write routine reports and correspondence
Proficiency to sketch single line diagrams, layouts, general arrangements, conduit plans, trench plans, grounding plans and other design documents with little or no oversight

Nice To Haves

Experience in the energy industry or a consulting services environment
Skilled in 3D Modeling

Responsibilities

Design and execution of high-voltage substations projects in the 34.5kV – 500kV range with an emphasis on project safety, cost, quality and reliability.
Generate designs and detailed engineering deliverables working under the supervision of lead engineer
Detail physical aspects of the engineering design such as general arrangement, elevation, grounding and conduit drawings
Complete basic engineering calculations related to engineering deliverables
Follow specific instructions of supervisor or engineers to perform the more complex design assignments requiring application of standard design principles and practices
Use standard CAD tools to create drawings and related deliverables
Perform detailed calculations to compute and establish manufacturing, construction, and installation standards and specifications
Inspect completed installations and observe operations, to ensure conformance to design and equipment specifications and compliance with operational and safety standards
Oversee project production efforts to assure projects are completed satisfactorily, on time and within budget
Prepare and study technical drawings and specifications of electrical systems, to ensure that installation and operations conform to standards and customer requirements
Travel to job sites for job assessment and data gathering as needed. Return to the office with sufficient field notes to complete project design