Candidate is expected to work from the office 2-3 days a week and may work remotely for the rest. • Chicago, IL (Downtown or Western Suburbs) • Wilmington, DE • Hamilton, NJ • Elkridge, MD • Washington, DC • Pittsburgh, PA • Chattanooga, TN • Fort Worth, TX • Houston, TX • Phoenix, AZ • Denver, CO • Orlando, FL • Tampa, FL • Charlotte, NC • Cary/Raleigh, NC • Reading, PA (Soon to open) • Columbus, OH (Soon to open) • Somerville, SC (Soon to open) • New Orleans, LA (Soon to open) • Minneapolis, MN (Soon to open) • Atlanta, GA (Soon to open) • Walnut Creek, CA • Santa Ana, CA
Job description
As a Substation Physical Designer, you will be working in a project team environment with engineers and other designers involved in high and extra high voltage substation design. Responsibilities will include the preparation of the following substation drawings: • Substation General Arrangement • Substation Electrical Equipment Plans • Substation Section Views (Elevations) • Substation Detailed Bill of Material • Substation Lightning Stroke Shielding Plan • Substation Grounding Plan • Substation Conduit, Electrical Connection and Grounding Details • Substation Below Grade Conduit/Raceway Plan • Control Building Equipment, Cable Tray, Lighting, Grounding Plans and Section
Other responsibilities include, but are not limited to: • Interpreting and incorporating vendor information into design deliverables. • Performing walkdowns at client facilities. • Applying Client's standards related to the work.
QUALIFICATIONS:
Education/Experience Requirements: • A minimum of 3 years of substation physical design experience. • An Associate's Degree in Drafting, or a high school diploma and 2 or more years drafting course work or equivalent technical experience. • Proficient with AutoCAD and MicroStation. • Ability to visualize parts in 3D without the aid of the computer.
Valued Knowledge/Skills: • An Associate's Degree in Computer Aided Design. • Knowledge of design techniques, tools, and principles involved in production of technical plans, blueprints, drawings, and models. • Knowledge of the practical application of engineering science and technology, including the ability to relate various equipment to a technical design