What are the responsibilities and job description for the Substation Physical Designer position at Per Sé Group?
Summary
Per Sé Group is hiring Substation Physical Designers for a long-term contract. Our client is a global leader in power and energy engineering and design with expertise in grid modernization, renewables, oil & gas, nuclear power and more. This role offers a hybrid work arrangement.
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
Per Sé Group is hiring Substation Physical Designers for a long-term contract. Our client is a global leader in power and energy engineering and design with expertise in grid modernization, renewables, oil & gas, nuclear power and more. This role offers a hybrid work arrangement.
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
- 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
- Interpreting and incorporating vendor information into design deliverables.
- Performing walkdowns at client facilities.
- Applying Client's standards related to the work.
- A minimum of 2 years of substation physical design experience.
- An associate’s degree in Drafting/Computer Aided Design 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.
- 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.
