Senior CAD Designer -- Part-Time

Sargent & Lundy

2d•$36 - $55•Remote

About The Position

This is a remote/virtual position. Candidate can be based anywhere within the United States. This designer/drafter position is expected to work in a multi-discipline project team to develop accurate 2D drawing packages that meet client, code, and company standards while supporting safe, constructible, and timely project delivery. Your responsibilities will include, but are not limited to: Prepare design deliverables in CAD (e.g., physical layouts and sections; civil grading and drainage plans; structural steel/concrete layouts and details; mechanical equipment layouts, piping GAs/isometrics/supports; and single line/wiring/schematic drawings and related documents). Use tools such as AutoCAD, MicroStation, Civil 3D, Navisworks, and other 3D design software to draft, check, and revise designs, including bills of material and associated documentation. Interpret and incorporate information from engineers, vendor drawings, specifications, standards, and topographic/field data into coordinated design deliverables. Identify and help resolve design issues (interferences, grading conflicts, system layout problems, wiring inconsistencies, etc.) and support clash/coordination reviews across disciplines. Perform thorough self-checks of drawings, apply client and company standards consistently, and ensure completeness, accuracy, and constructability of issued deliverables. Support and sometimes lead field activities such as walkdowns and data gathering at client facilities, and update designs based on field conditions. Collaborate closely with engineers and designers from other disciplines, communicate progress and issues, and help maintain project schedules and priorities. Maintain and grow practical knowledge of engineering and design principles, including the ability to visualize parts and systems in 3D and relate equipment, wiring, and structures to the overall plant or substation design.

Requirements

Associate’s degree in Computer Aided Design Technology OR a bachelor’s degree in engineering technology OR equivalent technical experience.
Ten or more years of detailed CAD design experience producing detailed drawing for power projects (e.g., physical layouts and sections; civil grading and drainage plans; structural steel/concrete layouts and details; mechanical equipment layouts, piping GAs/isometrics/supports; and single line/wiring/schematic drawings and related documents).
Proficiency with design software tools in executing 3D plant layout models.
Ability to interface with engineering and design teams of other disciplines
Autodesk AutoCAD
Autodesk Civil 3D
Bentley Microstation
Autodesk Navisworks

Nice To Haves

Experience in power plant design process

Responsibilities

Prepare design deliverables in CAD (e.g., physical layouts and sections; civil grading and drainage plans; structural steel/concrete layouts and details; mechanical equipment layouts, piping GAs/isometrics/supports; and single line/wiring/schematic drawings and related documents).
Use tools such as AutoCAD, MicroStation, Civil 3D, Navisworks, and other 3D design software to draft, check, and revise designs, including bills of material and associated documentation.
Interpret and incorporate information from engineers, vendor drawings, specifications, standards, and topographic/field data into coordinated design deliverables.
Identify and help resolve design issues (interferences, grading conflicts, system layout problems, wiring inconsistencies, etc.) and support clash/coordination reviews across disciplines.
Perform thorough self-checks of drawings, apply client and company standards consistently, and ensure completeness, accuracy, and constructability of issued deliverables.
Support and sometimes lead field activities such as walkdowns and data gathering at client facilities, and update designs based on field conditions.
Collaborate closely with engineers and designers from other disciplines, communicate progress and issues, and help maintain project schedules and priorities.
Maintain and grow practical knowledge of engineering and design principles, including the ability to visualize parts and systems in 3D and relate equipment, wiring, and structures to the overall plant or substation design.