Mechanical Designer

Scope of work

• Scope - The junior designer is responsible for supporting the discipline design portion of all scope documents and delivering documents which meet the scope requirements. The junior designers are responsible for using the correct documents (from the ITAC network) and assuring that these documents meet their intended purpose. Scope documents include: Scope of Work – defines project deliverables and schedules Discipline Narrative/Execution Plan – defines the details of the discipline design Specification – defines the details equipment or programming effort (when applicable to your discipline) The purpose of these scope documents is to communicate the project objectives to the client, project manager, and design team. These documents must have enough detail to allow the discipline design team to proceed in the absence of the lead engineer. These documents must specify the deliverables and schedule.
• Schedule – The junior designer is responsible for following the project schedule as defined in the scope documents.
• Budget – The junior designer is responsible for asking about budget allotted for assigned tasks, tracking their hours for those tasks.
• Quality – The junior designer is responsible for the quality of work and deliverables assigned to them. 5. Execution Plan – The junior designer is responsible for aiding in the execution of the Project Execution Plan, communicating areas of risk and delays to the lead/responsible engineer, and sometimes aiding in the development of the Project Execution Plan.

Requirements

• Bachelor's degree in Mechanical Engineering or a related field.
• 2-5 years of experience in mechanical design, industrial equipment general arrangements, equipment setting, and piping plans/elevations/isometrics preferably within an industrial setting.
• 3D CAD experience in Plant 3D (including modeling industrial equipment (boilers, chillers, pumps…) and routing pipe/duct/cable trays within 3D environment.
• Laser scanning of industrial sites, working with point clouds, and stitching/aligning scans together
• Formulating Navisworks models from baseline point clouds and using Edgewise for within the point cloud
• Cutting plan and elevations drawing from the 3D model, both equipment layouts and piping layouts
• 3D CAD experience in Plant 3D
• Laser scanning, working with point clouds
• Formulating Navisworks models from baseline point clouds
• Cutting plan and elevations drawing from the 3D model.

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