Reports to: The Senior Director Advisory & Engineering Services

Exergy is seeking an experienced Mechanical Designer to support the design and delivery of pilot-scale and prototype mechanical systems. This role is hands-on and fast-paced, requiring practical experience across piping, pressure equipment, structural, and general mechanical equipment.

The successful candidate will be responsible for producing practical, well-thought-out designs and drawings that are straightforward to build and easy to operate. Work will be closely coordinated with engineers, fabrication shops, and field teams.

KEY RESPONSIBILITIES

At Exergy, our work is often challenging yet fulfilling. We pride ourselves in thinking outside the box, offering unique problem solving and sound technical expertise, while exhibiting agility in project execution. The key responsibilities are as follows: 

• Support layout and design of pilot plants and modular systems (e.g., skids or containerized units)
• Develop detailed piping designs, general arrangement drawings, plot plans, piping layouts, and isometric drawings using AutoCAD Plant 3D, and other CAD software.
• Create and maintain intelligent 3D models of piping systems, equipment, supports, and associated mechanical components
• Develop 3d model pipe supports, pipe racks, platforms, and related mechanical structures
• Generate Fabrication drawing of pipe supports, pipe racks, platforms, and related mechanical structures.
• Perform clash detection and model coordination with multidisciplinary engineering teams.
• Ensure compliance with applicable codes and project standards.
• Produce material take-offs (MTOs), bill of materials (BOMs), and quantity reports.
• Produce complete, fabrication-ready drawing packages (GAs, piping isometrics, weld details, machined parts, and mechanical assemblies)
• Develop and maintain process documentation, including PFDs and P&IDs, in coordination with the engineering team.
• Generate Fabrication Drawings of Tanks, Filters, and Vessels to support the fabrication team.
• Coordinate with engineers, vendors, and fabricators to ensure designs are practical and buildable.
• Incorporate fabrication and field feedback into design improvements.
• Work effectively in a fast-paced environment with evolving requirements.
• Active, hands-on involvement in fabrication, assembly, and testing is expected; the role requires a strong willingness to get into the shop and support build directly.
• Contribute to the development and continuous improvement of CAD standards, templates, libraries, and design practices.
• Advanced user of Autodesk AutoCAD Plant 3D for intelligent 3D piping design, equipment modeling, piping specifications, orthographic drawings, isometric generation, and project administration.
• Customized Plant 3D catalogs, specifications, and components to meet project and client requirements.
• Troubleshot and resolved Plant 3D project configuration issues, specification conflicts, isometric generation problems, and equipment integration challenges
• Utilized Autodesk Inventor to create and modify mechanical equipment, custom piping components, pipe supports, structural assemblies, and fabrication models.
• Generated detailed fabrication and manufacturing drawings from Inventor models, including bills of materials (BOMs) and assembly documentation.
• Converted Inventor equipment models into Plant 3D-compatible assets and integrated them into multidisciplinary project models.
• Generate Electrical and instruments Drawing as per project required

• Direct exposure to fabrication environments (welding, machining, assembly) and/or field installation
• Ability to design with awareness of real-world constraints such as access, fit-up, and assembly, and operability

Technical Skills

• Proficiency in Autodesk Inventor and AutoCAD Plant 3D is required; equivalent 3D CAD platforms will be considered
• Ability to produce clear, complete, fabrication-ready drawings
• Solid understanding of dimensioning, datums, and realistic tolerancing
• Basic working knowledge of applicable industry codes and standards (e.g., pressure equipment codes, piping codes, welding codes, and drafting standards)
• General familiarity with common ASTM materials and specifications

Mindset

• Comfortable working with incomplete information and evolving designs
• Able to learn new equipment and systems quickly
• Takes ownership of work quality and follow through to completion
• Receptive to technical feedback and able to iterate efficiently

BENEFITS