Mechanical Designer

Mechanical Designer What you will be doing in the role of Mechanical Designer: Your responsibilities may include, but are not limited to: Planning, designing, and drafting detailed specifications of mechanical systems including gas transmission piping, letdown stations, fuel trains, hydronic systems, pumps/compressors, vessels, and clean in place skids Creating and drafting detailed drawings and preparing specifications for purchase of materials and equipment Creating technical reports, solving technical problems, and supporting the continuous improvement of design processes Design and drafting of piping and instrumentation diagrams (P&IDs) Creating and drafting sketches, and preparing specifications and material take-offs (MTOs) for purchase of materials and equipment Creating mechanical design packages including detailed drawings, shop spool drawings, Isometrics, Bill of Materials (BOMs), assembly drawings, and layouts Designing skid’s steel structures and preparing related fabrication shop drawings Interfacing with Project Managers and Project Engineers to estimate project timelines, coordinating with suppliers, prepare drawings, resolve mechanical issues, and implement changes as required. Participate in system testing, validation, to ensure that mechanical components function as intended. Troubleshoot and rectify mechanical issues during the testing phase. Maintain and update comprehensive documentation of all mechanical designs, drawings, and changes made during the project. Preparing final designs and specifications Communicate progress updates and estimated completion time to project engineers and managers. Stay updated with the latest advancements in mechanical components and automation technologies Knowledge and skills required for the role: 2+ years of experience in a Piping/Mechanical Designer role in a related industry Demonstrated proficiency in Modelling/Drafting techniques and standards Proficiency with AutoCAD/AutoCAD Plant 3D, SolidWorks, Inventor Experience generating Fabrication, General Arrangement, Hook-Up, Piping & Instrumentation Diagram (P&ID) drawings Management of software palettes to match piping material specifications Generates reports, including: line lists, material take-offs, etc. Knowledge of engineering and piping codes and standards, specifically ASME B31.1 and B31.3 Knowledge of piping material specifications and piping flexibility principles. Capable of suggesting alternative pipe routing, fittings to better suit the application. Knowledge of pipe structure and supports (fixed vs. variable) and lifting methods Demonstrated understanding of engineering theories and principles Understanding of welder/technician needs, anticipate details required for fabrication and assembly Provides recommendations for field welding to provide greater flexibility during installation Ability to interpret piping materials specifications, including material designations, pressure classes, and branch charts