Tekla Modeler and Detailer

Job Title:

Tekla Modeler and Detailer Location:

Lindon, UT, 84042

Employment Type:

Full-Time (On-site) Company Overview Client is a leading provider of steel detailing and modeling services, delivering precision-driven solutions for complex structural projects across the U.S. We take pride in our innovative work culture, commitment to quality, and collaborative environment. Position Summary We are seeking an experienced Tekla Modeler and Detailer to join our team in Lindon, Utah . This is an on-site position, and U.S. citizenship is required. The ideal candidate will have 5+ years of hands-on experience using Tekla Structures (version 2023 or newer) and a passion for creating highly accurate structural steel models and shop drawings. This role offers excellent compensation, benefits, and the opportunity to be part of a talented team contributing to high-impact construction projects. Key Responsibilities Develop detailed 3D models of structural steel components using Tekla Structures (v2023 or newer) Produce accurate shop drawings, erection plans, and material lists Interpret architectural and structural drawings to create constructible models Ensure compliance with project specifications, building codes, and industry standards Collaborate with project managers, engineers, and fabricators to resolve detailing issues Participate in quality control checks and model reviews Manage revisions and updates as projects evolve Required Qualifications U.S. Citizenship (required) Willingness to relocate to work on-site in Lindon, Utah Minimum 5 years of experience with Tekla Structures (version 2023 or newer) Strong understanding of structural steel detailing and fabrication processes Ability to read and interpret structural and architectural drawings Excellent attention to detail and organizational skills Strong communication and teamwork abilities Preferred Qualifications Experience working with U.S.-based steel fabrication or construction firms Familiarity with AISC standards and codes Experience with connection design and modeling