Senior Structural Tekla Designer

Novetus Engineering•Houston, TX

27d

About The Position

We are seeking an experienced Senior Structural Tekla Designer to take ownership of structural modeling packages and guide the development of high‑quality design deliverables. In this role, you will lead Tekla modeling strategies, ensure constructability and accuracy, and support efficient execution across FEED, fabrication, and construction phases. Ideal candidates bring 5–10 years of structural design experience within large‑scale petrochemical or LNG onshore projects.

Requirements

Petrochemical/LNG project experience on major onshore facilities.
3D structural modeling and drawing production using Tekla Structures.
BIM workflow understanding and model‑based coordination.
Familiarity with U.S. structural and safety standards including AISC, OSHA, ACI 318, ASTM, AWS, and equivalent codes.
Associate or bachelor’s degree in engineering or technology with 5+ years of experience, or 10+ years of relevant experience in lieu of a degree.
Strong English communication skills (reading and writing).
5–10 years of structural design experience in refining, petrochemical, or LNG projects; EPC background preferred.
Ability to work independently and self‑direct tasks with minimal supervision.

Nice To Haves

Experience with Tekla rebar modeling is a plus.

Responsibilities

Apply established design procedures and maintain consistency across deliverables.
Utilize model‑based QA/QC processes and automated drawing generation.
Work with Tekla Structures 2025 or comparable versions.
Model and detail miscellaneous steel components such as handrails, stairs, and ladders.
Produce and/or check a variety of structural deliverables, including: Design drawings, General arrangement drawings, Isometric drawings, COG drawings, Additional steel‑related documentation.
Perform thorough self‑reviews to ensure compliance with project standards and regulatory requirements.
Collaborate regularly with U.S.‑based teams and demonstrate a willingness to learn new tools and methods.
Evaluate multiple design solutions and make data‑driven decisions.
Apply knowledge of fabrication and construction practices to improve constructability.
Manage multiple assignments and maintain schedule discipline.