Computational Designer- Structural

Walter P Moore; Town of Texas, Dallas (WI, TX); Hybrid; USD 70,000 - 95,000; Full time

Job summary

An established industry player is seeking a Computational Designer to innovate digital workflows and enhance project delivery processes. This role involves collaborating with structural engineering teams on complex projects, utilizing advanced computational design techniques, and maintaining high standards in scripting and modeling. The position offers a hybrid work environment with flexibility, including stipends for home office setup. Join a dynamic team dedicated to solving complex structural challenges globally and advancing digital initiatives within the firm.

Benefits

Home office setup stipend ($1,000)

Monthly stipend ($50)

Flexible work environment

Diversity and inclusion commitment

Qualifications

• 3+ years of experience in a designer role with strong BIM and computational design skills.
• Bachelor's or Master's degree in Architecture or Civil Engineering with a focus on Structural Engineering.

Responsibilities

• Develop and deploy digital workflows through coding and visual scripting.
• Collaborate on digital implementation for design, documentation, and construction models.

Skills

BIM

parametric modeling

computational design

visual communication

Python

C#

JavaScript

Git

Education

Bachelor's degree in Architecture

Master's degree in Civil Engineering

Tools

Rhinoceros

Grasshopper

Revit

Rhino.Inside

Tekla Structures

Adobe Creative Suite

Power BI

ETABS

SAP2000

Job description

Computational Designer- Structural

Walter P Moore has an immediate opening for a Computational Designer. This role focuses on developing and applying advanced digital workflows and data-driven strategies to enhance project delivery processes. The Computational Designer collaborates across structural engineering teams on complex projects and works under the supervision of digital practice leaders to advance firmwide digital initiatives.

This position is based in our Dallas office, with occasional travel required if the candidate is outside Dallas. While Dallas is preferred, candidates from other locations will also be considered.

Responsibilities

1. Assist in developing and deploying digital workflows via coding and visual scripting.
2. Contribute to the development of BIMs and related deliverables.
3. Establish and maintain scripting and modeling standards across project teams.
4. Identify opportunities to improve project delivery through technology and data processes.
5. Create visuals to communicate with clients and project teams for better design decisions.
6. Maintain online documentation of digital practices across the firm.
7. Collaborate with project teams on digital implementation, including analysis, design, documentation, fabrication, and construction models.

Qualifications & Required Skills

1. Bachelor's or Master's degree in Architecture or Civil Engineering with emphasis on Structural Engineering.
2. At least 3 years of experience in a designer role.
3. Understanding of BIM, parametric modeling, computational design, and interoperability.
4. Familiarity with Rhinoceros, Grasshopper, Revit; knowledge of Rhino.Inside, Tekla Structures, Adobe Creative Suite, Power BI, ETABS or SAP2000 is a plus.
5. Programming experience in Python, C#, JavaScript, Git, and collaborative coding is a plus.
6. Strong organizational and communication skills, including visual communication skills with data visualizations, diagrams, and 3D renderings.
7. Ability to work collaboratively and manage multiple priorities in a fast-paced environment.

Additional Information

Walter P Moore offers a hybrid work environment with flexibility for in-office and remote work. A one-time $1,000 home office setup stipend and ongoing $50 monthly stipend are provided. We are an equal opportunity employer committed to diversity and inclusion.

Company Overview

Walter P Moore is a global engineering, architecture, and consulting firm founded in 1931, headquartered in Houston, Texas. With over 1000 professionals across 24 U.S. offices and 7 international locations, we solve complex structural and infrastructure challenges worldwide.