Skip to main content
Loading
loadingbar
Loading, Please wait..!!

D Plant Layout Engineer

  • D Plant Layout Engineer job type Posted on: Nov 11, 2026
  • D Plant Layout Engineer experience level American IT Systems
  • D Plant Layout Engineer employment type Austin, Texas
  • D Plant Layout Engineer employment type Onsite
  • D Plant Layout Engineer salary CTC

Point Apply Here APPLY LATER

Curious about compensation?

Explore the historical salary trends, average pay, and estimated compensation for D Plant Layout Engineer roles in Texas.

View Salary Guide →

Job Title :

D Plant Layout Engineer

Job Type :

Contract

Job Location :

Austin Texas United States

Remote :

No

Jobcon Logo Job Description :

Must-Have Skills:

3D plant modeling (Revit) - Build and maintain 3D plant models in Revit (BIM). Use Navisworks to combine and coordinate 3D models and identify potential layout conflicts.

Equipment modeling - Create accurate 3D models of all manufacturing equipment and integrate them into the plant layout.

2D 3D layouts - Develop 3D models from 2D factory layouts and keep both in sync.

Vendor coordination - Work with equipment vendors to obtain and validate model data and specs.

Cross-functional collaboration - Partner with IE, manufacturing, construction and facilities teams to align the model with real plant requirements.

Change / version control - Manage model revisions and keep a clear release/approval history.

3D Plant Layout Engineer Revit/BIM Specialist (Industrial Engineering / Factory and Manufacturing Design)

Required Skills

Revit & AutoCAD: Advanced modeling, equipment integration, family creation, model optimization, and CAD interoperability.

Navisworks Manage: Model federation, clash detection, clearance analysis, and issue tracking.

ACC & Bluebeam: Cloud collaboration, document management, drawing reviews, and revision control.

Automation & Integration: Revit/AutoCAD/Navisworks/Inventor/Bluebeam/ACC

Manufacturing BIM: Factory layouts, equipment utility interfaces, material handling, and multidisciplinary coordination.

BIM Governance: Modeling standards, shared coordinates, data integrity, model health, and engineering workflows.

Key Responsibilities

BIM Standards & Governance: Establish and maintain BIM standards for equipment naming, family classifications, file organization, model ownership, approval workflows, and revision control.

Equipment Integration & Optimization: Integrate manufacturing equipment CAD models into Revit, simplifying complex assemblies while preserving critical geometry, maintenance clearances, and coordination requirements.

Revit Families & Automation: Develop standardized Revit families, equipment libraries, templates, and custom views.

Factory Layout & Utility Coordination: Maintain coordinated 3D factory layouts, including equipment, pallets, material flow aisles, utility connections, and volumetric envelopes across multiple elevations.

Navisworks & Clash Detection: Develop and maintain federated Navisworks models, perform clash detection across manufacturing and facility systems, and track tagged conflicts, viewpoints, and resolutions.

Model Management & Interoperability: Maintain equipment parameters, optimize model health, manage CAD/Revit import-export workflows, and prepare compatible geometry for FlexSim simulations (Example: .fbx files or .stp files)

ACC & Bluebeam Collaboration: Manage Autodesk Construction Cloud (ACC) projects, model publishing, permissions, and version control; use Bluebeam for drawing reviews, markups, and coordination of engineering changes.

BIM Infrastructure, Training & Support: Maintain standardized factory base models, migrate legacy CAD layouts into Revit, train manufacturing engineers, and troubleshoot modeling, coordinate alignment, and software integration issues.

Deliverables

Factory BIM Models: Updated, coordinated Revit layouts integrating equipment, utilities, infrastructure, and material flow.

Standardized Libraries: Optimized equipment families, BIM templates, custom views

Clash Reports: Navisworks models with tagged clashes, assigned owners, and resolution tracking.

Engineering Documentation: ACC-published models, Bluebeam markups, drawing revisions, and archived layouts.

Model Quality & Interoperability: Validated equipment data, model health reports, and FlexSim-compatible exports.

Jobcon Logo Position Details

Posted:

Nov 11, 2026

Reference Number:

2172-44639

Employment:

CTC

City:

Austin

Job Origin:

CIEPAL_ORGANIC_FEED

Share this job:

  • linkedin

Jobcon Logo
A job sourcing event
In Dallas Fort Worth
Aug 19, 2017 9am-6pm
All job seekers welcome!

D Plant Layout Engineer    Apply

Click on the below icons to share this job to Linkedin, Twitter!

Must-Have Skills:

3D plant modeling (Revit) - Build and maintain 3D plant models in Revit (BIM). Use Navisworks to combine and coordinate 3D models and identify potential layout conflicts.

Equipment modeling - Create accurate 3D models of all manufacturing equipment and integrate them into the plant layout.

2D 3D layouts - Develop 3D models from 2D factory layouts and keep both in sync.

Vendor coordination - Work with equipment vendors to obtain and validate model data and specs.

Cross-functional collaboration - Partner with IE, manufacturing, construction and facilities teams to align the model with real plant requirements.

Change / version control - Manage model revisions and keep a clear release/approval history.

3D Plant Layout Engineer Revit/BIM Specialist (Industrial Engineering / Factory and Manufacturing Design)

Required Skills

Revit & AutoCAD: Advanced modeling, equipment integration, family creation, model optimization, and CAD interoperability.

Navisworks Manage: Model federation, clash detection, clearance analysis, and issue tracking.

ACC & Bluebeam: Cloud collaboration, document management, drawing reviews, and revision control.

Automation & Integration: Revit/AutoCAD/Navisworks/Inventor/Bluebeam/ACC

Manufacturing BIM: Factory layouts, equipment utility interfaces, material handling, and multidisciplinary coordination.

BIM Governance: Modeling standards, shared coordinates, data integrity, model health, and engineering workflows.

Key Responsibilities

BIM Standards & Governance: Establish and maintain BIM standards for equipment naming, family classifications, file organization, model ownership, approval workflows, and revision control.

Equipment Integration & Optimization: Integrate manufacturing equipment CAD models into Revit, simplifying complex assemblies while preserving critical geometry, maintenance clearances, and coordination requirements.

Revit Families & Automation: Develop standardized Revit families, equipment libraries, templates, and custom views.

Factory Layout & Utility Coordination: Maintain coordinated 3D factory layouts, including equipment, pallets, material flow aisles, utility connections, and volumetric envelopes across multiple elevations.

Navisworks & Clash Detection: Develop and maintain federated Navisworks models, perform clash detection across manufacturing and facility systems, and track tagged conflicts, viewpoints, and resolutions.

Model Management & Interoperability: Maintain equipment parameters, optimize model health, manage CAD/Revit import-export workflows, and prepare compatible geometry for FlexSim simulations (Example: .fbx files or .stp files)

ACC & Bluebeam Collaboration: Manage Autodesk Construction Cloud (ACC) projects, model publishing, permissions, and version control; use Bluebeam for drawing reviews, markups, and coordination of engineering changes.

BIM Infrastructure, Training & Support: Maintain standardized factory base models, migrate legacy CAD layouts into Revit, train manufacturing engineers, and troubleshoot modeling, coordinate alignment, and software integration issues.

Deliverables

Factory BIM Models: Updated, coordinated Revit layouts integrating equipment, utilities, infrastructure, and material flow.

Standardized Libraries: Optimized equipment families, BIM templates, custom views

Clash Reports: Navisworks models with tagged clashes, assigned owners, and resolution tracking.

Engineering Documentation: ACC-published models, Bluebeam markups, drawing revisions, and archived layouts.

Model Quality & Interoperability: Validated equipment data, model health reports, and FlexSim-compatible exports.

Loading
Please wait..!!