1

3D Drafting Jobs in Texas (NOW HIRING)

Core Design & Drafting • Transform Concepts into Reality: Interpreting engineering sketches, concepts, and specifications to develop precise 2D drawings and 3D models for manufactured parts and ...

Drafting • Transform Concepts into Reality: Interpreting engineering sketches, concepts, and specifications to develop precise 2D drawings and 3D models for manufactured parts and assemblies using ...

CAD Drafter

Spicewood, TX

$24 - $32.25/hr

Position Summary Detail-oriented design professional specializing in Autodesk Revit for both 2D and 3D drafting. Demonstrates a consistent record of producing accurate, fully coordinated construction ...

High School Diploma required, (associate's degree or 2 years of course work in drafting techniques ... High level of proficiency Autodesk Civil 3D required. (MicroStation, OpenRoads, and GeoPak, are ...

Associate degree or equivalent work experience. * 3D drafting skills: Proficiency in Solid Edge or similar 3D modeling software is required. * Supplemental experience in 2D AutoCAD is a plus, but not ...

Associate degree or equivalent work experience. * 3D drafting skills: Proficiency in Solid Edge or similar 3D modeling software is required. * Supplemental experience in 2D AutoCAD is a plus, but not ...

Mechanical Engineering or equivalent majors will be strongly considered. * 3D drafting skills: Proficiency in Autodesk Inventor or similar 3D modeling software is required. * Supplemental experience ...

Mechanical Engineering or equivalent majors will be strongly considered. * 3D drafting skills: Proficiency in Autodesk Inventor or similar 3D modeling software is required. * Supplemental experience ...

next page

Showing results 1-20

3D Drafting information

What is the difference between 3D Drafting vs 2D Drafting?

Aspect3D Drafting2D Drafting
Skills & CertificationsProficiency in 3D modeling software (e.g., AutoCAD, Revit), basic CAD skillsProficiency in 2D CAD software, technical drawing standards
Work EnvironmentDesign firms, architecture, engineering, manufacturingArchitectural firms, engineering, construction
Industry UsageUsed for detailed visualizations, complex assemblies, and simulationsUsed for technical drawings, blueprints, and construction documents

3D Drafting involves creating three-dimensional models that provide detailed visualizations and simulations, while 2D Drafting focuses on flat technical drawings and blueprints. Both require CAD skills, but 3D Drafting offers more advanced visualization capabilities, making it ideal for complex projects and presentations.

What are the key skills and qualifications needed to thrive as a 3D Drafter, and why are they important?

To thrive as a 3D Drafter, you need strong spatial visualization, attention to detail, and proficiency in drafting principles, usually backed by a degree or certification in drafting, engineering, or a related field. Expertise with CAD software such as AutoCAD, SolidWorks, or Revit, along with knowledge of industry standards, is typically required. Effective communication, problem-solving skills, and the ability to collaborate with engineers and architects set standout professionals apart. These skills are essential for producing accurate, high-quality designs that meet project specifications and facilitate seamless teamwork.

What is 3D drafting?

3D drafting is the process of creating three-dimensional representations of objects or structures using specialized computer-aided design (CAD) software. Unlike traditional 2D drafting, which only shows height and width, 3D drafting incorporates depth, allowing for more accurate visualizations and detailed models. This is widely used in industries such as architecture, engineering, and manufacturing to design, analyze, and present complex projects. By using 3D drafting, professionals can detect potential design issues, improve communication, and streamline the fabrication or construction process.

What are some common challenges 3D Drafters face when collaborating with engineers and architects?

3D Drafters often work closely with engineers and architects, and one common challenge is ensuring that design revisions are accurately reflected in the 3D models and drawings. Miscommunication or delayed updates can lead to discrepancies in project documentation. Effective collaboration requires strong attention to detail, clear communication, and proficiency with various design software to keep all team members aligned and projects on schedule.
Infographic showing various 3D Drafting job openings in Texas as of July 2026, with employment types broken down into 87% Full Time, 10% Part Time, and 3% Contract. Highlights an 88% Physical, 4% Hybrid, and 8% Remote job distribution.
Manufacturing Engineering Manager - Production (3D & Programming)

Manufacturing Engineering Manager - Production (3D & Programming)

RTT Engineered Solutions

Rockwall, TX

$120K - $125K/yr

Full-time

Posted 24 days ago


Job description

Summary:
The Manufacturing Engineering Manager – Production owns all production‑facing engineering systems, standards, and data supporting RTT’s custom metal manufacturing operations. This role translates approved designs into accurate 3D models, manufacturing methods, routings, labor standards, and CNC programs within Epicor ERP.
The position ensures engineering data enables accurate costing, scheduling, and scalable production, while partnering closely with Operations and the Plant Superintendent.
Key Responsibilities:
Manufacturing Engineering amp; ERP Ownership
  • Own all production engineering data within Epicor, including Routings, Bills of Materials, Labor standards, and overhead drivers.
  • Define weld assumptions, material utilization logic, and process constraints required for accurate costing and capacity planning.
  • Establish engineering change control processes impacting production methods, cost, or throughput.
  • Lead manufacturing engineering participation in the Epicor implementation, stabilization, and ongoing governance.
  • Manage outsourced engineering relationships, and ensure output meets design and manufacturing standards.
3D Engineering amp; CAD Standards
  • Lead internal 3D drafting resources and outsourced CAD partners.
  • Establish and maintain 3D modeling standards aligned with: Manufacturing Methods, ERP structures, and Programming requirements.
  • Ensure released 3D models, BOMs, and routings remain synchronized and revision‑controlled.
  • Oversee SolidWorks, PDM/Vault standards, access policies, and release discipline.
Programming amp; Manufacturing Methods
  • Lead Programming team resources
  • Partner with the Plant Superintendent to refine manufacturability, tooling assumptions, and process capability.
  • Support continuous improvement initiatives tied to throughput, repeatability, and waste reduction.
Required Skills amp; Qualifications:
  • ï‚· 5+ years of manufacturing engineering experience in a custom or build‑to‑order environment
  • ï‚· Proven leadership experience managing engineers, drafters, or programmers
  • ï‚· Strong understanding of metal fabrication processes, including welding and forming
  • ï‚· ERP experience required; Epicor experience strongly preferred
  • ï‚· SolidWorks proficiency and experience with PDM/Vault systems
  • ï‚· Strong analytical, problem‑solving, and communication skills
  • Professional Engineer (PE) license in Structural Engineering or Civil Engineering with a structural focus is a plus.
    Summary:
    The Manufacturing Engineering Manager – Production owns all production‑facing engineering systems, standards, and data supporting RTT’s custom metal manufacturing operations. This role translates approved designs into accurate 3D models, manufacturing methods, routings, labor standards, and CNC programs within Epicor ERP.
    The position ensures engineering data enables accurate costing, scheduling, and scalable production, while partnering closely with Operations and the Plant Superintendent.
    Key Responsibilities:
    Manufacturing Engineering amp; ERP Ownership
  • Own all production engineering data within Epicor, including Routings, Bills of Materials, Labor standards, and overhead drivers.
  • Define weld assumptions, material utilization logic, and process constraints required for accurate costing and capacity planning.
  • Establish engineering change control processes impacting production methods, cost, or throughput.
  • Lead manufacturing engineering participation in the Epicor implementation, stabilization, and ongoing governance.
  • Manage outsourced engineering relationships, and ensure output meets design and manufacturing standards.
  • 3D Engineering amp; CAD Standards
  • Lead internal 3D drafting resources and outsourced CAD partners.
  • Establish and maintain 3D modeling standards aligned with: Manufacturing Methods, ERP structures, and Programming requirements.
  • Ensure released 3D models, BOMs, and routings remain synchronized and revision‑controlled.
  • Oversee SolidWorks, PDM/Vault standards, access policies, and release discipline.
  • Programming amp; Manufacturing Methods
  • Lead Programming team resources
  • Partner with the Plant Superintendent to refine manufacturability, tooling assumptions, and process capability.
  • Support continuous improvement initiatives tied to throughput, repeatability, and waste reduction.
  • Required Skills amp; Qualifications:
  • ï‚· 5+ years of manufacturing engineering experience in a custom or build‑to‑order environment
  • ï‚· Proven leadership experience managing engineers, drafters, or programmers
  • ï‚· Strong understanding of metal fabrication processes, including welding and forming
  • ï‚· ERP experience required; Epicor experience strongly preferred
  • ï‚· SolidWorks proficiency and experience with PDM/Vault systems
  • ï‚· Strong analytical, problem‑solving, and communication skills
  • Professional Engineer (PE) license in Structural Engineering or Civil Engineering with a structural focus is a plus.