Mechanical Engineering Intern, Component Design & Technical Documentation

Job Details

Level: Entry

Job Location:

Corporate Headquarters - Duluth, GA 30096
Position Type:
Internship/Co-op
Education Level: High School/GED or Equivalent
Salary Range: $16.00 - $18.00 Hourly

Travel Percentage :
Negligible

Job Shift: Day
Job Category:
Engineering

Data Path is a leader in satellite and terrestrial telecommunication system design, integration, and turnkey installation services, headquartered in Duluth, GA (Northeast suburb of Atlanta, GA). Data Path specializes in designing, manufacturing, and supporting both custom and commercial- off-the-shelf mission-critical remote satellite-based communications solutions for customers worldwide in the most extreme conditions.

The Mechanical Engineering Intern will support engineering design, documentation, and configuration activities related to mechanical components and assemblies. This position is intended for a student who has completed at least one full year of college and is pursuing a degree in Mechanical Engineering or a related engineering discipline.

• Create, revise, and maintain 3D models and engineering drawings for mechanical components and assemblies.
• Support development of technical documentation for controlled engineering releases.
• Prepare or update drawings in accordance with applicable ASME Y14-series standards, including basic GD&T principles.
• Assist with component design activities, including part modeling, fit checks, drawing updates, and design documentation.
• Support organization and maintenance of component libraries within PDM or PLM systems.
• Assist with part data entry, document control, and engineering release packages as required.
• Review existing designs, drawings, and models for completeness, consistency, manufacturability, and configuration accuracy.
• Support engineering change activities by incorporating redlines, markups, and approved design updates.
• Use 3D modeling tools to create and revise parts, assemblies, and associated drawings.
• Assist with basic engineering analysis using built-in CAD analysis tools, where applicable.
• Work with engineers, designers, configuration management, manufacturing, and quality personnel to resolve documentation or design questions.
• Search existing engineering data, PDM/PLM systems, and part libraries to identify reusable components or existing design data.
• Support proper revision control, drawing release, part numbering, and documentation practices in accordance with company configuration management processes.
• Gain exposure to manufacturing methods, fabrication constraints, assembly considerations, and inspection feedback.
• Maintain flexibility as tools, methods, and project requirements evolve.

• Completed at least one full year of college; rising sophomore or higher.
• Currently pursuing a degree in Mechanical Engineering, Mechanical Engineering Technology, or a related technical field.
• Available for full‑time work, 40 hours per week, during assigned work rotations.
• Experience with at least one 3D modeling system.
• Basic understanding of mechanical design principles.
• Familiarity with engineering drawings and technical documentation.
• Basic knowledge of GD&T concepts.
• Ability to work carefully with technical data, revision‑controlled documents, and engineering records.
• Strong attention to detail.
• Willingness to learn formal engineering documentation, configuration control, and drawing release practices.
• Ability to work both independently and as part of a technical team.
• Must be able to access and work with controlled technical data as required by company policy, customer requirements, and applicable export control regulations.

• Experience with Solid Works or Creo.
• Solid Works student certification or other CAD certification.
• Familiarity with ASME Y14-series drawing standards.
• Experience creating or interpreting Y14‑compliant engineering drawings.
• Experience working with PDM or PLM systems.
• Experience organizing or maintaining component libraries.
• Exposure to configuration management, engineering change processes, revision control, or controlled drawing release.
• Exposure to built‑in CAD analysis tools, such as basic stress, motion, interference,…