Start Date
Immediate
Expiry Date
03 Dec, 25
Salary
60000.0
Posted On
04 Sep, 25
Experience
2 year(s) or above
Remote Job
Yes
Telecommute
Yes
Sponsor Visa
No
Skills
Solidworks
Industry
Mechanical or Industrial Engineering
MECHANICAL DRAFTER (SOLIDWORKS) – ENTRY LEVEL
Location: St. George, SC (Near Charleston)
Salary: $55,000 – $70,000 per year
Schedule: Full-Time | Monday–Friday | 7 AM to 4 PM. Flex start times between 6h30-8 AM available. Possibility to finish at noon on Friday.
Work Setup: On-site with flexible hours & hybrid work options after training
Founded in 1924, Comact is a global leader in wood processing technology, designing and manufacturing innovative equipment for sawmills worldwide. Our Charleston-area facility is part of a growing engineering hub, offering drafters and designers long-term stability, career advancement, and a collaborative work environment—with no contract-based uncertainty. Discover what we can build together by visiting our website and exploring the innovative projects we’re working on at https://www.comact.com/en/
As a Mechanical Drafter, you’ll work closely with engineers and the drafting team to create detailed, sketch-driven 3D designs using SolidWorks. You’ll help develop manufacturing-ready drawings while ensuring precision and feasibility.
WHO SHOULD APPLY?
This role is perfect for mechanical drafters, design technicians, and CAD specialists looking for a stable, long-term position with career growth opportunities. If you want to work on impactful projects in a collaborative, engineering-driven environment, apply today!
· Develop general assembly, sub-assembly, and detailed manufacturing drawings in SolidWorks
· Apply dimensional tolerances and ensure drawings align with manufacturing capabilities
· Conduct quality checks to verify accuracy and compliance with company standards
· Collaborate with teammates to resolve design questions—with little to no customer interaction
· Oversee revision control, ensuring updated drawings are always available
· Make adjustments and revisions as needed to optimize manufacturability