Mechanical Co-op - Spring 2027: Design & Drafting

KLH Engineers; Fort Thomas (KY); On-site; USD 25,000 - 39,000; Full time

Job summary

KLH Engineers is seeking a Mechanical Co-op for Spring 2027 in Fort Thomas, KY. The role supports engineering and design activities on ongoing projects, with tasks including drafting, sketches, and construction set preparation.

This short-term, hourly position typically runs 40 hours per week and begins in January 2027. Ideal candidates are pursuing an associate or bachelor’s degree in mechanical or architectural engineering, with coursework in physics, thermodynamics, fluids, and heat transfer,

Qualifications

• Student candidate must be attending technical college for an associate’s degree or attending a 4 year college for a bachelor’s degree in mechanical engineering or architectural engineering.
• Currently studying physics, thermodynamics, fluids and heat transfer.
• Minimum GPA of 2.8.

Responsibilities

• Support engineering and design needs for ongoing projects.
• Prepare and modify engineering drawings using AutoCad or Revit.
• Develop preliminary sketches or schematics, layouts, details and/or drawings.
• Collaborate on projects to develop a plan for actions required to meet deadlines.
• Local delivery of drawings.

Skills

Teamwork

Communication

Drafting detail

Punctuality

Work ethic

Education

Associate’s degree in mechanical or architectural engineering

Bachelor’s degree in mechanical or architectural engineering

Minimum GPA 2.8

Tools

AutoCAD

Revit

MS Office

Job description

KLH Engineers is seeking a Mechanical Co-op for Spring 2027 in Fort Thomas, KY. The role supports engineering and design activities on ongoing projects, with tasks including drafting, sketches, and construction set preparation.

This short-term, hourly position typically runs 40 hours per week and begins in January 2027. Ideal candidates are pursuing an associate or bachelor’s degree in mechanical or architectural engineering, with coursework in physics, thermodynamics, fluids, and heat transfer,