Engineering Co-Op: Spring 2027 — Learn & Grow

Hydrite; Town of Brookfield (WI); On-site; USD 28,000 - 34,000; Part time

Benefits offered by this job

Summer Kick-Off Event

Learning Opportunities

Job summary

Hydrite is seeking problem-solvers to join our growing team as Engineering Co-Op for Spring 2027. This internship runs January 2027 through the end of Summer 2027 and aims to give hands-on experience on engineering projects while upholding Hydrite's Standards of Excellence.

As an Engineering Co-Op you will provide technical analysis, assist in capital projects, support diagrams and documentation, and help identify cost-saving improvements in cycle time, energy, and waste reduction under the

Qualifications

• Enrollment in accredited university in pursuit of a Bachelor of Science degree in Engineering.
• Strong computer skills and proficiency with Microsoft Word and Excel.
• Proficiency in AutoCAD, Microsoft Project, and PowerPoint.

Responsibilities

• Provide technical analysis for projects as assigned.
• Assist in implementation of capital projects and maintenance activities.
• Assist with network and system diagrams, code analysis, system performance monitoring, and documentation.
• Investigate process-related improvements such as waste reduction, cycle-time reduction, and energy or sustainability initiatives.
• Perform engineering clerical-type duties as assigned.

Skills

Strong computer skills

Analytical thinking

Education

Bachelor of Science in Engineering (in progress)

Tools

AutoCAD

Microsoft Project

PowerPoint

Microsoft Excel

Microsoft Word

Job description

Hydrite is seeking problem-solvers to join our growing team as Engineering Co-Op for Spring 2027. This internship runs January 2027 through the end of Summer 2027 and aims to give hands-on experience on engineering projects while upholding Hydrite's Standards of Excellence.

As an Engineering Co-Op you will provide technical analysis, assist in capital projects, support diagrams and documentation, and help identify cost-saving improvements in cycle time, energy, and waste reduction under the