Civil Engineering Intern - Highway Design

Colliers Engineering & Design; Hoytville (MI); On-site; USD 21,000 - 30,000; Part time

Job summary

Colliers Engineering & Design in Lansing, MI, is seeking Civil Engineering students for a Summer 2027 internship on the Highway Engineering team. This role offers hands-on experience in highways, roadways, and transportation engineering, working with seasoned professionals on real projects that shape how communities move.

You will assist with design tasks, CAD-related work, and field support while taking part in a robust internship program that encourages mentorship and networking across the

Qualifications

• Pursuing a Bachelor’s or Master’s degree in Civil Engineering or related program.
• Interest in roadway and highway/traffic design.
• Completed coursework in Transportation Engineering preferred.
• Proficient with MS Office; strong written and verbal communication.
• Reliable transportation to the office.

Responsibilities

• Assist technical staff with day-to-day design tasks for transportation projects.
• Perform CAD-related tasks using AutoCAD or MicroStation under supervision.
• Support roadway and intersection design work including traffic elements.
• Help with field visits, permit apps, materials testing as needed.
• Collaborate with interns and professionals to develop project deliverables.

Skills

Civil engineering fundamentals

Teamwork

Communication

Education

Pursuing Bachelor's/Master's in Civil Engineering

Tools

AutoCAD

MicroStation

Job description

Overview

Colliers Engineering & Design is looking for enthusiastic Civil Engineering students to join our Highway Engineering team in Lansing, MI for Summer 2027! This is a unique opportunity to gain hands-on experience in highways, roadways, and transportation engineering, working side by side with experienced professionals on real projects that shape the way communities move.

Our infrastructure design professionals undertake projects ranging in all sizes and complexities, providing conceptual planning, alignment studies, and preparing contract documents for construction of improvements to local and county roadway networks, and state and interstate highways. We develop alternative improvement plans to balance project costs with other factors including environmental, utility and property impacts.

Responsibilities

• Assist technical staff with day-to-day design tasks for various types of transportation and traffic projects.
• Conduct basic engineering functions including computer-aided design, calculations and cost estimating under the direct supervision of senior engineers and managers.
• Develop roadway, sidewalk, intersection design, including roundabouts, traffic signals, interchanges, and other highway infrastructure.
• Demonstrate the ability to prepare low-level complexity general engineering designs and/or technical data for completion and accuracy.
• Assist with other project related tasks such as permit applications, material testing, drawings and CAD work.
• Visit projects under construction and assist with field reconnaissance under the supervision of a senior engineer or project manager.
• In addition to the work-centered program, we also offer robust internship programming, which includes opportunities to work with other interns, learn about other areas of the business, and develop valuable communication skills and networking connections.

Qualifications

• Pursuing a Bachelor’s or Master’s degree in Civil Engineering or a related program.
• Interest in roadway and highway/traffic design preferred.
• Must have reliable transportation to the office.
• Basic understanding of AutoCAD and/or MicroStation preferred.
• Completed coursework in Transportation Engineering preferred.
• Possess solid problem-solving skills.
• Must be able to work in a high-paced environment.
• Strong computer literacy, to include MS Office.
• Excellent written and verbal communication skills.
• Ability to read, write and understand English for purposes of comprehending written job-related communications and verbal instructions and interactions.