Environmental Engineering Intern - Hybrid (Summer 2027)

Arcadis U.S.Inc. in; Indianapolis (IN); On-site; USD 23,000 - 43,000; Full time

Job summary

Arcadis is seeking an Environmental Engineering Intern for Summer 2027 in Indianapolis, IN. The role offers exposure to environmental remediation, restoration projects, and a team-focused environment with mentoring and growth opportunities.

The internship emphasizes field and office support for site investigations, design calculations, and regulatory compliance, with potential conversion to full-time upon graduation.

Qualifications

• Pursuing a BS in Civil, Environmental, or related engineering discipline.
• Strong Microsoft Office, AutoCAD, GIS and programming skills preferred.

Responsibilities

• Involve in systems design, hydraulic evaluation, developing design reports, construction documents and specifications, and construction oversight.
• Work on multiple assignments with strong organizational and problem-solving skills.
• Provide field and office support of site investigations including soil, water, and vapor sampling in all weather conditions
• Assist project teams supporting remediation system operation
• Engage in office work such as task coordination, data compilation, QA/QC reviews, cost estimates, health & safety plan prep, and report writing
• Assist with design calculations for treatment technologies and process drawings for groundwater, industrial, water, and wastewater
• Assist with air emissions characterization, air permitting, and compliance

Skills

Organizational skills

Analytical skills

Problem-solving

Strong communication

Education

BS in Civil, Environmental, or related engineering

Tools

AutoCAD

GIS

Programming

Job description

Arcadis is seeking an Environmental Engineering Intern for Summer 2027 in Indianapolis, IN. The role offers exposure to environmental remediation, restoration projects, and a team-focused environment with mentoring and growth opportunities.

The internship emphasizes field and office support for site investigations, design calculations, and regulatory compliance, with potential conversion to full-time upon graduation.