Engineering Controls Analyst Intern - Kiewit Power Engineering (Summer 2027)

Requisition ID: 182146

Job Level: Internship

Home District/Group: Kiewit Power Engineering

Department: Operational Finance

Market: Power

Employment Type: Full Time Temporary Position Overview Are you interested in helping be responsible for the business management of projects ranging from $1 million to $4 billion? How about taking part in key forecasting and accounting practices? If this is something that interests you, Kiewit is looking for individuals who can make a profound impact on our company culture every day!

The Finance Analyst internship role is focused on supporting a project in accounting and finance related functions. Each project at Kiewit is run like a small business, with the Financial Analyst Intern concentrated on critical tasks such as cost control, payroll, accounts payable/receivable, human capital management, and compliance. This position will become skilled executing processes and utilizing tools related to different types of cost and revenue components such as labor, construction equipment, materials, and subcontracts. The Finance Analyst will be an integral part of the month end close out process, and assist with preparing a financial reporting package for project management.

At Kiewit, the scale of our operations is huge. Our construction and engineering projects span across the United States, Canada and Mexico, improving and connecting communities with every initiative. We depend on our high-performing operations support professionals — they’re the glue that holds multiple areas of the business together and the catalysts that make things happen. We hire only the most driven people and we offer them diverse career opportunities, strong leadership and mentorship, rewarding, collaborative work, and responsibility they won’t find just anywhere. We’re always pushing new limits. You can too. Location This position is based out of Lenexa, KS.

Responsibilities

Recognizes the importance of being a team player by adapting to p