krM Architecture
OUR WORK
Purdue Polytechnic Anderson
Size
83,925 SF
Location
Anderson, IN
Services
Master Planning, Programming, Architecture, Interior Design
Awards
Certified LEED Gold v3 | 2019 AIA Indiana - New Construction Over $1M | 2018 USGBC Indiana Best in Sustainability | 2018 IIDA Inaugural Best in Sustainability | 2017 ABC Construction Award | 2019 IIDA Honorable Mention

Purdue Polytechnic Anderson was developed to be a nexus of industry, academia, workforce development, and economic activity. Echoing the Anderson region’s rich manufacturing history, Purdue Polytechnic utilizes 21st century engineering and manufacturing techniques to develop new ideas, products, business, and future regional business leaders. The project was a collaboration between a client group of leaders from private business, public education, and state and local government.

Learning + Innovation

The building program is made up of four distinct areas: Advanced Manufacturing, a Makerspace, Educational Spaces, and Staff Offices. The Advanced Manufacturing area was designed as a raw, large open space to be rented to private companies. These companies, in turn, provide engineering students the opportunity to collaborate with professionals. The Makerspace, located between Advancing Manufacturing and the Innovations Commons (a large gathering area), houses the latest in manufacturing and 3D printing equipment.

Purdue Polytechnic – krM Architecture
Purdue Polytechnic – krM Architecture

LEED Gold Design Rooted in

Sustainability

Built with sustainability in mind, the building achieved a LEED Gold Rating. The site was designed with several windmills—built and installed by students as part of their curriculum—to provide integrated clean energy. Interior high-performance LEDs provides functional, low-energy lighting and are key design elements within the space. The radiant concrete floor allows for comfortable and efficient heating/cooling in a large space while evoking an old factory floor. Custom metal shading systems and sun controls help mitigate heat gain and provide natural light throughout the space.