Engineering Classlabs

To the School of Engineering lecture and lab are the same thing.  Most classes are taught in “classlabs” with small class size fostering student-faculty interaction, hands-on learning, and deep understanding.

Area 87

Area 87 is a classlab in Room 387 of Carrie Rich Hall supporting instruction of ENGR 120 and 121 – Foundations of Engineering Design I & II. To facilitate this project-based, hands-on curriculum, Area 87 has student workstations with milling machines, hand tools, and electrical soldering.  Here students learn the basics of design and fabrication, the foundation for their engineering education.

Materials Science Classlab

The Materials Classlab houses equipment used in the Materials Science and Processing and Statics and Strength of Materials courses. In this space, students use Tinius Olsen machines to twist, stretch, and bend material samples to their breaking points, furnaces to process metal and glass, and microscopes to understand the microstructure of materials after mounting, sanding, and etching the samples using the available equipment. Students work together to understand how different materials act and react from the micro to the macro scale to learn how to choose materials for engineering applications.

Chemical Operations Classlab

 

Bioprocessing Lab

The pharmaceutical emphasis of Campell’s chemical engineering program is clearly seen in the Bioprocessing Lab in the Engineering Annex.  In this state-of-the-art lab students will scale-up recombinant DNA expression from the benchtop to bioreactors.

Energy Classlab

 

Manufacturing Classlab

The Manufacturing class-lab supports instruction in MECH 435 Manufacturing Engineering and MECH 480 Lean Manufacturing & Quality Engineering.  Major equipment includes two 60,000 pound compression machines, injection molding machine, stylus profilometer, and dimensional measurement arm. 

Electrical Engineering Classlab

Campbell’s electrical engineering focuses on embedded systems, instrumentation, and control.  In this state-of-the-art lab students design, build, and learn about electronics, embedded systems, sensors, motors, controls, communications, networks, and electromagnetic transmission.