Research in the Department of Engineering
Professors at Loyola each have on-going research activities in their respective fields of expertise. This allows them to integrate the latest technological findings into the classrooms, ensuring that students have access to state-of-the-art materials and methods. As our school’s focus is on undergraduate education, all of the facilities and laboratories in our department are available to our students for teaching and research purposes. Professors often involve their students to assist with their research activities. Such opportunities are great preparation for our students as they are entering a rapidly advancing technology-based workforce. This is also great preparation for students who choose to pursue an advanced degree in a graduate program.
There are opportunities for undergraduate students to do research in our department through the Hauber Summer Research Fellowship and by doing an independent research study for course credit during the academic year. At times, students have made sufficient progress to warrant presentation at a national meeting or publication in a journal.
Hauber Fellow, Emily Chambers (Loyola Class of 2017) laser aligns the Loyola engineering catapult in preparation to test the ballistic resistance of ancient Greek armor.
Alex Verschoore (Loyola Class of 2016) investigated compressive sensing as a Hauber fellow under the supervision of Dr. David Hoe
Andrew Gorbaty (Loyola Class of 2015) presents his poster on accelerating face recognition using a graphical processing unit at the Loyola undergraduate research symposium during the Spring 2015 semester.
Engineering senior Matt Kalensky (Loyola Class of 2017) discusses his Hauber research project, an experimental HVAC test set up, with his advisor, Dr. Bailey.
Mechanical and Materials Engineering
Faculty research interests include determining the microstructure and mechanical properties of metals/alloys of industrial interest, developing new methods for identifying micro-cracks in materials before they lead to catastrophic failure, and developing systems for delivering building ventilation flows more efficiently while still ensuring human comfort.
- Rob Bailey: computational fluid dynamics simulation; biofuel microreactor development; air conditioning/heating ventilation system design
- Wayne Elban: indentation hardness testing of industrial materials; historical ferrous metallurgy
- Rob Pond: crystal plasticity, failure analysis of engineering structures, nondestructive examination of materials, corrosion
- Yanko Kranov
Electrical and Computer Engineering
Faculty research interests include developing hardware and circuits for improving the performance of computers, the design of antennas for the more efficient transmission of signals, signal processing technology for biomedical applications, and development of algorithms for intelligent machines.
- Raenita Fenner: electromagnetic characterization of materials, wearable antennas
- David Hoe: high performance computing, nano-circuit design
- Suzanne Keilson: biomedical engineering, sensory systems and signal processing
- Glenn Kohne: artificial intelligence, machine learning, evolutionary circuit design