Ivana Milanovic, University of Hartford, USA
While covering the required fundamental material in undergraduate academic programs is the top priority, students require an extra set of knowledge and skills to flourish in the workforce. This is especially true in science, technology, engineering, and mathematics (STEM) fields, where there is rarely an abundance of time for inquiry-based learning and the development of field-specific skills. To address this issue, the University of Hartford integrated multiphysics modeling into their curricula. Using the Application Builder in the COMSOL Multiphysics® software, the university created simulation-based laboratory assignments through apps, which enhanced students’ physical intuition and their ability to visualize physical concepts.
Suggested Stories
Fuel Cells Poised to Replace India’s Diesel Generators
Inefficient and potentially harmful diesel generators are still the prevailing method of decentralized power ...
How Reclosers Ensure a Steady Supply of Power: It’s All in the Magnet
When a tree branch touches overhead cables and causes a momentary short circuit, your lights may flicker. A device ...
Meeting High-Speed Communications Energy Demands Through Simulation
The information and communication technology industry needs new energy-efficient devices that can keep up with the ...
Analyzing the LHC Magnet Quenches
Engineers and physicists at CERN go to great lengths to ensure that the high-power superconducting magnets that ...
