Online Engineering Blog
As you consider your next steps in this dynamic field, the decision to focus on a particular specialization is crucial and challenging: Choosing the right one is a strategic move in a career that has significant implications for the future of healthcare and patient outcomes.
As we strive to meet our burgeoning energy needs sustainably, we need to go beyond mere adoption to the optimization of renewable energy systems. Pivotal to this objective is systems and control engineering.
Your interest in improving peoples’ health outcomes pairs well with your aptitude for science and math, but how do you know where to direct your energies?
Whether you’re aiming for a promotion, a shift in your career path or simply a deeper understanding of mechanical engineering principles, pursuing this advanced degree could be a pivotal step in reaching your professional goals.
Professor Sharon Ehasz joins the Case School of Engineering faculty and she recently spoke with us about the journey that has brought her here.
Air Force veteran and CWRU professor Sharon Ehasz discusses the importance of leadership and interpersonal connection in engineering.
The engineering landscape is undergoing an unprecedented transformation as artificial intelligence and robotics become integral to control systems. These cutting-edge technologies promise to bring new levels of efficiency, accuracy and innovation, but they also introduce complex challenges for systems and control engineers.
Energy-efficient building technologies play a critical role in reducing energy consumption, lowering operating costs and enhancing human comfort and well-being.
Mechanical engineers play a major role in addressing the challenges and opportunities of the future by creating more efficient, sustainable, intelligent solutions.
By developing renewable energy systems, mechanical engineers help to reduce harmful emissions, lower energy costs and provide energy equity in underserved communities.