Purdue offers online master’s degrees in engineering specific to Aerospace, Mechanical. Follow Us: YouTube; Twitter; Facebook. Master of Engineering Management - Wikipedia, the free encyclopedia. Engineering Management is a multidisciplinary field that involves the application of business methods and management expertise to technology companies and products or engineering processes. The Master of Engineering Management degree, often abbreviated Ms. ![]() ![]() Best Engineering Schools. News Engineering School Compass and start finding the engineering program that's right for you.![]() EM or MEM, similar to Master of Technology Management, can be either an academic or professional master's degree that bridges the gap between the field of engineering or technology and the field of business management by equipping students with the technical expertise and leadership skills they need to advance their career in the fast- paced world of technology. Also known as . MSEM or MEM programs are designed to provide students with the quantitative, business, and operations knowledge necessary to succeed as innovative leaders in today's challenging and competitive global marketplace and are specifically tailored for engineering and science professionals who want to be leaders in their organizations. An MSEM graduate possesses an understanding of the intersection of the fields of business and technology, and is well suited for either a management position within an engineering company or a more technically intensive role in a business setting. It can be earned with a prerequisite in engineering or as a post- graduate program to a Bachelor of Science degree. Master of Engineering Management Programs Consortium (MEMPC). Each program in the consortium has unique characteristics and a different structure in which students complete the degree.
Typically programs are taught through a case based method, are focused on team- learning, and incorporate interdisciplinary projects. Top Master's Degrees in Civil Engineering in USA 2. Recent advances in computing, communications, sensing, and materials science are enabling the design of a new generation of large scale civil engineering systems. Recent advances in computing, communications, sensing, and materials science are enabling the design of a new generation of large scale civil engineering systems. Signature applications that are new to Civil Engineering due to these advances include. The next generation power grid that will link time- sensitive demand from home appliances, electric power cars, renewable energy sources, and other features for efficiency gains. The Pearl River Tower Complex will be the most energy efficient skyscraper ever built (scheduled for completion in 2. A Next Generation air traffic control and management system that incorporates advanced new vehicles, modernized avionics, and increasing levels of autonomy. Modernization of waterways such as the Panama Canal and Bosporus Straights. Global natural gas and other energy supply chains (e. Sustainable development for high- density urban areas. In many cases, enhanced functionality and performance will be achieved through an improved ability to anticipate demand, monitor the surrounding (natural) environment, control system responses, and look ahead and anticipate events. Sometimes automation will replace some operations currently handled by humans. Future CEE systems will be far more heterogeneous than their predecessors and may be connected to other types of systems in completely new ways. This makes the task of system design, analysis and integration of multi- disciplinary concerns (e. Consider challenges in energy management and transportation or energy networks. If we want to reduce carbon emissions in the power and other sectors, how much do we need to change our current power grid in light of. Increased renewable generation (e. The strong interaction between vehicle usage and carbon emissions (e. Using natural gas or other less carbon intense fossil fuels for the nation. The related research will concentrate on how to optimize system efficiency, reliability, cost, and other factors.
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