General Engineering Master's Degree

<p>This master's degree program will prepare you for the necessary, broad and general professional functions of engineers. General engineers receive formalized degree training that is needed in order to solve scientifically quantified problems and implement engineering solutions economically. This master's degree program will lay out and expand on the advanced scientific and mathematical skills necessary for general engineering and its accepted norms and practices. Most employers don't require a graduate-level education for entry-level engineering roles, so earning this degree can help show that you're committed to expanding your knowledge of engineering outside of working in the field. </p> <p /> <table border="1"><tr><td><b>Degree Overview</b></td><td> Training in general engineering functions and implementing engineering solutions</td></tr> <tr><td><b>Common Courses</b></td><td> Product management, supply chain management, operations research, modeling and simulation</td></tr> <tr><td><b>Career Options</b></td><td> Engineer, analyst, civil engineer, product manager, industrial engineer</td></tr> <tr><td><b>Median Pay 2020</b></td><td> $88,950 <i>(for Industrial Engineers)</i>; $88,570 <i>(for Civil Engineers)</i>*</td></tr> </table><p><i>Source: *U.S. Bureau of Labor Statistics</i> </p> <h3 id="section---WhatCanMyCurriculumInclude">What Can My Curriculum Include?</h3> <p>A master's degree program in general engineering builds upon mathematics and science fundamentals that are common to all engineering disciplines. These basic, yet necessary skills include knowledge sets that help clarify scientific and mathematical means that are needed to express and configure general engineering work. This degree will move you towards solving common engineering problems on a practical level. </p> <p>Courses at this level of study will focus on product management, supply chain management, modeling and simulation, operations research and problem-solving skills. Once you choose an area of specialization, courses will be tailored to that area; for example, a mechanical engineering program will offer courses on power production and manufacturing which may not be included in the coursework for a civil engineer. </p> <h3 id="section---WhereCanIFindEmployment">Where Can I Find Employment?</h3> <p>After you have earned your master's degree, you may continue your career in a few different industries. For example, you may choose to work in a specialized area of engineering, like industrial or systems and entrepreneurial engineering, or you may choose to instead choose to utilize your engineering skills and education in a marketing or development role. Potential careers that you can hold include these: </p> <ul><li>Engineer </li><li>Civil engineer </li><li>Industrial engineer </li><li>Research and development specialist </li><li>Analyst </li><li>Product manager </li><li>Professor of engineering </li></ul><p>The U.S. Bureau of Labor Statistics (BLS), reported that occupations in architecture and engineering are expected to grow 3% as fast as the average from 2019-2029 (<i>www.bls.gov</i>). However, the BLS states that growth in the industry will vary based on the area of specialization; for example, if you choose to work in civil or mechanical engineering you may find a higher number of employment opportunities. The BLS also reports that most employers expect engineers to continue education and training after being hired in order to remain on par with the latest technology. Earning your master's degree in general education can help you with this requirement and help you move towards completing further training.</p>