Core coursework includes mathematical methods for engineers and topics in data analysis. Students take advanced courses in their chosen track, with options like biomechanics, fluid mechanics, and manufacturing. They can also pursue the robotics and control focus area, which covers mechanized assembly and spacecraft design.
This master's in mechanical engineering program operates a holistic evaluation process that considers an applicant's overall academic strength and professional achievements. However, successful candidates typically hold at least a 3. Its degree offerings include an online master of science in mechanical engineering that prepares candidates for many careers, including those at automotive manufacturing plants, consulting firms, and warehouse distribution facilities.
With flexible, blended course delivery, remote learners can earn their credentials in 18 months. This master's in mechanical engineering program allows students to pursue one of three specialized tracks.
Students who choose the mechanics and materials option take classes like applied elasticity, mechatronics systems engineering, and random vibrations. USC offers fall and spring start dates. They can also send in recommendation letters to bolster their application portfolio. Founded in as a teacher training school, UCLA is now a comprehensive research institution.
Graduate students can choose from over degree options at UCLA, including an online master of science in mechanical engineering. Through a broad curriculum, candidates gain knowledge related to key technical and research areas.
Required courses include advanced strengths of materials, linear elasticity, and composites of manufacturing. Master's in mechanical engineering students individualize their degree plans by choosing at least six electives. These options include analytical fracture mechanics, computational aerodynamics, and digital control of physical systems. UCLA requires prospective students to hold a bachelor's degree in mathematics, physics, or an engineering discipline.
Applicants also need a minimum 3. As a preeminent public higher education institution, UW supports over 54, students every year. The school powers distance education with Blackboard Learn. One such online offering is a master of science in mechanical engineering. This program offers part-time and full-time schedule options, and students have the ability to begin degree work at the beginning of any quarter.
This option stands out from many other master's in mechanical engineering programs by letting candidates choose between all-coursework, project-based, and thesis tracks. Required courses include finite element analysis, computational fluid dynamics, and applied parallel computing for numerical analysis and digital design. Applicants need a minimum 3. They must also submit a one-page statement of purpose, a current resume, and three recommendation letters. Based in Charlottesville, UVA educates more than 20, students each year.
In addition to comprehensive campus-based academics, the institution offers online degrees, including a master of engineering in mechanical and aerospace engineering. This flexible program totals 30 credits and allows candidates to take half of their coursework at partnering schools, including Old Dominican University and Virginia Tech. The curriculum contains classes like finite element analysis, multibody mechanical systems, and linear state space systems.
Students also examine mathematical concepts for engineers and scientists. To earn their online master's degree in mechanical engineering, candidates must also complete and submit plan of study, engineering analysis, and technical writing assessment forms. Applicants need a bachelor's degree in engineering or a related field earned with a minimum 3. BU enrolls about 35, students in over academic programs each year. Its graduate catalog contains a master of science in mechanical engineering that comes with eight concentration areas.
Candidates can complete many of their classes online. Totaling 32 credits, the master's in mechanical engineering curriculum includes required coursework like manufacturing processes and advanced product design. Students pursue specialized topics in their chosen concentration, with options like nanotechnology, aerospace engineering, and technology innovation.
They can also enroll in an energy technologies track, learning how to develop and maintain wind systems and other forms of renewable power. BU requires prospective learners to hold a relevant bachelor's degree and adequate GRE scores. Students can apply for federal aid and institutional merit-based scholarships. NC State is a leader in distance education, providing more than remote certificates and degrees.
Graduate students can earn an online master of science in mechanical engineering. Designed for working professionals, this flexible, credit program does not require candidates to attend campus or complete a thesis. Students work with a personal advisor to pick coursework that supports their research interests and professional goals.
Options include heat theory transfer and applications, advanced solid mechanics, and design of electromechanical systems. Master's in mechanical engineering candidates can also explore design optimization methods for single and multiobjective problems. NC State prefers applicants with a relevant bachelor's degree and a minimum 3. Candidates with undergraduate credentials in an unrelated field can still enroll but will need to complete designated prerequisites.
The curriculum of a master's in mechanical engineering program generally includes a few required core classes, with the remaining credits dedicated to electives or a concentration. Most online master's in mechanical engineering programs require at least 30 credits. Some online colleges deliver accelerated nonthesis tracks for experienced engineers. These tracks may allow students to graduate within just 12 months. Core courses cover topics like mechanical engineering design and finite element analysis.
Students may also need to take a foundational math class, such as linear algebra, data science, or computational physics. Depending on the school, specialization options may include materials manufacturing, controls and mechatronics, vibrations and dynamics, and biomechanics. Internships and other practicum requirements differ based on a program's goals. Applicants typically need a bachelor's degree in engineering or a related field, like physics or mechanical design.
Many programs feature a GPA cutoff, with minimum requirements usually falling between 2. Some schools may also have standardized testing requirements, although these are becoming less common.
In addition to transcripts, prospective students typically submit recommendation letters, a current resume or CV, and a personal statement that details relevant accomplishments and professional goals. Online master's in mechanical engineering programs require students to complete courses covering fundamental topics like applied research methodologies and engineering design and analysis.
The remaining curriculum is usually flexible, allowing students to pick advanced classes based on their professional goals and chosen concentration. Fulfilling a core math requirement, this course introduces engineers to theories, methods, and tools related to applied data science and machine learning.
Students engage with open-source data software and canonical machine learning algorithms. They also learn how to analyze data to develop practical applications that improve workflow.
In this foundational class, students learn the design processes behind various engineering systems and components, with an emphasis on mathematical modeling. The course also covers open-ended design problems in contemporary mechanical engineering. Additionally, students gain technical communication and project planning skills centered on collaborative design methodology. Students are introduced to core concepts in fluid properties and motion, as well as their applications in engineering design.
Since fluids exert force, engineers must consider their dynamics when designing objects, including bridges, dams, and buildings. Other covered topics include boundary layers, mass and momentum conservation, and hydrostatics. This class is usually part of a manufacturing concentration and focuses on the automation of design and development processes.
Students delve into the capacities, limitations, and economic considerations of these methods for modern manufacturing facilities. They may explore related topics like material resource planning, information management, and quality control. This specialized course examines the development of robotic use for surgery and other health services.
Students learn the fundamentals of robot design, including acceleration and velocity analysis and forward and backward kinematics. Learners also gain the skills needed to design control and safety systems for medical robots.
Technical communication skills and specialized knowledge in areas like computer-aided product design allow mechanical engineers to work in various industries.
The coursework, taught by faculty with industry experience, includes the study of production planning and control, design for manufacturability, intelligent systems theory, lean manufacturing, and supply chain management. This program includes core courses and a capstone experience to comprise a total of 30 credit hours.
The required capstone course has students engage in a project, develop a report, and present the findings to faculty and peers. The degree completion can take as less as 18 months. Realize your career goal in design, simulation, manufacturing, testing, or one of the many other facets of the mechanical engineering discipline.
Students in the Master of Science in Mechanical Engineering program at Michigan Technological University can choose from a broad spectrum of mechanical engineering applications. Online students engage in an immersive education that utilizes video conferencing, live streaming, and interactive technologies to facilitate learning from a distance.
Completion of this degree requires a minimum of 20 credits. The program has 10 designated core courses, though no specific courses from this list are mandatory. At least 24 classroom hours must come from mechanical engineering courses, and one of those courses must be MEEN , which covers modeling and analysis of mechanical systems. The remaining credits can come from any engineering or science department, including non-core MEEN courses. While students must complete a project and compile a portfolio, the project can come from any course on the degree plan, so long as it received an A or B grade, and the portfolio needs only to consist of graded class or research material.
Students typically complete this degree program in about three years. This program requires 30 credits minimum for graduation, including at least 15 credits of level or higher from within the department.
Students must also complete at least one level mechanical engineering course, and while a level independent study course is not required, it is strongly recommended.
All students learn about transport phenomena in polymer processing, engineering design with polymers, and one advanced materials-related or polymers-related subject of their choice. With the education they earn in mechanical engineering, students who graduate from this program are prepared not only for working in traditional plastics but also looking at cutting-edge innovations. Common career trajectories for program graduates include electronics, nanotechnology, and biomedical polymer engineering.
Students learn how to solve problems with engineering skills, but also how to adjust their solutions according to environmental impacts, financial constraints, and design limitations.
Students can pursue additional training in areas like manufacturing, mechanical design, or advanced composite materials. The program offers some flexibility, encouraging students to adjust their plans to their specific educational or career goals. Students complete a total of 30 credits before graduation, including 15 core courses which cover materials and manufacturing engineering.
The program can be completed within two years. The P. Rossin College of Engineering and Applied Sciences at Lehigh University considers mechanical engineering a core discipline, and serves professional engineers who want to improve their knowledge of topics like mechanics, materials, and manufacturing.
It offers both thesis and non-thesis options that require at least 30 hours of coursework. Its experienced faculty has contributed significantly to engineering knowledge on a global scale.
This enables students with specific long-term career goals, such as engineering business leadership or engineering in a healthcare context, to learn more about the needs of those positions or industries.
All elements of the thesis, including research, writing, presentation, and web publication, count as a total of six credits toward the degree. The Rensselaer Polytechnic Institute RPI program in mechanical engineering serves engineers who have already started their careers but want to move on to become team leaders and project managers. All students take courses on the demands of engineering project management, Lean Six Sigma, and manufacturing processes.
The curriculum also includes two professional projects, allowing students to implement these skills as part of their academic program before taking them into the field. ME degree. The degree requirements for the online options are the same as the on-campus options. Online students have a maximum of five years to complete the degree requirements.
Most MS students in Mechanical Engineering, in collaboration with their research adviser, choose the thesis option, and most MS students are supported on research or teaching assistantships. Convenience and flexibility are key advantages of this program at NC State University. The MSME degree is a credit-hour degree program that does not require a thesis, a final oral exam, or on-campus attendance.
It is designed for students with a B. Learners are required to work with an adviser to develop a plan of study before they complete 15 credits. It is aimed at:. This is a customizable program, that leverages your professional expertise in mechanical engineering and meets career and lifestyle goals.
The MS in Mechanical Engineering is a non-thesis degree with a minimum of 30 credit hours, and you can complete this degree in 2 years. Even though this is an online program, you will be connected with a Student Support Member from the time you apply.
They will be present via phone and email to help you out at each step! Instructors in the Mechanical Engineering program at Johns Hopkins Engineering for Professionals are leading mechanical engineers whose courses address topics ranging from advanced vehicle technologies and modern energy systems to improved robot control and the integration of modern technologies into manufacturing.
Students, who are often practicing engineers, have access to state-of-the-art facilities and a modern, evolving curriculum that prepares them to be leaders in these growing fields.
For graduation, at least 10 courses must be completed within five years. Many students are working engineers, and thus the program can be taken full-time or part-time. Faculty members are also mechanical engineers who are leaders in the field.
Future mechanical engineers can enroll in its mechanical and aerospace engineering program, which offers specializations in mechanics, dynamics, and thermal science. Regardless of which emphasis area is chosen, all programs require the completion of 30 credit hours of coursework.
Students can use these later credits in the program to broaden their knowledge of STEM topics or become better mechanical engineers, or take up to two six-credit minors. This program does not require the completion of a thesis. Those who choose the non-thesis track, however, must instead take a comprehensive exam.
Students can also choose whether or not they would like to complete a thesis as part of the program. The Purdue program encourages students to find a balance between work, life, and schooling.
Students can take time off from their studies if work or life presents unforeseen challenges, and most students start out taking one course at a time.
If students take one class per semester, they usually finish in about three years. Common courses for online students include biomechanics, heat transfer, fluid mechanics, design, automotive systems, and materials processing. The MS in Mechanical Engineering degree from USC provides the technical education needed for engineering professionals in various industries such as aerospace, automotive, energy and power, utilities, petrochemical, design, manufacturing, and transportation.
The course program for each track is designed to provide you with an education that is strong in both fundamentals and application, preparing you for doctoral programs, as well as for continuing your engineering career in the industry. This degree requires 42 credits and is intended for students presenting themselves as professional mechanical engineers, with sufficient academic background.
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