Mechanical Engineering Machine Design from Kettering University is a Campus Bachelor Engineering Design degree that prepares you for a Engineering career. What are the objectives of the Machine Design Specialty? The term ?design? covers a wide spectrum of concepts from designer jeans to high temperature components and subsystems in jet engines. The Machine Design specialty emphasizes design of engineering components, subsystems and/or systems. According to ABET, engineering design is the process of devising a system, component, orprocess to meet desired needs. It is a decision-making process (often open-ended and thus iterative), in which the basic scientific and mathematical principles together with engineering sciences are integrated and applied to optimally convert resources in an efficient manner to meet a stated objective. Some of the basic elements of the design process are the establishment of clear objectives, synthesis, analysis, construction, testing and evaluation. Engineering design may involve conceptual design of a new device or modification of an existing device to meet new customer requirements, or to correct an operating problem. A designer may be responsible for directing the efforts of other personnel such as a draftspersons (CAD specialists), motion and stress analysts (CAE experts), manufacturing process engineers, assembly and testing personnel, field operating and customer interfacing personnel, all of whom are responsible for the realization of the final product. Thus, a designer works under constraints, taking into account economic, health and safety, social and environmental factors, codes of practice and applicable laws. An analyst may be responsible to perform motion analysis (kinematic and dynamic analysis) of a mechanical system before designing each individual component or subsystem using the appropriate design criteria and the applicable codes and standards. Selection of proper engineering materials along with a clear understanding of how they behave in a variety of operating conditions, such as static loading (stress-strain curve), variable loading (stress-life evaluations), and elevated temperatures (creep and thermal fatigue) conditions is very important. Further, an understanding of how the material properties may change due to different heat-treatment processes and how this impacts the original design of a component is also critical for the final product realization. The designer along with other personnel in his/her team may be responsible for one or more of these activities. View more details on Kettering University . Ask your questions and apply online for this program or find other related Engineering Design courses.
Kettering University address is 1700 University Avenue, Flint, Michigan 48504-6214. You can contact this school by calling (800) 955-4464 or visit the college website at www.kettering.edu . This is a 4-year, Private not-for-profit, Master's Colleges and Universities (medium programs) according to Carnegie Classification. Religion Affiliation is Not applicable and student-to-faculty ratio is 13 to 1. The enrolled student percent that are registered with the office of disability services is 8% . Awards offered by Kettering University are as follow: Bachelor's degree Postbaccalaureate certificate Master's degree. With a student population of 2,079 (1,745 undergraduate) and set in a City: Midsize, Kettering University services are: Remedial services Academic/career counseling service Employment services for students Placement services for completers . Campus housing: Yes. Tuition for Kettering University is . Type of credit accepted by this institution Dual credit Advanced placement (AP) credits . Most part of the informations about this college comes from sources like National Center for Education Statistics
Here you have more valuable resources related to this Kettering University program. You can discover more about Mechanical Engineering Machine Design or other closely related Engineering Design topics on the next external pages :