BSc in Manufacturing Engineering Department
The Department of Manufacturing Engineering at Atilim University offers the Bachelor of Science degree (B.Sc. Mfg.E.) and a Master of Science (M.Sc.) in Manufacturing Engineering. The goal of the program is to provide a level of experience to permit students to step directly into either industry jobs or pursue graduate school. Class sizes are small to ensure students receive personal attention. The faculty hold Ph.D.s from some of the top engineering schools. They continue to pursue research and engineering projects, which provide numerous opportunities for students to participate in cutting-edge technology during the summer or part-time during the school year.
The Manufacturing Engineering Department will provide a quality engineering education to prepare Manufacturing Engineers, who have the ability to incorporate today technologies and engineering creativity by utilizing from resources, time, money and labor in the most efficient way without disregarding environmental facts. A strong laboratory component in the curriculum, with opportunities for industrial internships and research experiences, will provide engineering skills that enhance the understanding of the applications of engineering sciences and the realization of the importance of lifelong learning.
The vision of the department is to create a nationally and internationally known institution with its high-quality teaching and research team, laboratories and research center.
Manufacturing engineers are needed in every industry that produces any product. Industries that have hired our graduates include computers, electronics, automotive, aerospace, chemical and plastics. Most manufacturing engineering jobs are located in major cities where there are heavy concentrations of industries. There is a special need for manufacturing engineers in Turkey.
Some fields of interest of Manufacturing Engineering Department are defined below:
9.Ceramic Materials and Single Crystal Metals
11.Tension/Compression tests, flow curve determination
12.Sheet metal forming experiments, FLD determination
14.High temperature, multi-axial material tests
15.Material characterization by XRD, scanning electron microscope (SEM) and microstructural analyses
16.Measurement and Metrology
17.Optical measurement systems (GOM)
18.Computer controlled measurement systems (CMM)