Manufacturing & Materials Science
The Manufacturing & Materials Science programs deal with a broad range of topics mainly related to Materials Science and Engineering. Both Master’s degree and Ph.D. degree holder can learn advanced materials and complex manufacturing processes. Mainly, the study program focus to get to optimize the study of the products, the internal structure of materials, product properties, product performance and manufacturing process technologies as well as post implementation/development of a high-tech product. Further, the program enables to edify how to predict, control and enhance the performance of material properties as well as industrial hi-tech process technologies.
The master’s degree in Manufacturing & Materials Science provides an in-depth insight of manufacturing, materials, properties, products, processes and performance, etc.. Furthermore, it outlines the broad understanding of materials and manufacturing engineering issues as well as related skills. Below table represents general MSC in Manufacturing & Material Science core and elective modules.
The Following Table Master level Subject modules include:
COMPULSORY MODULES |
OPTIONAL MODULES |
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After completing a master level, students must admit to the Ph.D. program in Manufacturing and Material Science where individuals learn advanced research topics through dissertation writing.
Ph.D. Manufacturing & Materials Science research themes include
- Biomaterials
- Ceramic-polymer composites using sol-gel techniques
- Control of microstructures and porosity in die castings
- Development of fiber-optic glasses
- Design and Manufacturing
- Electronic Materials
- Energy Materials
- Fabrication and testing of advanced micro-composite materials
- High-rate forming techniques for net shape forming
- High-temperature intermetallic materials
- Magnetron sputtering of laminated composites
- Metals and Ceramics
- Microstructural evolution
- Modeling of the chemical vapor deposition process
- Nanomaterial
- Phase transformation
- Polymeric Materials
- Processing of ceramic composites from metallic precursors
- Semiconductor process modeling
- Sheet metal forming
- Surface Science
- Vapor deposition of diamond-like films
- Vitrification of industrial waste
Students are needed to complete a dissertation and thesis writing for manufacturing and material science to get success and achieve high credits to complete the degree. It firmly stated that dissertation writing as important to get score 70% in Ph.D. and 60% in master level. The successful completion of the course in Ph.D. Manufacturing and Material Science depends on upon the research areas, methodology, dissertation and thesis submission. At present, international Master’s degree & Ph.D. degree students face many challenges in finishing their degree
Credits may differ from one institution to another, but subject modules and dissertation marks play a vital role in completing Ph.D. and Master degree in Manufacturing and material science. However, at the time individual faces countless challenges while undertaking assessment and research writing for the trending topics related to this sector critical. During this academic year, most of the students are finding harder in writing dissertation such as developing a perfect thesis statement, recognizing relevant literature & data, statistical analysis as well as improper planning & time management in concluding dissertation submission. Indisputably, this challenge evidently indicates that clearing this subject as vital as scoring in 50% dissertation, thesis, coursework, assignments and statistical analysis to get high credits marks in order to complete research work.