Bachelor of Science Degrees in Materials Science

Compare 8 Undergraduate Studies in Materials Science

Materials Science

Earning a Bachelor of Science degree indicates you have completed upper division coursework in a certain scientific discipline. This coursework, in conjunction with a general education curriculum, generally takes about four years to finish.

What is a BSc in Materials Science? A degree program such as this trains students in the technology and practices associated with managing and engineering new and existing materials. Students may study these concepts in courses such as advanced thermodynamics, properties of materials, solid-state physics, metallurgy and phase transformations. These classes will familiarize you with principles of engineering as well as the scientific foundation for working with materials.

There are many ways a program such as this can benefit students. In addition to building essential engineering skills that help advance careers in the field, it can impart critical thinking skills, scientific knowledge and a drive to innovate.

The cost of your BSc in Materials Science will be determined by several different factors. Where you attend school, where the school is located, whether you receive financial aid and many other forces will be calculated into the overall expenses.

After you graduate, you can pursue any of the various career opportunities that your degree qualifies you for. Some of these include materials engineer, materials researcher and material performance specialist. In addition to the wide range of jobs that are available in aeronautics, medical technology,  nanotechnology and many other fields, there are various types of organizations that you may be able to find work in. Government, tech startups and research laboratories are just a few of the places that may utilize the material science expertise you have developed.

If you are looking for the right school to pursue a BSc in material science, you need to get started on your research as soon as possible. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.

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Bachelor in Plastics and Polymer Engineering Technology

Pennsylvania College of Technology
Campus Full time 4 years January 2018 USA Williamsport

Bachelor in Plastics and Polymer Engineering Technology prepares students to work in all phases of new plastics product development. Graduates may work in plastics operations in which engineers pass plans and projects to management, who must carry out the planning, organization, and delivery of manufactured products. [+]

BScs in Materials Science . Bachelor in Plastics and Polymer Engineering Technology The plastics and polymer engineering technology program at Penn College is one of only six in the entire world accredited by the Engineering Technology Accreditation Commission of ABET. Through coursework that emphasizes project management, collaboration, and technical training, you will gain a unique and in-demand skillset. These skills will allow you to develop and design plastic materials and products used in everyday life. Leading Faculty & State-of-the-Art Facilities Plastics faculty are industry experts who have published books, led multimillion-dollar projects, and written standards for training. Under their instruction, you will experience hands-on training in our on-site Plastics Innovation Resources Center (PIRC), a global leader in plastics education, training, and research & development. Laboratories include: Injection Molding Blow Molding Extrusion Thermoforming Center of Excellence Polymer Testing Computer Aided Design Lab Composites Lab Rotational Molding Center of Excellence High Demand Career Opportunities A degree in plastics provides endless opportunities. Global industry leaders such as Exxon Mobil, Johnson & Johnson, and TE Connectivity recruit Penn College plastics students to fill key positions. Career opportunities include: Production manager/engineering technologist Materials technologist Process engineering technologist Research and development technologist Product development management Mold and die development specialist Sales and service representative Engineer assistant Facilities manager Quality control specialist Cutting-Edge Knowledge & Skills As a plastics and polymer engineering technology student, you will learn: The five major plastic processes. Working with industrial-scale processing equipment, you will gain knowledge on thermoforming, extrusion, rotational molding, injection... [-]

Bachelor of Science in Material Physics and Nanotechnologies

Kaunas University of Technology
Campus Full time 4 years September 2017 Lithuania Kaunas

BSc in Materials and Nanotechnologies analyse the ways various materials are created and applied in industry and contemporary high (micro-, nano-) technologies, how characteristics of materials are researched, evaluated and changed. Acquiring knowledge of material composition, physics and chemistry, the graduates are able to select suitable materials or production technologies, and to find solutions for various engineering and technical issues. [+]

Material Physics and Nanotechnologies Bachelor of Science in Technologies Labour market surveys emphasize that specialists with knowledge of high technologies, creation and application of various materials, and practical skills, will dominate in the list of most promising future specialities. BSc in Materials and Nanotechnologies analyse the ways various materials are created and applied in industry and contemporary high (micro-, nano-) technologies, how characteristics of materials are researched, evaluated and changed. Acquiring knowledge of material composition, physics and chemistry, the graduates are able to select suitable materials or production technologies, and to find solutions for various engineering and technical issues. The programme offers specialisations in Biomaterials; Functional Materials. Top reasons to study @KTU Why KTU? Why Lithuania? Course outline More information about the programme ktu.edu/b/materials-and-nanotechnologies Internship & academic mobility opportunities Internship (studies practice) is a part of Bachelor’s study programme (typically 2 months during the last semester but not limited) therefore all graduates gain professional experience. The students of this programme may perform internship in Lithuania or abroad using Erasmus+, IAESTE, AIESEC, ISIEC, P4V, etc. academic mobility programmes and designated scholarship. The main business partners of the programme are UAB Elinta, UAB Triplan LT, UAB Rokor, and UAB Inospectra etc. KTU students also are encouraged to use academic mobility programme among which Erasmus+ is the most popular. More than 350 Erasmus+ and 100 other bilateral agreements are made for student exchange, and the students may spend 1-2 semesters in a partner university of KTU and gain credits which are transferred into... [-]

B.Sc. Mechatronics - Photonics Engineering

Warsaw University of Technology
Campus Full time 42 months October 2017 Poland Warsaw

The profile of the first cycle full time studies within Photonics Engineering specialization corresponds to the challenges of the 21st century. [+]

BScs in Materials Science . Faculty of Mechatronics offers the following programmes conducted in English: Bachelor of Science in Engineering The 3.5-year undergraduate programme in the area of: Photonics Engineering Photonics Engineering The profile of the first cycle full time studies within Photonics Engineering specialization corresponds to the challenges of the 21st century. It was developed to provide educational offer in the area of optomechatronics, especially in: building of optical and optoelectronic equipment and its applications in opto‐numerical methods of inspection, e.g. holographic cameras, spectrometers, multimedia devices and multi‐functional interferometers for different scale objects testing (from microelements of MEMS/MOEMS type up to large engineering structures). The custom knowledge delivered to students contains fundamentals of engineering as well as general and specific knowledge providing provides basis for designing, manufacturing, testing and operating opto‐mechatronic systems and devices. The graduates are prepared for work in the industry and SMEs as well as for solving engineering problems. They can also support services based on optomechatronics equipment used in the fields such as multimedia, medicine, lighting, metrology and others. Sample modules/Keywords: Mathematics, Physics, Mechanics, Metrology, Material Engineering and Computer Techniques, Engineering Graphics, Foreign Language and Non-technical Subject (mostly Economics), Fundamentals of Electronics and Electrotechniques, Strength of Material, Design of Fine Mechanism (CAD) and Optomechatronics, Basics of Photonics, Instrumental Optics, Optoelectronics Technology and Image Processing, Laser Techniques, Machine Vision, Fiber Optics Technology (Telecommunications and Sensors), Photonics Devices and Systems, Lighting Technology. [-]

Bachelor of Science in Material Science and Engineering

Mapúa Institute of Technology
Campus Full time November 2017 Philippines Manila

This program aims to meet the demand for graduates of industries such as mineral, metal fabrication, foundry [+]

This program aims to meet the demand for graduates of industries such as mineral, metal fabrication, foundry, semiconductor, ceramic, and other related industries. It highlights courses in physical and engineering properties of materials, analytical techniques, and material processing technologies. In addition, the program is complemented with courses in computer programming, waste recycling, and biotechnology. Students may specialize in any of the two areas of Semiconductors & Electronic Materials and Metallurgy. Career opportunities for geological engineers include those with geotechnical, environmental, groundwater, mining, petroleum, and construction companies/ consultancy fi rms or with government agencies.... [-]


BSc Polymer Engineering

Tati University College
Campus Full time January 2018 Malaysia Telok Kalong

The Polymer Engineering Technology programme is to learn technical skills and knowledge of polymer technologists working in the polymer and related industries. [+]

BScs in Materials Science . The Polymer Engineering Technology programme is to learn technical skills and knowledge of polymer technologists working in the polymer and related industries. The modules have been carefully selected to equip students with scientific knowledge and technical skills that are in line with current advancements in the field of polymers. Skills-based learning system can realise TATIUC intention to produce high quality graduates in the chemical industry, petrochemicals and polymers. The Diploma is designed to produce the graduates with the ability to work in product design, polymer processing, polymer testing and quality control fields. They will be equipped with the knowledge in mathematics, science and engineering technology fundamentals. At the end of this programme, the student will be able to solve technical problem, use necessary skills and techniques in process plants and behave according to professional ethics at the workplace. PROGRAMME EDUCATIONAL OBJECTIVES (PEO) PEO 1 To produce knowledgeable and technically competent graduates which practice Polymer Engineering Technology discipline in line with the company requirements. PEO 2 To produce graduates who are effective in communication and effectively role as individual, team member or supervisor. PEO 3 To produce graduates who are capable to troubleshoot chemical engineering technology problems innovatively, creatively and ethically through sustainable approach. PEO 4 To produce graduates who are responsive in life-long learning, career development and entrepreneurial skills in real world. PROGRAMME LEARNING OUTCOMES Description Apply knowledge of sciences, and mathematics fundamentals to Polymer Engineering Technology field. (COGNITIVE) Conduct experiments and investigation in Polymer... [-]

BSc Nuclear Science and Materials

University of Birmingham - College of Engineering and Physical Sciences
Campus Full time 3 years September 2017 United Kingdom Birmingham

This unique course, which has a student satisfaction rating of 95%, is designed to develop the skills and understanding required to prepare students for the Nuclear Sector. One of the major challenges the UK faces is reshaping how it generates electricity as there is a move away from fossil fuels. The Government are investing in the construction of a suite of new nuclear power stations which could deliver up to 40% of the UK’s electricity. There is a significant demand for graduates to work in this rapidly growing sector. [+]

Undergraduate degree programme Nuclear Science and Materials BSc H821 This unique course, which has a student satisfaction rating of 95%, is designed to develop the skills and understanding required to prepare students for the Nuclear Sector. One of the major challenges the UK faces is reshaping how it generates electricity as there is a move away from fossil fuels. The Government are investing in the construction of a suite of new nuclear power stations which could deliver up to 40% of the UK’s electricity. There is a significant demand for graduates to work in this rapidly growing sector. The University has over 50 years’ of experience in teaching the physics of nuclear reactors and associated research. There are very strong links with the nuclear industry who recruit strongly from our educational programmes. These courses are affiliated with the Birmingham Centre for Nuclear Education and Research. The present course combines modules in core physics, mathematics and computing together with engineering principles and materials, so that students possess engineering skills but have a grasp of the fundamental science. The course is a joint programme between the School of Metallurgy and Materials and the School of Physics and Astronomy, with additional courses being delivered by Engineering Schools. By the end of the course students will have a broad grasp of physics and engineering principles together with a detailed understanding of nuclear reactor physics, engineering and materials together with an understanding of nuclear science and nuclear radiation. Course Details This course has been designed... [-]

BSc Material Engineering

University of Dunaújváros
Campus Full time 7 semesters September 2017 Hungary Dunaújváros

This BSc programme offers the knowledge of material engineers who are able to interpret and control the chemical processes in the materials, to test and to inspect the characteristics and the structure of the materials in order to change them by the use of various technologies, and to control and organize the material production technological processes in order to provide the required high-quality of materials in mass production. [+]

BScs in Materials Science . This BSc programme offers the knowledge of material engineers who are able to interpret and control the chemical processes in the materials, to test and to inspect the characteristics and the structure of the materials in order to change them by the use of various technologies, and to control and organize the material production technological processes in order to provide the required high-quality of materials in mass production. The students of this study program will acquire in-depth theoretical knowledge that is adequate to enable them to continue with their studies in the graduate, master level. A graduated Material Engineer will be able to - define and describe the physical and chemical processes happening in material systems with mathematical tools, with special consideration to the regularities of thermodynamics and kinetics. A graduated Material Engineer will acquire knowledge of - the atomic, the micro- and macrostructure of the solid materials, the fundamental methods to test the structure and the principle of operation for the basic tools; - the principle of operation for the material producing machines and equipments; - the essential technologies of the metallurgical production of metals and their alloys; - the basic technologies of malleable formation and casting of the metals and their alloys; - the fundamental technologies of heat treatment and surface treatment; - the basic technologies of the production ceramics and composite materials; - the basic technologies of producing polymers; - the essential technologies of processing plastic materials; - the quality testing and... [-]

BSc in Biomaterials

Rhine-Waal University of Applied Sciences
Campus October 2017 Germany Kleve

This degree course is based on the job description of a material scientist or material expert who is engaged in the development and production of nearly all products of daily life [+]

BSc in Biomaterials

This degree course is based on the job description of a material scientist or material expert who is engaged in the development and production of nearly all products of daily life: car, aeroplane, furniture, leisure time, food industry, medicine and pharmacy, textiles, IT, to mention only a few. Considering costs and environmental safety, for application with predetermined requirement profile, it is the material expert’s responsibility to use the appropriate material for the correct product.

Our degree course considers the fact that crude oil, as the most important raw material base of the past 100 years, is getting more expensive all the time and will steadily be less available in the foreseeable future. This means that alternatives become necessary, for example materials on the basis of animal or plant resources. During the past 15 years, this basis has been rediscovered and revised after biomaterials such as wool, cotton, natural rubber, horn or shellac had been taken for granted.... [-]