Compare 53 Undergraduate Studies in Chemistry

BScs in Chemistry. Overview

The interdisciplinary course combining mathematics, chemistry, biology, and computer science allows gaining knowledge in the fields of engineering and technology, as well as a good knowledge of technical English. More specifically, the courses provide students with broad foundations and specialized knowledge and technical skills in important technological areas of Chemical Technology & Process Engineering. Lectures and exercises are integrated into all years to develop problem-solving skills and deepen the students’ understanding of the material. The programs of the studies have been designed to meet the demands of employers for highly capable, creative and skillful engineers and research scientists, prepared to tackle diverse complex problems of chemical industries.... [-]

Analyze the possibilities of a future in Chemistry.

Chemists make the stuff of modern life - plastics, composites, pharmaceuticals, microelectronics, nanomaterials and so much more. The career possibilities are endless. You can get off to a great start with a Bachelor of Science in Chemistry.

At Edinboro, you will follow a rigorous curriculum founded on evidence-based science. You’ll thrive in small-size lectures and labs taught by faculty, not graduate assistants. As you work alongside them and participate in their research, they will become your mentors. They will also train you in the use of modern instrumentation for the analysis and production of biomolecules and prepare you for valuable internships that will enhance your skills and build your resume.... [-]

The Department of Chemistry and Physics, located in the recently renovated campus Science Center, offers a Bachelor of Science degree in Chemistry certified by the American Chemical Society. Students may choose from optional concentrations in Biochemistry, Forensic Science, and Nanotechnology.

Students may also complete the general Chemistry program without choosing a concentration. Graduates with a degree in Chemistry are prepared for careers in the chemical, pharmaceutical, oil, and food industries, where they are often employed in quality control, research, sales, and environmental safety. Graduates are also well prepared for advanced studies in medicine, dentistry, optometry, patent law, and related professions. ... [-]

The Marine Science-Chemistry degree has been a pivotal component of the Department of Biology for several decades, and the talented faculty in the Department of Chemistry and Physics offers a strong foundation in chemistry. This rigorous double-major combines the best of these two programs, providing myriad opportunities for the budding marine scientist or oceanographer. This degree draws from marine-related issues and specific principles of chemistry to give the graduate a highly prescribed course of study that will open doors to graduate programs and employment in government and industry alike.

The course of study in this program includes substantial exposure to the chemical and physical aspects of marine biology. Biology courses are geared towards experiential learning, with rich lab experiences, weekend field trips in remote locations like the Florida Keys, and even international travel courses. Chemistry labs provide numerous hands-on opportunities as well. Moreover, nearly half of the biology faculty is conducting research on marine organisms or systems, and all the chemistry faculty are active researchers, providing students with numerous opportunities for student research and other real-world experiences. ... [-]

Bachelor study programme is single subject study. Toxicology and analysis of pollutants is focused on broad spectrum knowledge of natural sciences with emphasis on practical skills useful for applications in control laboratories. Main study topics are chemistry and toxicology. The chemical part prioritizes analytical chemistry that is based on knowledge of basic, inorganic, organic, bioorganic, physical chemistry and biochemistry. The toxicological part is based on anatomy and physiology of human, microbiology and molecular biology. The student is familiarized with basics of metabolism and toxic effects of inorganic/organic compounds or natural compounds on living organisms. The food safety subjects are optional and pointed towards food safety control. The chemical and toxicological subjects are complemented by informatics and English focused on natural sciences. The study is finished by the state exam in toxicological and analytical oriented topics and defense of a diploma thesis.... [-]

A strong academic understanding of chemistry is key to a strong understanding of the world, and even the great cosmos beyond. Chemistry is at the root of vital scientific discoveries and Swansea University is a driving force. Our department is currently working to deliver clean water and sanitation, as well as affordable clean energy in the developing world. This activity impacts our teaching. You will benefit from a carefully designed and modern chemistry degree which has been developed in collaboration with industrial partners. Studying chemistry at Swansea University gives you access to world-leading teaching and cutting-edge facilities across a range of specialist fields. Our degrees provide the full breadth of skills and knowledge needed when it comes to securing employment. Why Chemistry at Swansea? Chemistry at Swansea University attracts students from across the world. The Department of Chemistry is based at the heart of a multi-million-pound University investment. It includes sector-leading teaching laboratories and analytical facilities built in partnership with industry. You will be equipped with the skills and knowledge needed to address a wide range of challenges facing society and industry, from energy and healthcare to environmental sciences. Your learning will be shaped by inspirational and internationally-renowned academics including Professor Simon Bott, recipient of eight awards for instructional teaching at the University of Houston. Your Chemistry Experience A flexibly structured degree path means you have the opportunity to study abroad for a year or work in the industry for a year, either locally, nationally or overseas. You will be... [-]

Bachelor of Chemical and Bioprocess Engineering

The McKetta Department of Chemical & Bioprocess Engineering is designed to deliver a practical hands-on, rigorous learning experience that has consistently yielded national award-winning, sought-after graduates. Accredited by the Engineering Accreditation Commission of ABET, the program supports minors in Bio-Process Engineering and Environmental Engineering and offers elective courses in Biochemical Engineering, Bio- Separations, Plant Management, Polymer Engineering, Pharmaceutical Processes, Energy Engineering and numerous undergraduate research projects.

The Experience

Guided by faculty with engineering work experiences from industry-leading companies such as Pfizer, Shell Oil, Koch industries and doctorates from Yale, Rice, Michigan State and Wayne State Universities, chemical engineering students benefit from a truly exceptional experience. The department faculty makes sure that students obtain the skills and preparation that are needed to be successful in their future professional and academic careers.... [-]

The Department of Chemistry and Industrial Hygiene offers two major programs: a chemistry major program and an industrial hygiene major program; and a chemistry minor program. Those majoring in chemistry may choose from the professional chemistry option (intended for those interested in graduate school or being an industrial chemist), the general chemistry option (intended for pre-professional students), or the professional biochemistry option (intended for those interested in graduate school or medical profession).

The chemistry major with the general chemistry option prepares students for a variety of possible careers in chemistry laboratories and in chemistry-related fields like forensics or pharmaceutical sales. It is also excellent preparation for pre-professional programs in medicine, dentistry, medical technology, and similar programs. Requirements for the general chemistry major include prescribed ancillary courses in computer science, mathematics, and physics. A minor or a second major is also required. The following table lists the courses required to obtain a Bachelor of Arts or Bachelor of Science degree with a major in general chemistry.... [-]

The Bachelor of Science is a three-year programme comprising twenty-four courses; of which eight courses are at 100-level, eight courses at 200-level, and eight courses at 300-level. The disciplines permitted as a major or minor for the Bachelor of Science degree in 2017 are:

Bachelor in Chemistry

Chemistry is the central science. All aspects of technical development require people with expertise in chemistry. A basic chemical education is required of doctors, dentists, engineers, agriculturalists, foresters, factory managers, etc. Thus, there is a continuing need for chemistry teachers in the region. In addition, there is an increasing need for graduates with some chemistry background for work in the industry as quality control staff, production managers and in a range of government and private research laboratories, e.g. mineral exploration, environmental pollution monitoring, agriculture. The contribution of chemistry graduates to regional development is considerable. ... [-]

The comprehensive major in nanoscience is the study of structures in nanometer size which is smaller than cells but larger than most molecules. At Northwest, this interdisciplinary majors focuses on providing practical laboratory experiences, isolating DNA and synthesizing nanoparticles to construct solar cells. Students can choose to specialize in nanoscale biology, nanoscale chemistry or nanoscale physics.

Nanoscale biology applies nanotechnology at the cellular level. Two approaches include using nanotechnology to study part of a living cell or use part of the living system as a model for creating nanoscale devices. This major utilizes cellular mechanisms to create new technologies.... [-]

Chemical Engineering and Chemistry plays an important role in solving societal problems. For instance, the development of cleaner forms of energy, new materials with highly specific properties like superstrong fibers, the design of new molecules capable of administering a certain dose of a drug in your body or converting light into electricity. There is always a great demand for well educated and trained chemical engineers.

N.V.A.O. accreditation

This program is legally recognized and accredited by the Accreditation Organisation of the Netherlands and Flanders (N.V.A.O.).

IChemE accreditation

The Bachelor's program Chemical Engineering and Chemistry at Eindhoven University of Technology is awarded the 'Internationally Accredited Degree' by The Institution of Chemical Engineers (IChemE). This demonstrates that our program is academically sound and industrially relevant.... [-]

Tomsk International Science Program –TISP Unique for Russia 4-year full-time bachelor's taught in English Interdisciplinary in natural sciences Active learning and individual learning path International community and modern study environment Why this Program?

Our global society is facing complex challenges in diverse areas such as energy, life sciences, nutrition, materials and the transition to a more sustainable economy. Many of these challenges are interdisciplinary, requiring a new generation of scientists who are capable of looking across traditional boundaries between scientific disciplines.

At TISP, we introduce a new approach to education in the natural sciences that is based on the Liberal Arts & Sciences tradition. Gone are the conventional disciplinary boundaries. We challenge you to create your own curriculum, chosen from a wide range of disciplines, guided by advisors and driven by your own skills, interests and ambitions.... [-]

Description of the Program

The Chemistry BSc line offers full - 3-year-education - in chemistry. The study program offers complete education in chemistry, with directions in inorganic and organic chemistry, analytical and environmental chemistry, and physical chemistry. Special courses are included in instrumental analysis, advanced organic chemistry and physical chemistry measurements. Courses for deep knowledge in mathematics, chemometrics, basic theoretical chemistry and biochemistry complete the curriculum. The subjects are presented in lectures (theoretical background of the topics, with the aim to provide a wider view for chemical application), seminars with a discussion of the topics and practicing chemical calculations, and laboratory work. The students will familiarize their knowledge with the most modern instrumentation.... [-]

Overview

The BSc Applied Chemistry programme provides broad coverage of applied chemistry, drawing on the Department of Chemistry’s emerging research strengths in new materials (organic, inorganic, nanoparticles, catalysts), clean and renewable energy, pharmaceuticals and healthcare. The programme will train you to the highest standard, equipping you to deal with challenges in academia and industry in a highly competitive and interdisciplinary environment.

Our continually developing curriculum provides you with the most advanced chemistry topics. The knowledge of and hands-on experience with modern technologies make our graduates highly competitive in both academic institutions and industry.... [-]

The Department of Chemistry and Biochemistry offers the B.S. degree for a major in chemistry, with concentrations that meet the American Chemical Society Accredited Programs requirements for concentrations in biochemistry, materials chemistry and in chemistry/chemical education.

The JMU Department of Chemistry and Biochemistry is committed to excellence in undergraduate education, to active students' participation in research and to counseling students to help them reach their professional goals. The department is large enough to offer modern laboratories, advanced Instrumentation and computer facilities, and the opportunity to take courses from faculty members with graduate training and research interests in all major areas of chemistry. At the same time, it is small enough for students to gain hands-on experience with research-grade equipment and to pursue an individualized program of study.... [-]