Molecules and their interactions with their environments are the basis of life. Many complex chemical processes play an important role, not only in biology or in medical research, but they are also linked to emerging technologies and modern research areas, such as the fields of energy generation or storage. A Bachelor in Molecular Science can put your on a rewarding and exciting career path with opportunities for advancement, career growth, and further academic pursuits.
Common to the Bachelor in Molecular Science programs are the molecular aspects which provide a unique characteristic but it also helps in distinguishing it from basic studies in biology and materials sciences. Programs are structured differently, but generally, students pursuing a Bachelor in Molecular Science specialize in areas such a molecular life science or molecular nano science. Students from Bachelor in Molecular Science programs are employed around the world in a myriad of fields. Some common ones include research and development, academia, healthcare, not-for-profits, biotechnology firms and others.
Take a look through the Bachelor in Molecular Science programs below to learn more. You may find the next step toward your academic and professional goals!
The English-taught Bachelor’s programme in Molecular Life Sciences at Radboud University operates at the interface of chemistry, biology and medicine, with mathematics and physics as supporting subjects. [+]
Because it involves working at the interface of chemistry, biology and medicine, with mathematics and physics as supporting subjects, the Molecular Life Sciences Bachelor's programme at Radboud University gives you a broad view of the discipline. You learn to identify connections, which in turn gives you the broad perspective required to develop innovative solutions that society needs.
Molecular Life Sciences is an exciting area, where new discoveries are continually being made. Radboud University is at the forefront of these developments. For example, Radboud scientists are developing self-healing materials that are constantly able to adapt to their environment, as occurs naturally in the human body. As a graduate, you will soon be part of this vanguard, able to make significant contributions to better healthcare therapies and environmental solutions.... [-]
Chemical physics is an interdisciplinary major which combines chemistry’s study of the composition of matter with physics’ study of the properties of matter and energy. Courses are drawn from the departments of chemistry, physics and mathematics. [+]
The Physics/Pre-Engineering department presently offers a major in chemical physics and a minor in physics designed for those interested in secondary education.
Aquinas College is a small, friendly institution dedicated to teaching its students in a setting designed to help individuals develop their talent and potential. Physics/Pre-Engineering students begin their AQ education by taking a series of courses in mathematics, engineering, the physical sciences, and the humanities.How We're Different
Perhaps the greatest demand for teachers at the secondary level is in the area of physics.
Chemical physics is an interdisciplinary major which combines chemistry’s study of the composition of matter with physics’ study of the properties of matter and energy. Courses are drawn from the departments of chemistry, physics and mathematics.... [-]
Biochemists study the most basic of life processes, such as identifying the way in which DNA, which carries genetic information, is transferred between cells and can be manipulated. This has led to the development of new technologies such as molecular biology, biotechnology and genetic engineering. [+]
The biochemistry program prepares students for competitive and rewarding careers in science, medicine or research. The biochemistry major places a strong emphasis on practical, hands-on experience, making graduates of the biochemistry program well prepared for the job market.
Biochemistry provides an excellent background for biotechnology research, medicine, dentistry, pharmacy, nutrition, veterinary medicine and education.... [-]
The Department of Molecular Biology and Genetics prepares students to become researchers in this area of biology.[+]
The Department of Molecular Biology and Genetics prepares students to become researchers in this area of biology. The Department houses state-of-the-art laboratories that allow the study of high-throughput genomics, bioinformatics, recombinant DNA, model organisms, and cell cultures for educational and research purposes. The main focus of research activities is on the molecular genetics and biology of human diseases such as cancer, autoimmunity, and rare inherited neurodevelopmental phenotypes. Students have the opportunity to study with internationally recognized faculty members working at the forefront of research in genetics and cell science.
Why study at Bilkent University... [-]
The Bachelor Degree Programme Molecular Ecosystem Sciences is an international three year programme aimed at motivated and qualified students from European countries and abroad. As the courses are entirely in English, the students’ language skills are expected to be at high level. The Degree Programme combines molecular and ecosystem studies and students will be involved in both fields. [+]
Bachelor in Molecular Ecosystem Sciences (B.Sc.)
The Bachelor Degree Programme Molecular Ecosystem Sciences is an international three year programme aimed at motivated and qualified students from European countries and abroad. As the courses are entirely in English, the students’ language skills are expected to be at high level. The Degree Programme combines molecular and ecosystem studies and students will be involved in both fields.
Most of the teaching modules include practical work, field and laboratory courses or seminars in addition to the lectures so students will get a lot of hands on practical training.An understanding of ecosystem processes requires a detailed view of their molecular basis so students will gain diverse and advanced knowledge in natural sciences and related disciplines.Each of the modules leading to fulfill this aim is valued at six credits so the first three semesters will consist of five modules per semester with 4 hours per module per week amounting to a total of 30 credits and 20 teaching hours per semester.The fourth semester is an elective semester during which students can choose to do practical training abroad or to stay in Göttingen with a choice of modules read mainly by international visiting professors from abroad.Semester five is taken up by another five modules (of 6 credits and 4 hours per week each) including a module on Scientific Writing in order to help prepare students for their B.Sc. Thesis which will follow in the sixth semester.The last semester consists of two modules, additionally the... [-]