The Master’s in Bioengineering focuses on the intersection of biology, engineering, and clinical sciences to design innovative medical solutions. This multidisciplinary program covers areas such as medical devices, regenerative materials, and tissue engineering. Graduates are equipped to develop cutting-edge technologies, from bionic prostheses to in vitro organ generation.

Bachelor in Bioengineering focuses on cultivating high-quality composite talents who can engage in design, production, management, new technology research, and new product development in the fields of biotechnology and engineering.

Develop new treatments for burn victims using pharmaceutical nanofilm. Help amputees regain mobility with sensor-equipped prostheses that respond to nerve impulses. Bioengineering applies engineering tools and approaches to solving problems in biology and medicine. Pursuing your BS in Bioengineering at Mason Engineering offers the opportunity to experience the cutting edge of medical technology. This dynamic field capitalizes on rapid advances in high-tech bioinformatics, as well as unprecedented growth in biological science. Students can expect challenging coursework in physical and computational science as they pursue a bachelor's degree. After graduation, they're competitive for entry-level positions in the biomedical industry or admission to graduate school or medical school.

According to the Spanish National Institute of Statistics, life expectancy increased by 1.1 years between 2007 and 2013. Sociodemographic change and long life expectancy in Europe have meant that healthcare is focusing on new horizons. The electrical and communications industry has facilitated the creation of batteries, microcomputers, new polymers, and plastics, which mean that prosthetics and orthoprosthetics have become lighter, more resistant and look more real.  In the area of robotics and electronics, it has been possible to develop improved prosthetics through control and adaptation systems until the point where they can create prosthetics controlled through muscular stimulation.

Soya beans, corn, cotton and many other products on the shelfs of our shops arrive genetically modified. Genetic engineering is a huge achievement of scientific research that aids in solving the world-wide problems. Using the methods of gene transfer, natural evolution is speeded up, therefore it is possible to create the plants that are resistant to the pests, to reduce the starvation in poor countries, and also to find the medications against previously incurable diseases.

The study programme enables students to acquire both theoretical and practical knowledge and skills in the field of biotechnology and bioengineering, acquire skills in the design of equipment and processes, and product development. The programme prepares highly qualified specialists and scientists able to compete on both the local and international scientific labour markets.

Food technology and agriculture come together with process engineering for a sustainable future, with renewable energies and with the use of biological resources.

The bioprocess engineering program prepares students for careers as engineers in the bioprocess or biotechnology industry filling positions that are typically filled by chemical engineers with additional training. The bioprocess engineering program seeks to educate engineers versed in the chemical engineering fields in biologics/biopharmaceutical, bioprocess, biotechnology, biochemical, and bioenergy, with a focus on developing products from sustainable sources in a sustainable manner or through the applications of green chemistry.

Bioengineering (BIOE) Completion of the undergraduate program in Bioengineering leads to the conferral of the Bachelor of Science in Bioengineering. Mission of the Undergraduate Program in Bioengineering The Stanford Bioengineering major enables students to combine engineering and the life sciences in ways that advance scientific discovery, healthcare and medicine, manufacturing, environmental quality, culture, education, and policy. Students who major in BioE earn a fundamental engineering degree for which the raw materials, underlying basic sciences, fundamental toolkit, and future frontiers are all defined by the unique properties of living systems.

Bioengineers use engineering principles to solve problems in the life sciences, human health and medicine, and related industries. At the undergraduate level, the goal of bioengineering education is to instill a fundamental understanding of biology while developing core skills to design technologies relevant to human health and disease.

Gain a solid grounding in biomedical disciplines on this innovative Bioengineering (Regenerative Medicine) BSc. You will explore the fundamentals of biological processes, gain interdisciplinary biomedical know-how, and develop key laboratory skills. Our course aims to prepare you for an exciting future in the research, discovery, and production of regenerative medicine, which is transforming global healthcare.

Students on the BA Chemical Engineering Degree spend their first year reading either Natural Sciences or Engineering, before embarking on the study of Chemical Engineering itself.

Bioengineering applies engineering methods and concepts to living systems and their interactions with non-living systems. With the integrated science and engineering skills gained at WSU, our bioengineering graduates are able to make valuable contributions to human and animal health care and environments, bio-based product development, and biotechnology.

Genetics and Bioengineering Program is a special program combining natural sciences and engineering. The principal is to first understand and explore the biological processes at the cellular level, then correlate this knowledge with different fields of engineering, and finally implement solutions in the industry and technology.

The BS in Bioengineering is a challenging multidisciplinary training program with the goal of enabling graduates to be competitive for an entry-level position in the biomedical industry or to continue their education in graduate school or medical school. The curriculum provides a strong background in the biological and engineering fundamentals of bioengineering as well as upper-level courses in areas of biomedical measurements, biomedical systems modeling, and bioinformatics. The department offers six concentrations: Bioengineering Healthcare Informatics, Bioengineering Prehealth, Biomaterial and Nanomedicine, Biomedical Imaging and Devices, Computational Biomedical Engineering, Neurotechnology, and Computational Neuroscience. In addition the Bioengineering, BS program offers an Honors Program to outstanding students. Entry is by invitation and based on academic performance achieved at Mason.