都柏林大學(xué)

Biophysical Chemistry combines the study of the molecular principles of the functioning of life with their applications in modern technologies, from the design of a new generation of smart medicines to green manufacturing. The best chemical technologies of our world are utilised in biological systems, where thousands of chemical transformations take place in a well controlled, environmentally friendly manner and in a tiny space (biological cells). Biological cells represent sophisticated manufacturing plants filled with a broad range of nanodevices. Students graduating with this degree will acquire knowledge of advanced chemistry, knowledge of molecular principles of organisation and functioning of living matter, and also the skills in the applications of these principles in biomedical, biotechnological, pharmaceutical, food and other related industries.

What will I study?

All Science courses are full time, with many student timetables running from 9.00am to 5.00pm or later. Depending on the subject choices, a weekly timetable can include lectures, practicals and tutorials.

Assessment varies with each module but may comprise continuous assessment of practicals, written exams and online learning activities.

Career & Graduate Study Opportunity

The interdisciplinary aspect of this degree and the acquired combination of theoretical and practical skills provide broad opportunities for employment in high-tech areas, including:

• Complex bio-molecular formulations
• Bio-nanotechnology
• Forensic science
• Bio-processing
• Bioengineering

Biophysical Chemistry graduates will be able to find employment in biotechnological, pharmaceutical, biomedical, food, personal care and other industries, as well as academic research worldwide. Graduates can also pursue a range of MSc or PhD opportunities in Ireland or abroad.

What Will I Study

This is a sample pathway for a degree in Chemistry with Biophysical Chemistry. Topics include: physical, organic and inorganic chemistry; molecular architecture of living matter; self-assembly and functioning of biomolecules; molecular principles of storing and utilisation of genetic information; bio-catalysis and enzymes; modern technologies of supramolecular design; and modern analytical techniques

First Year

• Chemistry
• Mathematics
• Biology
• Elective modules

Second Year

• Chemistry with Biophysical Chemistry
• + 1 Other Science Subject
• Elective modules

Third Year

• Biophysical Chemistry
• Chemistry
• Chemical Biology & Medicinal Chemistry
• Electives (includes Erasmus opportunities)

Fourth Year

• Biophysical Chemistry (Research Project)
• Biophysical Chemistry
• Chemistry
• Nanotechnology