147 Biosystems Engineering
BE (Hons) (NFQ Level 8) or BSc (Engineering Science) (NFQ Level 8) leading to ME (NFQ Level 9)
learn how to apply the principles of engineering to biological systems.
create enhanced foods of the future, or biofuels from materials such as marine algae.
CAO Code
Why is this course for me? Biosystems Engineering is based on the study of the science of biology. Biosystems engineers apply their knowledge to produce, manufac- ture and process biological materials such as biosensors, enzymes, food products, new and advanced packaging systems, and precision pro- duction and harvesting systems. Tey also work to achieve sustainable development and envi- ronmental protection by developing improved waste management techniques, and systems to protect air, soil and water quality. If these are areas that interest you, then as
a Biosystems Engineering student you will learn the engineering and biological principles required, and gain the knowledge and skills needed to pursue a successful, fulfilling career in the world’s thriving bioresource industries.
What will I study? First Year
As with all DN150 Engineering programmes, students follow a common first year. You can then choose your preferred specialisation. In Biosystems Engineering, modules include:
Second Year Food Physics • Biosystems Engineering Research Trends • Principles of Animal Science • Principles of Crop Science • Chemistry of Macronutrients • Agricultural Microbiology • Mechanics of Fluids • Mechanics of Solids
Third Year Bioprocess Engineering Principles • Biosystems Engineering Experimental Project • Waste Management • Biofuels & Renewable Energies • Professional Engineering (Finance) • Engineering Termodynamics • Numerical Methods for Engineers
Fourth Year Food Refrigeration Systems • Environmental Engineering • Air Pollution • Buildings for Animal Production • Food Process Engineering • Food Chain Integrity • Biosystems Engineering Capstone Design Project
DN150
Entry Requirements Please see Page 144 for Entry Requirements for DN150.
Students with their rainwater harvesting device in the UCD Biosystems Engineering Design Challenge.
Career & Graduate Study Opportunities Graduates can find employment in: A Bioprocess and food companies
A Environmental protection agencies
A Sustainable energy and green technology companies
International Study Opportunities Opportunities to date have included: A Virginia Tech University, USA
A University of Illinois, USA Nicola
Green STUDENT
My physics and maths were very strong at school, but I always felt more drawn towards biology. Biosystems engineering suited all three and provides a unique chance to integrate biology with engineering. With increas- ing talk of pollution and global
warming, biosystems engineering seems sure to become more and more popular. It also gives you an opportunity to study abroad, which I highly recommend. On graduating I would like to use the skills I have acquired to help others.
KEY FAC T Third year students have the opportunity to study at Virginia Tech, one of America’s top 25 engineering universities.
Further information
www.ucd.ie/myucd/eng f.butler@ucd.ie
Professor Francis Butler UCD School of Biosystems Engineering Belfield, Dublin 4
+353 1 716 7473
facebook.com/UCDLife
Biosystems Engineering Micro algae with biofuel potential
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