Bachelor of Engineering (Honours) (Bioinformatics)
Study Programme Details
City: | Sydney |
Country: | Australia |
Admission Sessions: | Autumn Session, Spring Session |
Study Format: | Full Time |
Mode of Study: | Fully on Site |
About this Study Course
Embark on a transformative journey where computing and the life sciences converge – welcome to the Bachelor of Engineering (Honours) in Bioinformatics. In a world where genetic information flows in abundance, our program is at the forefront of developing cutting-edge technologies to handle and manage this vast treasure trove of genetic data. Discover the captivating intersection of biology, computing, and technology as you delve into the heart of Bioinformatics.
Overview
Bioinformatics is the dynamic nexus where computing meets life sciences, addressing the challenge of managing the explosive growth in genetic information. This degree equips you with the skills to navigate the complexities of bioinformatics by integrating biology (biochemistry, molecular biology, and genetics), computing (algorithms, databases, and programming), and mathematics and statistics. Immerse yourself in a world where the demand for processing and analyzing vast genetic information necessitates advancements in both software technologies and hardware architectures. Here, you won’t just learn; you’ll innovate, creating software solutions to unravel the mysteries encoded in our genes.
Admission Requirements
For more information, please visit respective university web page link.
Degree structures can vary depending on the number of courses you choose and timetabling, to give you an indication you can consider the below.
In your first year you might study:
- Two introductory courses in Mathematics
- An introductory course in Physics,
- and an introductory course in Computing
You may also study an introductory course related to your specialisation of choice. These courses equip you with the skills required for the rest of your Engineering degree.
All students study ENGG1000 “Introduction to Engineering Design and Innovation”. In this course you’ll learn to think the way that engineers think, developing solutions with limited budget, time and resources.
In your second year you’ll undertake:
- Courses from your selected specialisations
- Core courses to give you the fundamental knowledge in your area of interest
In your third and fourth year you’ll develop your knowledge further with a range of core and elective courses.
During your degree you’ll be required to complete two General Education electives. These courses help you broaden your education by completing several courses from outside the engineering faculty strengthening your cross-disciplinary thinking, developing a flexible approach and enhancing your critical analysis skills.
This degree also requires you to complete 60 days of industrial training, which gives you some on the job experience before graduating. This multidisciplinary educational approach connects students, academics and industry enabling you to develop the essential technical and professional skills, so you thrive in your future career.
- International Fee to Complete Degree $238,000
- Domestic Commonwealth Supported Places (CSP) are available for this program
Future Career Outcomes
Join a community of successful alumni who have made significant contributions to the field. Explore the intersection of bioinformatics and industry demands, where the skills you develop align seamlessly with the evolving job market. Witness the power of bioinformatics in real-world applications, from personalized medicine to agricultural advancements.