Bachelor of Engineering (Honours) in Civil/Bachelor of Business (Dual Degree)

at University of South Australia - Mawson Lakes Campus Australia

Mathematics can open doors to a wide range of careers with employers increasingly looking to quantify and understand data, seeking new and improved solutions to business, health, technological and societal challenges.

This degree creates work-ready professionals with sound knowledge in applied mathematics and strong multi-disciplinary skills. You will develop the analytical and problem-solving skills to play a valuable role in the growth of society.

What you'll learn

In first year you’ll study core sub jects in mathematics and IT. You will focus on building your mathematical and programming skills with courses that include calculus, statistical methods, algebra, and fundamentals of programming.

You will study multi-disciplinary areas such as mathematical modelling, data collection and analysis, applied probability, and the implementation of computer-driven solutions. You can also choose to study a minor in Information Technology or take electives from other natural sciences.

In your final year you’ll combine study and hands-on experience with the chance to take part in the Maths Clinic program. In Maths Clinic a team of students, supported by academic supervisors, works on a problem in close consultation with an industry partner. This will strengthen your abilities in research, analysis, interpretation of data, and communication.

The Bachelor of Information Technology (Honours) prepares you for higher level graduate jobs in IT. It may also lead to research or leadership roles in computing, information technology or information systems, as well as postgraduate and PhD studies.

You will study various aspects of managing the operations of an engineering organisation, including quality management, research data analysis, principles of project management, engineering economic analysis, intelligent production systems, sustainable development and design practice, and people, and leadership and performance with elective courses in energy and society, robotics and automation, talent acquisition and development, strategic procurement and others.

What you'll learn
The qualification comprises studies in quality management, project management, human resource management, leadership, intelligent production systems including the use of robotics and automation and energy management.

What you'll learn

During your degree you will complete a year-long project in a major industrial, scientific or commercial project in aviation, guided by an academic supervisor.

You will develop skills in literature search and review, research methodologies, experimental design, data analysis and research ethics, and have the opportunity to tailor your learning to your interest areas with guidance from your academic supervisor.

Topics include:

•     Human Factors
•     Aviation Safety and Safety Management Systems
•     Airline and airport operations
•     Aviation Strategic Management
•     Aviation regulation and law

With ongoing growth in games and entertainment, IT professionals with the expertise to build highly visual systems are in demand, with the Bachelor of Information Technology (Games and Entertainment Design) designed to meet that need.

What you'll learn

During your first year of study you will build a strong foundation in IT fundamentals, including networking, database development, programming, and systems analysis and design, before specialising in game development, which will see you build skills in computer graphics programming, multimedia design and information visualisation.

Topics include:

• Unreal game engine
• Unity game engine
• Game asset creation
• Game design
• Mobile game development
• 3D graphical production 

Electrical engineers are needed wherever electrically powered tools, devices or systems need to be designed, manufactured or maintained. These systems include those that:

• generate, transmit or distribute electrical energy
• acquire, process or deliver information, and
• automate processes and deliver services.

What you'll learn

In your first year you will develop a strong, general foundation in engineering including computer programming, applied mathematics and physics. As your studies progress, you will learn about analog electronics, digital electronics, software development, embedded systems, computer networking, electrical machines, signal processing, robotics, control systems, power systems and renewable energy, and telecommunications.

Mechanical and mechatronic engineering is a diverse field that can be applied right across industry – from robotics and automation to manufacturing, automotive and energy. This degree captures that diversity, integrating mechanical engineering with computing, control, automation and actuation.

What you Learn

In your first year you will develop a strong general foundation in engineering including computer programming, applied mathematics and physics. As your studies progress you will discover innovative mechanical and mechatronic areas such as robotics, industrial actuation and automation and machine vision.

Our UniSA STEM Professional Practice Program allows you to apply the skills and knowledge you've acquired throughout your degree in real-world settings.

At least half of the honours year involves a major project. You will take the lead as an engineer in a project environment, working with industry, a government organisation, or an academic research area.

The Bachelor of Information Technology (Mobile Application Development) will see you develop specialist expertise in the creation of software, with an emphasis on mobile applications and platforms.

What you'll learn

During your first year of study you will gain a solid foundation in networking, database development, programming fundamentals and systems requirements and design, before focusing on your mobile application specialty that will you see you studying:

• IOS Enterprise Development
• Android Games Development
• Design Patterns with C++
• Agile Development and Governance
• Cloud and Concurrent Programming

What you'll learn

This is a very flexible degree. You can select two majors from the following fields:

• Applied physics: allows you to pursue in-depth studies in advanced materials, computational physics and medical health physics
• Biology for Science: includes plant and animal biology, cell biology, physiology, environmental biology, biochemistry and introductory biotechnology
• Chemistry for Science: offers studies in both physical and inorganic chemistry
• Ecosystem sciences: looks at environmental sciences and policy including the contemporary concepts of ecosystem management and sustainable development that link natural and social systems, providing a solid foundation in natural sciences and field research techniques.
• Geoscience and Biogeochemistry: combines the study of chemical, physical, geological and biological processes that shape the natural environment, with an emphasis on problems such as climate change, environmental pollution and landscape modification. Investigate the Earth System and the dynamic interactions that govern global change from the microscopic to the macroscopic scale.
• Mathematics and statistics: investigates core studies in applied mathematics, statistics and optimisation.
• Computer Science: develops knowledge of the fundamentals and practice of computing, including studies in programming, data structures, operating systems, computer systems organisation, logic and computational mathematics.

What you'll learn

In the Graduate Diploma in Data Science you will learn current techniques in data science, and how to apply this knowledge professionally. You will develop:

• cognitive skills to review, analyse, consolidate and synthesise knowledge and identify and provide solutions to complex problems in data science

• cognitive skills to think critically and to generate and evaluate complex ideas

• specialised technical and creative skills in data science

• communication skills to demonstrate an understanding of theoretical concepts

• communication skills to transfer complex knowledge and ideas to a variety of audiences