Bachelor of Aviation in Flight

at University of South Australia - Mawson Lakes Campus Australia

In advanced manufacturing, new production techniques, sophisticated modern manufacturing technologies and high-precision and automated machinery are used to improve products and processes. Mechanical engineers in the manufacturing sector use a broad range of knowledge and skills, including information and communication technology (ICT), digital modelling, quality assurance and new organisational practices. 

What you'll learn

In your first year you will develop a strong foundation in engineering including computer programming, applied mathematics and physics. As you advance in your studies you will explore the latest in manufacturing such as intelligent systems, and industrial actuation and automation.

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 first year of study you will gain a solid foundation in networking, database development, programming fundamentals and systems analysis and design, before focusing on your chosen areas of study.

This degree then allows you to choose your own specialisations – either two minor areas of study in IT, or one minor area of study in IT and one from a complimentary discipline. This allows you to develop a broad range of knowledge and skills to enhance your career prospects.

IT minors include:

• Business systems
• Cyber security
• Games and entertainment
• Mobile applications
• Networking
• Software development

This honours degree has been designed for students who have successfully completed a bachelor’s degree in a relevant discipline, such as a Bachelor of Mathematics or a Bachelor of Science with a substantial mathematics focus.

What you'll learn

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

You will develop skills in literature search and review, methodologies, experimental design, data analysis and research ethics. You will have an opportunity to undertake a research problem or advanced study in mathematics through your thesis units.

Broaden and specialise your skills further by tailoring your honours level electives to an area of interest as approved by the Program Director.

You might have the opportunity to explore:

• Simulation Theory and Application,
• Advanced Complex Analysis,
• Nonlinear Programming,
• Discrete Optimisation,
• Applied Functional analysis,
• Advanced Topics in Applied Statistics,
• Numerical Linear Algebra,
• Introduction to Partial Differential Equations,
• Computational Biology,
• Stochastic Calculus,
• Advanced Operations Research,
• Optimal Control,
• Advanced Topics in Applied Mathematics,
• Advanced Topics in Optimisation,
• Fluid mechanics

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

This degree is designed to produce job-ready graduates to meet this industry need, and to fill the growing range of work opportunities in the market. Successful maths and data scientists draw on skills from a range of complementary disciplines, so this degree offers a balanced mix of mathematics, information technology and data science. In your final year you’ll have the chance to complete an industry-based project to experience real-world challenges and gain workplace experience.

What you'll learn

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

You will then move into your applied data science studies. You’ll study cross-disciplinary areas such as web development, data structures and mathematical communication, and mathematical modelling.

In your final year you’ll combine study and hands-on experience with courses in programming and networking, decision making and analytics. You will also complete either an industry-based Maths Clinic project or a major project to strengthen your abilities in research, analysis, and interpretation of data.

The Graduate Diploma in Information Technology (Cyber Security) aims to develop cyber security professionals with advanced knowledge in cyber security governance, risk and compliance (GRC). To ensure you graduate job-ready, significant consultation with industry has taken place to establish both the technical and non-technical expertise demanded by employers. In recent years, calls for cyber security professionals with a strong working-knowledge of GRC in complex organisational environments has significantly increased. As such, this program will build your professional proficiency, as well your ability to examine and implement a range of technology-based cyber security defences to address emerging threats and attacks.

What you'll learn

The Graduate Diploma in Information Technology (Cyber Security) has been designed to develop foundational, discipline specific knowledge in IT in your first semester of study. From there, you will complete courses that develop your knowledge in governance, risk management and compliance, business practices, network security and cyber criminal behaviour.

Make your dreams of becoming a pilot reality with an innovative aviation degree. The Bachelor of Aviation (Flight) is the starting point for all international students wanting to fly.

What you'll learn

You will undertake general studies in aviation including an introduction to human factors and safety management systems. You will do Flight Training Theory 1 and 2, taught by instructors from the flight training provider. These courses prepare you for CASA Commercial Pilot Licence theory examinations.

As your studies progress, you will explore more advanced and theoretical areas including meteorology, law, human factors and aspects of the flight and performance of large aircraft systems. You will also study communication and aviation management. Your technical studies will include aerodynamics, heavy aircraft systems, navigation and risk and safety management.

Flight Experience is part of this degree. If you don’t take up Flight Experience, this course will be replaced by two electives.

Software engineers are engaged in the full life cycle of software development, from the initial planning stage, through to costing, designing, developing, testing and maintaining large and complex systems. They understand how software systems are designed and built, and require effective communication, interpersonal and problem-solving skills, as well as advanced technical knowledge. 

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 software engineering specialty that will you see you studying:

• Operating Systems and Tool Chains
• Design Patterns with C++
• Agile Development and Governance
• Cloud and Concurrent Programming
• Secure Software Development
• Advanced Data Structures
• Systems Architecture

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.