Bachelor of Engineering (Honours) in Electrical and Mechatronic

at University of South Australia - Mawson Lakes Campus Australia

This master degree offers innovative, integrated studies in sustainability, natural resources, and geospatial sciences.

It provides the opportunity to pursue higher level study before entering the workforce. It also fulfils the formal continuing professional development needs of environmental scientists and managers already in the workforce.

The University of South Australia’s environmental studies programs have been developed in response to industry demand. They are designed to meet the increasingly diverse responsibilities and challenges faced by managers, and the growing demand for skilled resource management practitioners. Courses are delivered by our highly qualified lecturers, and by industry practitioners from various government departments and private enterprise.

What you'll learn

You will explore the theory and practice of managing and sustaining our natural and built environment through core courses and advanced electives. You will also complete a Master Thesis. You will develop skills in:

• understanding and managing resources within a sustainability framework
• understanding and applying systems thinking
• spatial data management and analysis
• project management

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 

In the Master of Engineering (Engineering Management) program, you will learn the latest theories and professional skills related to engineering management and apply them to the core areas, covering project management, supply chain management, quality management, operation management and resource management. You will also be immersed in practical industry operation procedures to suit becoming an engineering manager as a future career path.

What you Learn

In the first year of the program students gain an appreciation of various operational aspects of managing the operations of an engineering organisation. This includes studies in areas such as total quality management, research data analysis, principles of project management, engineering economic analysis, sustainable development and design practice, intelligent production systems, and leadership with elective courses in energy and society, robotics and automation and human resource management, strategic procurement and others.

In the second year of the program students undertake more advanced studies which emphasise the strategic management of engineering operations. This includes consideration of issues relating to supply chain management, resource management, project planning con control, and operation management. The program provides an integrative management of these various strategic aspects of engineering operations.

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.

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.

Mechanical engineering is a diverse field that can be applied right across industry – from robotics and automation to manufacturing, defence technology, aerospace, mining, construction and energy.

The Bachelor of Engineering (Honours) (Mechanical) will see you learn to engineer solutions to everyday challenges. You will discover the latest in machinery design, advanced materials, manufacturing technologies and sustainable energy systems.

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 develop advanced knowledge and skills in dynamics and controls, fluid mechanics and thermodynamics, mechanical system design and digital prototyping, and advanced materials and renewable energy technology.

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 will involve 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. There is also the option to do a full-semester internship.

The Graduate Diploma in Environmental Science has been developed in response to industry demand. Along with the graduate certificate and master, it has been designed to meet the growing demand for skilled resource management practitioners.

What you'll learn

You will develop the skills to understand and manage resources within a sustainability framework. Your courses will cover areas such as ecological economics, community partnerships and natural resource management. You will also take three advanced, sustainability-focused electives.
 

Combine engineering skills and knowledge with broad-based business education in this double degree. Alongside your studies in civil engineering, develop an understanding of core business concepts such as marketing, management, international business and entrepreneurship.

Civil engineers give us the infrastructure that supports our lives. They design, construct and maintain our bridges, airports, roads, railways, water and waste supply. With our state-of-the-art facilities, you will apply engineering theories to real-world problems. Enjoy the flexibility of tailoring your business studies to your interests by choosing from a wide range of business electives, including management, accounting and finance, economics, law, and marketing.

What you'll learn

In your first year you will develop a strong, general foundation in engineering. You’ll then move into your civil engineering major and complete core courses in business that will give you a solid grasp of business fundamentals such as international business, economics and entrepreneurship.

At least half of your honours year involves a major project. Projects are generally supported by industry clients or based in a research concentration. You will also have the opportunity to undertake a collaborative engineering design project, where you will work on real projects provided by industry, with industrial representatives acting as your clients. You will work through the real-life stages of a project from developing a tender through to feasibility, concept development and detailed design.

This one year degree is for students who have completed a bachelor degree in a relevant field of science, technology, engineering, environmental science or health with a high level of academic achievement. This degree will train you to undertake research and help you to develop higher level scientific and problem-solving skills.

What you'll learn

Over the course of the year you will study courses in research methods, principles and ethics, as well as research project preparation. You will complete a research project that involves laboratory and/or field work, data collection and analysis, interpretation of your results in the context of current scientific literature, preparation of an Honours thesis and presentation of a final seminar to academics, student peers and relevant industry and government stakeholders.

You will also study advanced topics related to your field of study. This could include topics such as:

• environmental chemistry and pollution monitoring
• earth sciences including isotope geochemistry
• ecology including remnant habitats and climate refugia, environmental and park management
• surface chemistry
• physics and photonics

Construction Managers supervise various design and construction projects from beginning to end. This degree will prepare you to pursue a career in this competitive and highly sought-after field.

What you'll learn

In your first year, you will develop a strong, general foundation in engineering. You’ll then move into your civil engineering major. From the third year onwards you will commence construction management courses, such as Construction Scheduling and Advanced Construction Management.