Bachelor of Engineering Science in Advanced Manufacturing

at Western Sydney University - Penrith Campus (Kingswood) Australia

The degree will develop the mindset, risk tolerance, creativity, passion, big thinking, team formation and leadership capabilities – the key distinct characteristics of high-impact entrepreneurs.

In an entrepreneurial ecosystem, you will learn the knowledge and techniques for opportunity discovery, impact analysis, customer analysis, strategic team-building and leadership, the psychology and ethics of the start-up, funding modelling and financial analysis, growth and exit strategies.

The Games Design and Simulation specialisation will convert your passion for playing games into deep knowledge of the science and art of problem solving through development and application of games and simulations.

This area of study includes gamification, games design, game-based learning, and psychology of gaming, serious games, games entrepreneurship, as well as broader modelling and simulation. It features two majors that are not available in any other Western University degree - Game Programming and Game Design.

Upon completion you will have developed an entrepreneurial mindset and will know how to apply this mindset to address a diverse range of problems through game and simulation-based solutions.

The program incorporates practical experience in every semester of study, placing students in entrepreneurial environments (incubators, technology parks, innovation centres) and enabling them through all the stages from creative ideation through the sustainable development of the idea into a lean start-up.

Game Programming

In this major you will gain skills in programming, data structures, video game development, artificial intelligence and more. 

If you’re creative, passionate and a problem solver, our enhanced Arts degree could be for you.

Sociology

The major in Sociology provides students with a thorough training in the methods, theories and select leading areas of contemporary sociology.

If you’re creative, passionate and a problem solver, our enhanced Arts degree could be for you.

The Bachelor of Engineering (Honours) program is designed for students with interests in learning to address humanity’s issues and challenges through the development and deployment of technical solutions.

This program spans all major engineering domains and prioritises industry relevance via an emphasis on work integrated learning to ensure students are career-ready on graduation. In addition to becoming technical experts in their chosen field of specialisation, students are also challenged to become collaborative and innovative problem solvers with an appreciation for the importance of sustainability and global citizenship.

Advanced Manufacturing

Manufacturing is continuously transforming as it integrates automation, analytics, intelligence, digitisation, and Internet of Things (IoT) into physical operations. In this major, you integrate techniques and methods to improve the sustainability and efficiency of manufacturing taking advantage of digitisation tools. You tackle complex problems, propose innovative solutions, and apply critical thinking to industry problems considering social, ethical and environmental factors.

Graduate destinations are varied and include:
Digital Product Design Engineer, Digital Process Engineer, Additive Manufacturing Engineer, Digital Twins Engineer, Systems Engineer, Automation Specialist, Robotics Specialists, Advanced Sensors Specialists, Industry 4.0 Transformation Specialist, IIoT Specialist.

This double degree program is designed for students whose interests span the Arts and Social Sciences.

It will give you the skills and versatility to work across a range of academic and professional disciplines, including the opportunity to develop global perspectives and communication skills.

You need to include a Social Science Major, so you can design your own academic program within the Bachelor of Social Science program structure.

English

The English major invites students to explore contemporary approaches to language, literary studies and writing, including literary criticism and theory, linguistic analysis, genre and textual study, and creative writing. The English major focuses on the imaginative workings of language, and students can study a wide selection of modern and classic literature, as well as the relationships between written texts and other media such as film and information technology.

Students also have the opportunity to produce their own creative writing and to edit and learn how to publish their work. Career prospects include publishing, editing, teaching, writing and advertising.

Our Computer Science (Advanced) program is an elite degree aimed at transforming today’s brightest minds into tomorrow’s computing leaders.

Systems Programming

This major is only available to students enrolled in the Bachelor of Computer Science and Bachelor of Computer Science Advanced.

This major aims to develop graduates with sound skills in the discipline of programming. The focus is on programming at the level of system calls to the underlying operating system and many of the units use the industry standard language for systems programming, namely C/C++, as the vehicle of instruction.

There is a strong emphasis on the development of highly efficient and reliable code that can provide support services for higher level application oriented programs, as well as the development of programs suitable for systems administration and management.

Practical work utilises the Unix environment. This major is appropriate where a career in systems programming or systems administration is planned, or where the student wishes to develop advanced systems programming skills.
Students must maintain a grade point average of 5 or above to remain in the program. Those who do not maintain this average will be transferred to the Bachelor of Computer Science.

The degree will develop the mindset, risk tolerance, creativity, passion, big thinking, team formation and leadership capabilities – the key distinct characteristics of high-impact entrepreneurs.

In an entrepreneurial ecosystem, you will learn the knowledge and techniques for opportunity discovery, impact analysis, customer analysis, strategic team-building and leadership, the psychology and ethics of the start-up, funding modelling and financial analysis, growth and exit strategies.

The Games Design and Simulation specialisation will convert your passion for playing games into deep knowledge of the science and art of problem solving through development and application of games and simulations.

This area of study includes gamification, games design, game-based learning, and psychology of gaming, serious games, games entrepreneurship, as well as broader modelling and simulation. It features two majors that are not available in any other Western University degree - Game Programming and Game Design.

Upon completion you will have developed an entrepreneurial mindset and will know how to apply this mindset to address a diverse range of problems through game and simulation-based solutions.

The program incorporates practical experience in every semester of study, placing students in entrepreneurial environments (incubators, technology parks, innovation centres) and enabling them through all the stages from creative ideation through the sustainable development of the idea into a lean start-up.

Game Design

Take on the world with resilience, creativity and the right mindset. Add Entrepreneurship to an undergraduate degree to get the edge. This degree is an innovative approach to training the next generation of high impact entrepreneurs by providing knowledge and developing practical skills.

The Bachelor of Entrepreneurship is not a stand-alone degree, but is designed to be undertaken in combination with any Western Sydney Bachelor degree. The program aims to guide students through all phases of their entrepreneurship journey: from forming a team to helping with pitching their ideas to potential investors and developing strategies for obtaining funding.

You’ll learn about product development, legalities and ethics, financing, operations, funding and start-ups, and growth and exit strategies. Develop resilience, creativity, risk tolerance and the right mindset. Learn how to think big and lead teams to success. Gain access to real-world placement opportunities in incubators, technology parks and innovation centres. Get the ultimate edge from creative ideas through the sustainable development of an idea into a lean start-up.

The specialist knowledge of engineering technologists is a key element in the practice of engineering. The engineering technologist’s focused learning and practical skills are highly utilised in industry and make a significant contribution to Australian engineering success and prosperity.

The Western Sydney region has experienced strong growth and the engineering industry requires engineering technologists in a range of specialisations to support industry.

Robotics and Mechatronic

Robotics and Mechatronic engineering combines electrical, computing and mechanical engineering and is at the forefront in designing smart machines and systems, such as pilotless spacecraft, car cruise control, automated factories and medical telerobotics. Students explore intelligent mechanical systems and automation through an extensive and integrated hands-on laboratory program, as well as work-integrated industry projects. Students learn in-depth knowledge about the design and construction of these systems to integrate, evaluate and address their performance. The multidisciplinary skills students develop are sought after by leading edge industries, including aerospace and biomedical engineering.

Graduate destinations include:
Robotic and autonomous systems technologist, Autonomous equipment technologist, Electronics design technologist, Instrumentation technologist, Automation technologist, Control systems technologist.