Bachelor of Engineering (Honours) in Advanced Manufacturing

at Western Sydney University - Parramatta City Campus Australia

Neuromorphic Engineering is an exciting inter-disciplinary field combining aspects from electrical engineering, computer science, neuroscience, signal processing and mathematics.

The Master of Applied Neuromorphic Engineering offers students an opportunity to partner with high-profile industry partners in an applied project or a research project, mentored by leading researchers from the International Centre for Neuromorphic Systems at the MARCS Institute. 

This program seeks to address the rapidly growing demand for alternative inter-disciplinary technologies, such as bio-inspired agile sensory systems, smart edge devices, and brain-inspired high performance computational platforms. The students will be introduced to state-of-the-art neuromorphic hardware, sensors and algorithms in a highly structured way that increases their acumen for approaching new situations with creativity and initiative.

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.

Sustainability

Human society is facing ever increasing challenges from changing climate, expanding populations and industrial development. Traditional approaches to solve environmental problems needs rethinking and should consider circular economy, life cycle thinking, climate smartness, digitisation. In this Major, students assess various challenges in provision of water, food, infrastructure and energy then propose design solutions using holistic, futuristic and sustainable technologies and strategies. Through hands-on, real-life projects, students explore solutions that integrate technical, technological (IoT), social, cultural, geographical, regulatory and ethical factors. This major will benefit students aiming for careers such as Environmental Engineer/Scientist/Consultant, Natural Resources Manager, Waste Engineer/Manger/ Consultant, and Sustainability Engineer/ Manager/ Consultant.

The Bachelor of Industrial Design (Honours) program prepares you for the profession with a new culture of learning supported by a user/student-centered approach, competency learning, design studio-project based learning, applied design research and innovation.

With a shorter time span between thinking and making graduates in industrial design need to create and innovate by adding value to experiences and interaction, products, businesses and systems.

They are thinker-makers and design entrepreneurs, self-starters and all-rounders that can figure out and problem-solve ambiguity. You will need to work independently or in collaboration with others in new product development teams, user experience and interaction, product service systems, production and manufacturing.

The program culminates in a final year industrial design project intending to develop visionary work leading to industry placement, Masters or PhD research place of design in society and its effect on people, the environment and the economy, and provides you with the ability to work alone or collaboratively.

Technology Entrepreneurship

The Technology Entrepreneurship major is focused on guiding students through all stages of turning their innovative idea into a start-up company. 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. We will be helping you with defining your idea, forming a team around it, building a prototype, developing a pitch for investors and running a start-up company.

Accounting jobs today require expertise and the ability to communicate effectively. By studying the Master of Professional Accounting program you will be provided the opportunity to think critically and communicate effectively whilst engaging with the community through industry partnerships.

The Master of Professional Accounting is an accredited graduate conversion program. It provides opportunities for applicants holding a degree (recognised as equivalent to an Australian three year undergraduate degree) in any discipline, other than an accredited accounting major, to complete the pre-entry educational requirements for CPA Australia, Chartered Accountants Australia and New Zealand (CA ANZ) and the Institute of Public Accountants (IPA).

The program delivers a contemporary education in accounting principles and procedures supported by knowledge of associated disciplines of law, economics and finance. During this program you will learn how to apply accounting concepts, theories and models through a range of individual and collaborative means, including industry relevant projects and realistic business problems.

This program aims to equip students with knowledge of the theoretical aspects that underpin interpreting and translation, including linguistics, and with the research techniques necessary to conduct a small research project in the area of interpreting and translation.

It also focuses on practical interpreting and translation skills. The program is suitable for practising interpreters and translators and for very proficient bilinguals wanting to develop or improve their skills, and who wish to contribute to the body of knowledge on interpreting and translation by conducting innovative, much needed research.

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.

Mechanical

Mechanical engineering is a dynamic area involving the design and build of moving machines including engines that power transportation, industrial machinery, and a range of tools. Students put the core concepts of mechanical engineering, energy, thermodynamics, mechanics, kinematics, and fluid mechanics, into practical application in workshops, industry projects, and work integrated learning. Students design and construct machines and tools, monitor and evaluate their performance. Employment opportunities include automotive or mechanical engineer, control and instrumentation engineer.

Graduate destinations include:
Mechanical engineer, Aerospace engineer, Automotive engineer, CAD engineering, Control and instrumentation engineer, Maintenance engineer.

If you are a graduate of Social Sciences or another Human Services program and want to gain professional degrees in social work, this postgraduate program is a strong choice.

Explore a wide range of fascinating topics in applied social sciences, like the impacts of ageing, alcohol and drug use, empowerment in the workplace, personality, therapies, equity and access, tourism management and urban management.
You’ll be guided by passionate academics who can help you reach your full potential and enact positive and lasting change in the world.

This degree combines academic rigour, exceptional research training, blended and work-based learning, and 1,008 hours of field education.

As a student of Western Sydney University you will undertake traditional academic subjects as well as completing assessed placements. The combination of blended and work-based learning is a distinguishing feature of this degree.

There is a strong emphasis on our students moving beyond the University and working on projects with people in the community and workplace. It is specifically designed to ensure you graduate with hands-on skills working with the community at large – skills that can take your career to the next level.

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.

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.

Civil Engineering

Civil engineering covers the fields of structural design, geotechnical engineering and water engineering, together with infrastructure design and environmental engineering. Graduates may pursue career paths in the fields of design, construction and management of engineering structures and be associated with private industry, government departments, or in city, municipal or shire councils. These career paths may include engineering projects related to residential and commercial buildings, highways and airports, water supply and sewerage schemes.

Graduate destinations include:
Civil Engineer, Structural Engineer, Geotechnical Engineer, Site Engineer, Water Engineer, Maintenance Engineer, Water Resources Engineer, Water Resource System Analyst, Hydrologist, Hydraulic Engineer, Water Treatment Operator, Subdivision Civil Approvals Engineer, Consulting Engineer, Project Engineer, Project Manager, Design Manager

The Bachelor of Industrial Design (Honours) program prepares you for the profession with a new culture of learning supported by a user/student-centered approach, competency learning, design studio-project based learning, applied design research and innovation.

With a shorter time span between thinking and making graduates in industrial design need to create and innovate by adding value to experiences and interaction, products, businesses and systems.

They are thinker-makers and design entrepreneurs, self-starters and all-rounders that can figure out and problem-solve ambiguity. You will need to work independently or in collaboration with others in new product development teams, user experience and interaction, product service systems, production and manufacturing.

The program culminates in a final year industrial design project intending to develop visionary work leading to industry placement, Masters or PhD research place of design in society and its effect on people, the environment and the economy, and provides you with the ability to work alone or collaboratively.

Design Practice

This major has a focus on change, digital innovation and incorporates simulation and incubators for students who wish to pursue a corporate design role, or build their own start-up business generating new value and driving dynamic careers.