Apply a systematic approach to transform designs and concepts into tangible products and services through a wide range of industrial systems. Industrial engineers ensure a company's competitiveness from design and production to business strategy by maximising efficiency and effectiveness in the organisation. They look at how to improve processes or design things that are more efficient and waste less money, time, resources and energy while meeting customer needs and regulatory obligations. Develop a comprehensive engineering and business skillset in manufacturing technologies, system and simulation and advanced manufacturing and operations techniques, and business management. Gain experience through real-world projects and an industry aligned curriculum to consolidate your theoretical knowledge. You will be prepared for a career in a wide range of industries from manufacturing and processing to healthcare systems, banking and consulting.

The Master of Engineering (Automation and Manufacturing Systems) offered by University of Sydney is an advanced Masters course designed for students aspiring to become professionals in Manufacturing. Students will gain hands-on experience through practical exercises and real-world projects, allowing them to apply the concepts learned in class. The curriculum is carefully designed to ensure that students develop a strong foundation in Manufacturing and acquire the skills needed to solve complex problems in the industry. Upon completion of this course, students will be well-prepared to tackle the challenges of Manufacturing and pursue rewarding career opportunities such as Manufacturing Engineer, Production Supervisor, Quality Control Inspector, Supply Chain Manager.

The Master of Engineering by research program is designed primarily as training in a program of advanced study and research. The candidate learns the fundamentals of research and acquires new techniques. The program may include formal coursework which is normally intended to prepare the candidate for work on the thesis. The candidate must undertake an original investigation but this would normally be more limited in scope and degree of originality than is required for a doctorate. Although originality is to be encouraged as much as possible, the work will be closely supervised in the early problem formulation stages and whenever a new technique is being used.

Artificial intelligence and machine learning make life easier, in all its aspects: healthcare, defence, entertainment, agriculture. Artificial intelligence and machine learning now present the worlds single greatest commercial opportunity. Research indicates that by 2030 it could increase global GDP by up to 14% a staggering US$15.7 trillion gain. Locally, hundreds of millions are invested towards industry-wide transformation, promoting significant job market growth. Employment prospects are outstanding. AI and machine learning appointments worldwide have doubled in the past three years, with demand easily outstripping supply. The Graduate Diploma in Artificial Intelligence and Machine Learning, conducted through the University of Adelaides world-renowned Australian Institute of Machine Learning (AIML), will prepare you to thrive in this exciting future.

The Master of Engineering (Mechanical) is designed to strengthen and extend your understanding of specific knowledge and technical skills in advanced mechanical engineering. With a focus on design, you will have access to knowledge of design and engineering sciences through courses such as heat transfer and thermodynamics, dynamics and control, aerodynamics, structural design and solid mechanics as well as a range of advanced technical coursework. This degree The Master of Engineering delivers expert skills and applied competencies required for the professional engineer. It is designed to train and enhance professional practice, advance technical and specialist skills, and provide an opportunity to put theory into practice with applied projects and research. The degree also delivers communication, strategic and project management skills essential to the practising engineer. What you will study You will complete the core subjects in Professional Communications and Engineering Workplace Practice, Advanced Manufacturing Processes, Innovation and Design, Research Methods, Project Management, and Engineering Computing. For the Mechanical major you will study subjects in Finite Element Techniques in Mechanical Engineering, Strategic Management for Engineers and Technologists, Integrated Manufacturing Systems, plus electives selected from Mechanical or Engineering subjects. You will also complete an advanced project.

Develop advanced research skills and further the growth of mechanical and manufacturing engineering. RMIT's experienced engineering researchers have achieved significant successes across application areas and industry sectors. Through collaboration with our own institutes and centres we produce creative solutions to existing and emerging industry-applicable engineering problems. Research is supported by state of the art facilities, including the Advanced Manufacturing Precinct. RMIT researchers deliver high-impact and influential outcomes. RMIT is also ranked in the top 150 universities in the world for the fields of aerospace and mechanical engineering (2019 QS World University rankings).

The School of Engineering is dedicated to research and training in the disciplines of Chemical, Civil, Environmental, Mechanical and Mechatronics Engineering, and Surveying.

The Master of Philosophy aims to expand knowledge beyond the undergraduate honours or postgraduate diploma level, culminating in a research thesis. Upon completion of a master by research degree, you may apply to be considered for entry into a Doctor of Philosophy (PhD) program.

The Master of Professional Engineering (Mechanical) offered by Queensland University of Technology is an advanced Masters course designed for students aspiring to become professionals in Mechanical Engineering. Students will gain hands-on experience through practical exercises and real-world projects, allowing them to apply the concepts learned in class. The curriculum is carefully designed to ensure that students develop a strong foundation in Mechanical Engineering and acquire the skills needed to solve complex problems in the industry. Upon completion of this course, students will be well-prepared to tackle the challenges of Mechanical Engineering and pursue rewarding career opportunities such as Mechanical Engineer, Design Engineer, Manufacturing Engineer, Project Engineer, HVAC Engineer (Heating, Ventilation, and Air Conditioning).

A research degree is an advanced program of study allowing you to investigate a topic relevant to your field. Under the supervision of world-class researchers, you will learn and apply advanced research methodologies to produce new knowledge and provide solutions to some of the world's greatest challenges. Completing a research degree means becoming an expert in your field. It's your opportunity to take a topic that interests you, explore it in depth, tackle intellectual, creative and practical challenges, and communicate your findings. UniSA research is inspired by the challenges and opportunities of today. In the 2018 Australian Research Council Excellence in Research for Australia (ERA) evaluation of Australian universities, all of our assessed research was rated at world class or above. We are vibrant, outward-facing and responsive. We partner with industry, government and communities to seek answers to questions that arise in the real world.

If you are a graduate with a previous degree in Mechanical Engineering (or a related field) and are looking to upgrade and extend your knowledge and skills in this high demand area, the Mechanical Engineering postgraduate program at Flinders provides you with the perfect study plan. Ranging from the Graduate Diploma, and Master of Engineering Science to this Master of Engineering, these courses offer a unique selection of advanced topics in various branches of Mechanical Engineering such as Solid Mechanics, Fluid Mechanics, Design and Manufacturing, Materials, and Control. The courses also integrate with the strong research and development programs in the College of Science and Engineering. With the demand for professional mechanical engineers with an advanced level of expertise and knowledge, these courses equip students with the latest theoretical and practical aspects of Mechanical Engineering to address high-level industry requirements such as research and development, advanced design and analysis of complex mechanical systems.

Graduate Certificate of Engineering Science (Mechanical) is ideal if you have a three year engineering degree and you want to extend your knowledge in Mechanical Engineering. You don't even need work experience to commence your postgraduate studies in this degree. If you studied your undergraduate degree in a different area of engineering, this degree will allow you to change your career path and specialise in Mechanical Engineering. If you don't meet the entry requirements, we have pathway options available to you. Bachelor of Engineering Science (Mechanical Engineering).

Mechanical engineers apply the principles of physics and mechanical science to the design and construction of all forms of mechanical systems. This program covers all aspects of design specification, development, research, evaluation, manufacture, installation, testing, operation, maintenance and management of machines and systems. This will include, but is not limited to, mechanical and mechatronic systems, automated systems and robotic devices, heat transfer processes, thermodynamic and combustion systems; and fluid and thermal energy systems. As a graduate, you are eligible to become a member of Engineers Australia and seek managerial roles with private consultants, contracting companies, or federal, state and local government organisations. Significant opportunities for employment exist in Australia, as well as in South-East Asia and throughout the rest of the world.