Bachelor of Pharmaceutical Sciences

at EduCo - RMIT University - Bundoora Campus Australia

The Asian region is a key growth area for the aviation market, with double-digit growth rates in air traffic across China, Hong Kong and Singapore. Massive passenger growth means many more aircraft, larger and more airports, and larger and new airlines. This points to a need for more aerospace engineers, and more aviation-related employees.

During your study in the Master of Engineering (Aerospace), you'll learn how to analyse complex engineering assets in the aerospace and aviation environment; and you will develop engineering, scientific and technological solutions to ensure problem-free operations. Your skills will be further sharpened with systematic problem-solving and adherence to engineering/technological systems design methodologies operating in the industry.

Immerse yourself in the latest technologies that improve energy efficiency. Learn how to use renewable resources to reduce the environmental and social impacts of conventional energy resources.

With the Master of Engineering (Sustainable Energy), taught in the heart of Melbourne, you'll learn why managing the transition towards a more sustainable energy sector is a priority for governments, the private sector and the general community.

Through your studies in this degree, you will learn to:

• Plan and effectively manage an independent project on sustainable energy topics at a professional engineering level
• Locate and critically review scientific and engineering literature and apply engineering practices and research methods to conduct sustainable energy projects and evaluate their results
• Communicate findings effectively to a professional audience

A final-year research project forms an essential part of this degree. Through this self-selected project (from a range of available topics), you will draw on not only the advanced engineering skills you have built, but also coursework around ethical, economic and social responsibility.

RMIT's Bachelor of Engineering (Aerospace Engineering) (Honours) / Bachelor of Business double degree provides you with the capability to play a pivotal role in planning, implementing and managing aerospace projects and developments in a wide range of industries that require high level business skills.

The aerospace engineering degree is concerned with analysing, designing and operating sophisticated aeronautics and astronautics hardware and software systems, while the business degree is concerned with organisational planning, coordination and resource direction.

You will graduate from the aerospace degree with an internationally recognised qualification, enabling you to have a global career as a leader in a wide range of industries and organisations.

With an extensive range of majors and minors to choose from, you can personalise your degree, developing specialist skills in your area of interest. Specialisations include aircraft techologies, spacecraft technolgies, aviation industry, accounting, finance and international business.

Work integrated learning is embedded throughout the degree, providing you with practical experience and employability skills. Hands-on learning experiences include capstone projects, industry placements, and participation in the Engineers Without Borders Challenge.

Develop advanced research skills and further the growth of mechanical and manufacturing engineering.

You will join an active research community and work with academics, peers and partner organisations who have demonstrated research success in a range of specialities, including:

Mechanical engineering:

• Aerodynamics
• Alternative energy technologies (e.g. Solar cells)
• Applied heat and mass transfer
• Conservation and renewable energy (care)
• Combustion and fuels
• Computational engineering (including cad, fea, cfd)
• Dynamics and control and noise vibration harshness engine and supercharger technologies
• Industrial and vehicle
• Sports engineering
• Vehicle design and crashworthiness
• Virtual engineering and design.

Manufacturing engineering:

• Additive manufacturing
• Computer-integrated manufacturing
• Design for manufacturing
• Forming and machining technology
• High-speed automation
• Operations
• Polymeric and composite product development
• Quality management in manufacturing
• Robotics, laser technology.

Use your advanced engineering skills to contribute to our applied industry focused mechanical and manufacturing research projects.

Osteopaths are trained in diagnosis, management, and treatment of musculoskeletal pain disorders. They combine conventional medical testing procedures and skills of palpation and motion testing to inform their clinical rationale for treating a patient's condition.

You will be trained in musculoskeletal diagnosis, clinical procedures in performing conventional medical tests, physical examination techniques, and motion testing in order to assist in diagnosis of a patient’s condition.

Osteopaths make treatment decisions that depend on the patient as well as their condition. They might give advice on posture, exercise, lifting procedures, nutrition and other areas.

You will begin work-integrated learning in first year, with clinical observations in the RMIT Health Clinic.

In the final two years, you will conduct safe, skilled evaluation, diagnosis, and management of a wide range of musculoskeletal complaints under the supervision of qualified and nationally registered osteopaths, over a period of 38 weeks per year.

There is also an opportunity to complete a work placement in an Australian osteopathic clinic.

Begin your career in mechanical engineering and industrial design.

You'll gain both the technical and creative skills to design and develop advanced manufactured products.

Industrial design links industry and economy with people, culture, society and environment, while mechanical engineering involves the conversion and control of energy and motion in machinery and systems.

This combined degree allows the integration of these highly complementary disciplines.

In this degree, you will learn to strategically apply new technologies and modes of manufacturing to help streamline operations and innovate.

Within the manufacturing industry, factory systems are evolving to meet customers’ changing expectations and keep pace with global competition. These changes impact everything and everyone, from the factory floor to the boardroom, and there’s a growing need for experts with knowledge of the latest technological and operational strategies.

The Master of Engineering (Manufacturing) explores sustainable engineering, Industry 4.0 technologies and biomedical manufacturing, and more.

Studying in the heart of Melbourne, you will build essential skills in project management, conduct research, and have the option to hone your engineering knowledge in a range of specialised elective subjects.

During your studies, you will have the flexibility to specialise in either advanced automotive design and development or automotive manufacturing.

Using contemporary engineering methods and computational and experimental tools, including advanced computer-aided engineering software such as LS-DYNA, you’ll gain hands-on experience in several state-of-the-art experimental facilities—including the full-scale Vehicle Wind Tunnel, Driverless Vehicles Lab, Green Engines Research Laboratory and Vehicle NVH Laboratory.

The Master of Engineering (International Automotive Engineering) promotes hands-on practice by incorporating a project that will enable you to apply the learned technologies to a real-world automotive system application.

This degree focuses on sustainable design and manufacturing practices based on the entire lifecycle (from 'cradle to grave') of vehicles. This incorporates the design for disposal and recycle, disassembly, lifecycle assessment, alternative fuels, and powertrains and light structures.

Through project-based learning and the exploration of real-life problems with industry peers, you’ll develop a comprehensive understanding of the product lifecycle and systems design of modern automobiles and associated technologies. You’ll also have the opportunity to complete work experience with multinational companies, enhancing your employment opportunities in the global job market.

Further your skills in medical science delve into the world of laboratory medicine.

Pursue a career in the fascinating field of diagnostity pathology or medical research with the Master of Laboratory Medicine.

As a student in this degree, you will build the necessary knowledge to perform and oversee a range of diagnostic procedures in a clinical pathology laboratory. You'll also hone your skills in problem solving and critical thinking.

During this degree, you will choose two areas of specialisation. These advanced clinical pathology discipline streams include:

• Anatomical pathology
• Clinical biochemistry
• Haematology
• Medical microbiology
• Transfusion and transplantation science.

Upon graduation, you'll have built high-level skills in analysis and knowledge integration relevant to your area of specialisation.

The Master of Laboratory Medicine is designed for graduates of general science or biomedical science degrees who are interested in a career in diagnostic pathology or medical research but who lack experience in the diagnostic laboratory disciplines.

The School of Health and Biomedical Sciences conducts research in the area of ageing and chronic disease. Experienced researchers will supervise your work in the areas of:

• Cognitive and sensory disorders
• Diabetes, fatty liver disease and obesity: nutritional factors and drug discovery
• Early-life determinants of chronic metabolic disorders
• Musculoskeletal function and pain
• Respiratory and sleep disorders.

The research methodologies available to students include:

• Use of laboratory disease models and evaluations
• Biochemical assays, molecular biology techniques and signalling pathway investigations
• Discovery of clinical biomarkers and new therapies for chronic disease.

You will undertake clinical or experimental research in one of these fields with an individual supervisor overseeing your development and progress.

Research is undertaken in a strongly multi-disciplinary environment that brings clinical and basic researchers together to undertake novel research at the boundaries between disciplines.