Master of Professional Engineering (Specialisation) (P7A)
Study Discipline: Applied Sciences, Engineering & Technology
Study Programme Details
| City: | HOBART, LAUNCESTON |
| Country: | Australia |
| Admission Sessions: | Summer Session, Spring Session |
| Mode of Study: | Fully on Site |
About this Study Course
Embark on an exciting journey in engineering excellence with the Professional Engineering (Specialisation) course at the University of Tasmania. This dynamic program, aligned with Engineers Australia (EA) Stage 1 Competencies, integrates Level 9 Australian Qualification Framework (AQF) knowledge and skills. Our Masters programs, provisionally accredited by Engineers Australia, offer an enriching educational experience designed to propel your career in engineering to new heights.
Overview
Tailored for graduates with non-Washington accord bachelor’s degrees in civil or mechanical engineering, as well as those with bachelor degrees in engineering (excluding civil and/or mechanical) or a Bachelor of Science with ample numerical skills. The course combines cutting-edge content and assessment schedules to foster a comprehensive understanding of engineering principles.
Admission Requirements
To be eligible for admission, applicants must meet the following criteria:
- A Bachelor’s degree in a science-based discipline with sufficient numerical skills for the MProfEng (Specialisation) course.
- A Bachelor’s degree in Engineering (Non-Washington Accord) or a Bachelor’s degree in Engineering with a different specialization than the MProfEng (Specialisation).
- Demonstrate a minimum of 12 weeks of practical experience in a non-university engineering environment.
- Advanced standing and exemptions may be granted based on qualifications and experience.
Courses include:
- Engineering Problem Solving and Data Analysis
- Engineering Statics
- Engineering Dynamics
- Engineering Circuits
- Mathematics
- Engineering Design and Communication
- Engineering Design and Sustainable Development
- Engineering Design and Build
For international students, the program fee is $121,919 AUD.
Future Career Outcomes
- Formulate substantiated conclusions for an assortment of contemporary engineering problems through applying established and emerging methods of engineering analysis.
- Design engineering components, systems and/or processes with community members to address an assemblage of technical, ethical, legislative and resourcing considerations.
- Manage an engineering project throughout the project management lifecycle by applying local engineering knowledge and professional judgement.
- Disseminate original research conclusions emanating from a local engineering project for a professional and academic audience.
Related Career Pathways
Engineering Consultant, Professional Engineer, Project Manager, Quality Assurance Engineer, Research Scientist in Engineering
Visa Requirements:
For visa information, please visit Australia page for student visa and student life.
