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Diploma

Diploma In Science draft

The University of Western Australia
Perth , Australia
Easy Apply
Students
Tuition Fee
Per course
Start Date
Medium of studying
On campus
Duration
Program Facts
About Program
About University
Admission Requirements
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Program Facts
Program Details
Degree
Diploma
Major
Biology | Chemistry | Physics
Area of study
Natural Science
Education type
On campus
Timing
Full time
Course Language
English
Intakes
Program start dateApplication deadline
2023-06-01-
2023-09-01-
2024-01-01-
About Program

Program Overview

Develop the skills you need to study a degree related to the sciences at The University of Western Australia (UWA). Designed in collaboration with UWA, the UWA College Diploma in Science provides the academic and English support to help you succeed.

Progress to Year 2 of one of many Bachelor of Science or Bachelor of Biomedical Science degrees at UWA, completing your degree in the standard number of years.


Course features

  • Develop your knowledge and skills through active learning in your chosen subject area.
  • Adapt to studying in Australia with a strong focus on study and academic skills.
  • Improve your English level and develop the vocabulary for your chosen subject area.

    • Apply Now

    Program Outline

    CRICOS Course Codes

    12 Months: 107427F

    CRICOS Provider Code Provider: The University of Western Australia (UWA). UWA College in Partnership with INTO Perth. CRICOS 00126G
    TEQSA Provider Identification PRV12169, Australian University

    Where will it take me?

    This course leads to the following degrees:

  • Anatomy and Human Biology-Bachelor of Science
  • Biochemistry and Molecular Biology-Bachelor of Science
  • Chemistry-Bachelor of Science
  • Computer Science-Bachelor of Science
  • Genetics-Bachelor of Science
  • Human Sciences and Data Analytics-Bachelor of Human Sciences
  • Microbiology and Immunology-Bachelor of Science
  • Neuroscience-Bachelor of Science
  • Pathology and Laboratory Medicine-Bachelor of Biomedical Science
  • Pharmacology-Bachelor of Biomedical Science
  • Physiology-Bachelor of Science

    • Featured progression degree

    Bachelor of Science

    Want to make a real contribution to the global challenges facing humanity? The Bachelor of Science at UWA will open up many diverse and world-changing opportunities.

    Specialize in one of eight science-related degree majors including Agricultural Science, Anatomy, Biochemistry, Chemistry, Engineering Science, Environmental Science, Psychology and Sports Health and Exercise Science.

    What will I study?

    All students complete modules tailored to your chosen degree subjects.

    Core Modules:

  • This unit builds your overall language and study skills with a thematic focus on sciences.

    Subject matter delivered in this unit will relate to relevant themes across other units of study through a Content and Language Integrated Learning (CLIL) approach to learning. This approach will strengthen your usage of relevant vocabulary whilst developing targeted soft skills such as teamwork and reflective practices.

    Productive skills are also emphasized with a focus on relevant academic writing and verbal communication. The unit will provide you with an overall assessment which is additionally broken down into key skills.

    """>Academic and Communication Skills for Science
  • This unit builds on your English language level and study skills with a particular emphasis on productive skills required for the sciences.

    Subject matter delivered in this unit will relate to relevant themes across other units of study through a CLIL approach to learning with the aim of strengthening your usage of relevant vocabulary whilst developing targeted soft skills such as teamwork and reflective practices.

    Also included in the unit is the development of skills required for structured writing, data analysis, critical thinking and acquiring the skills to communicate complex ideas through clear and cohesive writing and verbal communication.

    """>Communicating Science
  • This unit covers core content from Mathematics Applications ATAR. The unit is designed to ensure that all students have reached an appropriate level of Mathematics prior to undergraduate studies.

    The unit gives you a solid understanding of the fundamentals of mathematics. Topics include number systems, fractions and decimals, algebra, solution of equations, factoring, rational expressions, exponents and radicals, quadratic equations, functions, graphs of functions, applications of linear and quadratic functions, exponential and logarithm functions and their applications.

    """>Mathematics Fundamentals

    • Specialist Modules:

  • This unit focuses on the chemical properties and description of matter at the macroscopic level. It comprises one half of the Level 1 units taken for a chemistry major, but also acts as a service unit for a variety of other majors.

    The unit introduces essential knowledge and principles in the areas of thermodynamics, gases, intermolecular interactions and the nature of liquids, solids and solutions, chemical kinetics, aspects of chemical equilibrium including acids, bases and solubility, electrochemistry and the chemistry of non-metals. It provides an essential foundation for more advanced studies in these topics.

    """>Chemistry: Properties and Energetics
  • Topics covered include the structure of matter, chemical reactions, solvents and Organic Chemistry. An elementary discussion of atomic structure and the bonding of elements to form compounds is given. Further development requires a discussion of the mole concept. This leads to a study of chemical reactions, with discussions on oxidation and reduction, acids and bases, energy changes in reactions, reaction rates and chemical equilibrium. There is an introduction to Organic Chemistry. """>Chemistry: Structure and Reactivity
  • This unit is the first step to being able to use computers to solve problems. Because computers cannot yet work using human languages, computer languages have been devised to allow algorithms encoding solutions to problems to be executed on computers.

    In this unit you'll learn about, and use, the very popular language Python 3. You'll also learn some problem solving techniques and how to create algorithms, as well as how computers execute your programs.

    """>Computational Thinking with Python
  • This unit explores the biology of 'becoming human' in an integrative way, with emphasis on human evolution, genetics, development and structure. How we 'become human' is explored from the perspective of both the individual and the species, all considered within the context of evolution. """>Human Biology 1 (Becoming Human)
  • This unit explores the biology of 'being human' in today's world with an emphasis on how humans interact with the environment and with each other.

    The unit includes:

  • the genetic and evolutionary processes which determine human differences within and between populations
  • the basic structure and function of the human body at the level of tissues, organs and systems
  • how the nervous and endocrine systems interact to maintain homeostasis
  • the processes of nutrition, growth, development and ageing
  • the relationship of the biology of humans to their evolutionary history.

    • """>Human Biology 2 (Being Human)
  • This unit introduces you to the fundamental concepts of cybersecurity. You'll start with an understanding that cybersecurity aims to protect information systems (hardware, software and associated infrastructure), the data on them, and the services they provide, from unauthorized access, harm or misuse. As a fundamental part of this, information security is the preservation of confidentiality, integrity and availability of information. """>Introduction to Cybersecurity
  • In this unit, you'll cover topics including:

  • the structure of matter
  • chemical reactions
  • solvents
  • organic chemistry.

    • An elementary discussion of atomic structure and the bonding of elements to form compounds is given. Further development requires a discussion of the mole concept. This leads to a study of chemical reactions, with discussions on oxidation and reduction, acids and bases, energy changes in reactions, reaction rates and chemical equilibrium.

    """>Introductory Chemistry
  • This unit provides you with a solid understanding of mathematical functions and their applications. It will also introduce you to the fundamentals of calculus and some basic statistics and probability.

    You'll learn to:

  • use the language of mathematics to explain mathematical concepts
  • solve problems involving trigonometric, exponential and logarithmic functions
  • solve problems involving linear, quadratic and simple simultaneous equations
  • apply methods of differentiation and integration to polynomials, exponentials and logarithms
  • explain the basics of statistics and probability.

    • """>Mathematics Foundations
  • This is an introductory unit that explores prokaryotic and eukaryotic cell structure and function at the physiological and molecular levels. A strong emphasis is placed on applications in biomedicine and biotechnology. """>Molecular Biology of the Cell
  • In this unit you'll learn about data modeling through the theory and practice of database design, implementation and use. Several database models are addressed, with a strong focus on the relational model and its theoretical grounding in sets and relational algebra.

    The process of problem decomposition into entity-relations, the design of appropriate relational schemas, and their refinement through normalization are the basis of this unit.

    Additional areas you'll cover include:

  • critical issues surrounding the design of query languages and their implementation
  • practicing information retrieval using a specific query language
  • database connectivity by building systems in one of several programming languages that support a connectivity Application Programming Interface (API).

    • """>Relational Database Management Systems
  • The extended project aims to develop further the independent study skills needed for undergraduate studies and for the world of work. You will submit your work in a format of your choice, such as a dissertation. Other acceptable formats include an investigative report, backed up with a written piece. Although the choice of topic is free, you must show the project is relevant to their core areas of study in the Sciences. """>Research Project - Science
  • This unit provides you with a solid foundation in statistical methods for the sciences (e.g. agricultural, biological, environmental, medical and physical) and social sciences.

    It covers the principles and applications of statistical reasoning, the use of a statistical software package, and applications of statistical methods.

    Topics covered include:

  • data exploration and display, modeling univariate data and multivariate data
  • probability concepts and probability distributions
  • inference, including point estimation, confidence intervals and hypothesis testing
  • design of experiments
  • chi-squared tests and contingency tables
  • linear regression
  • analysis of variance.

    • """>Statistics for Science

    How will I be assessed?

    Assessment is a combination of formal examinations and coursework, including written assignments, practical exercises, group and individual research projects, presentations, and problem-solving exercises.

    Develop both your academic knowledge and English language skills in just eight months.

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    About University
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    The University of Western Australia

    The University of Western Australia

    Overview:

    The University of Western Australia (UWA) is a leading research-intensive university located in Perth, Western Australia. It is renowned for its high-quality teaching, strong research output, and commitment to graduate employability. UWA is consistently ranked among the top 100 universities globally and is the number one university in Western Australia for graduate employability.

    Services Offered:

    UWA offers a wide range of services to its students, including:

      Academic support:

      Tutoring, workshops, and study skills resources.

      Career services:

      Career counselling, job search assistance, and internship opportunities.

      Student wellbeing:

      Mental health support, counselling, and health services.

      Accommodation:

      On-campus and off-campus housing options.

      Sports and fitness:

      Access to state-of-the-art facilities and a variety of sports clubs.

      Clubs and societies:

      A vibrant student community with numerous clubs and societies catering to diverse interests.

      Study abroad and exchange:

      Opportunities to study at universities around the world.

    Student Life and Campus Experience:

    UWA provides a dynamic and engaging campus experience for its students. The university boasts a beautiful campus with modern facilities, green spaces, and a strong sense of community. Students can participate in a wide range of activities, including:

      Social events:

      Concerts, festivals, and other social gatherings.

      Sporting events:

      Supporting the university's sports teams.

      Volunteer opportunities:

      Contributing to the local community.

      Cultural events:

      Art exhibitions, theatre performances, and music concerts.

    Key Reasons to Study There:

      World-class education:

      UWA offers a high-quality education with a focus on research and innovation.

      Excellent employability:

      Graduates from UWA are highly sought after by employers.

      Vibrant campus life:

      A diverse and engaging student community with numerous opportunities for personal and professional development.

      Beautiful campus:

      A picturesque campus with modern facilities and green spaces.

      Strong research focus:

      UWA is a leading research university with a strong commitment to innovation.

    Academic Programs:

    UWA offers a wide range of undergraduate and postgraduate programs across various disciplines, including:

      Arts and Humanities:

      History, Literature, Philosophy, Languages, and more.

      Science and Engineering:

      Mathematics, Physics, Chemistry, Biology, Engineering, and more.

      Business and Economics:

      Accounting, Finance, Marketing, Economics, and more.

      Health Sciences:

      Medicine, Dentistry, Nursing, Pharmacy, and more.

      Law:

      Juris Doctor, Bachelor of Laws, and other law programs.

    Other:

    UWA is committed to fostering a diverse and inclusive campus community. The university has a strong focus on Indigenous education and research, and offers a range of programs and support services for Indigenous students. UWA also has a strong international presence, with students from over 100 countries studying at the university.

    Total programs
    365
    Average ranking globally
    #136
    Average ranking in the country
    #8
    Admission Requirements

  • 12 Months

  • 8 Months

    • Develop both your academic knowledge and English language skills across twelve months.

    How do I qualify?

    English language requirements:

    IELTS overall 5.5 (no band less than 5.0) or equivalent.

    Age requirements: 17 years and above
    Academic requirements:

    Successful completion of Australian Year 12 or equivalent.

    Don't meet the English language level? Apply Now for our Language and Communication Essentials course

    Are you top of your class? At UWA College, we are committed to awarding academic scholarships to gifted international students, helping them achieve their goal of studying at a world-class university in Australia.

    With generous scholarships on offer for the highest-achieving students, you could save up to 25% off your pathway tuition fees.

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