Masters in science biotechnology:
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Master of Biotechnology (LS86)
Admissions: Yes
Enrolments: Yes
CRICOS code: 018479B
Course duration (full-time): 3 semesters (1.5 years)
Course duration (part-time): 6 semesters (3 years)
Domestic fees
(indicative):
2009: Full fee tuition $7,250 (indicative) per semester
International fees (per semester): 2009: $10,500 (indicative) per semester
(subject to annual review)
Domestic entry: July (Note: Students commencing in July, enrol in Semester 2 units first) *Also see "ENTRY REQUIREMENTS" below
International entry: July (Note: Students commencing in July, enrol in Semester 2 units first) *Also see "ENTRY REQUIREMENTS" below
Total credit points: 144
Standard credit points/full-time semester: 48
Standard credit points/part-time semester: 24
Course coordinator: Dr Mark O'Brien
Campus: Gardens Point
Entry Requirements
A bachelor degree or equivalent, preferably but not necessarily in science, is required. Please contact the course coordinator for further information on the entry requirements for this course.
* LS86 commences in July (Module 1 entry). Students with advanced standing for Module 1 should commence in February as the Faculty does not offer sufficient units in Module 2 in second semester. Note especially that the February entry point for this course is for students with advanced standing for Module 1. It is not possible to commence Module 1 in February.
For students with advanced standing for Module 1 and who wish to enter LS86 in July, a modified program will be required and this should be discussed with the course coordinator prior to enrolment. Students should note that this may require them to study business electives only in their first semester and could lead to them having to take an additional semester to complete the requirements of their program.
Career Outcomes
Career opportunities include employment as research and support staff in the biotechnology industry - private or public biotechnology companies, universities, CSIRO, research institutes, government departments, pathology laboratories and hospitals.
Professional Recognition
Graduates are eligible to join the AusBiotech, the Australian Society for Biochemistry and Molecular Biology, and the Australian Society for Microbiology.
Course Design
The program of study for an individual student will be decided in consultation with the course coordinator and will take into account the student's background in the biomolecular sciences and area of interest in biotechnology. The LS86 Master of Biotechnology program follows on from successful completion of core and elective units offered in both LS66 Graduate Certificate in Biotechnology and LS76 Graduate Diploma in Biotechnology. The program not only offers students opportunities to pursue study in several relevant focus areas including the theoretical and practical aspects of biotechnology, but also the business of biotechnology, marketing, commercialisation, as well as the legal and ethical aspects of biotechnological applications. LS86 Master of Biotechnology is comprised of 144 credit points of assessed coursework and is designed to give students further training and specialisation in general, medical and/or plant biotechnology. Advanced standing may be given for the suite of units offered in the foundation program, LS66 Graduate Certificate in Biotechnology, if the student has a bachelor degree or equivalent with a recent and appropriate undergraduate-level knowledge and practical experience in the key areas of molecular biology, cell biology, biochemistry and/or microbiology at an advanced level. If advanced standing is granted, students can enrol directly in LS86 in their first semester.
Overview
LS86 Master of Biotechnology is one of four nested postgraduate coursework programs in biotechnology offered by the School of Life Sciences. LS86 Master of Biotechnology extends the LS76 Graduate Diploma in Biotechnology program by providing additional training and specialisation in either medical or plant biotechnology or both. The program can be completed in 1.5 years full-time. The Master of Biotechnology program will suit anyone who has a recent undergraduate degree (preferably, but not necessarily in science) and who wishes to gain training and advanced specialisation in general, medical and/or plant biotechnology. The program also caters for working scientists, support staff, or students involved in commercial aspects of biotechnology, who wish to update their theoretical and practical biotechnology skills for a current or future position. Science-based biotechnology units emphasise laboratory skills and hands-on laboratory experimentation feature prominently in the program, which covers contemporary techniques in biotechnology. New technology is incorporated as it becomes available. The program also offers students opportunities to pursue studies related to the business of biotechnology, marketing, commercialisation, as well as the legal and ethical aspects of biotechnological applications.
Contact Details
Coordinator
Dr Mark O'Brien
Phone: +61 7 3138 2568
Email: m.obrien@qut.edu.au
Course Structures show all
Course structure - Full-time
Year 1, Semester 2 (MODULE 1) LSN101 Molecular Biosciences LSN102 Cellular Biosciences LSN103 Postgraduate Learning and Research Skills LQB483 Molecular Biology Techniques Year 2, Semester 1 (MODULE 2) LSP127 Business Aspects of Biotechnology Either LSB509 Medical Biotechnology 1 Or LSB577 Plant Biotechnology 1 In consultation with the course coordinator, choose 24 credit points from the following units: LSB509 Medical Biotechnology 1 LSB527 Biomedical Research Technologies LSB577 Plant Biotechnology 1 GSN408 Fundamentals of Marketing Management GSN418 Marketing Strategy Development HHB270 Gene Technology And Ethics IBN408 Global Business Operations LWN135 Law, Justice and New Genetic Technologies Year 2, Semester 2 (MODULE 3) BSB311 Research, Development and Commercialisation Strategies Either LSB609 Medical Biotechnology 2 Or LSB677 Plant Biotechnology 2 In consultation with the course coordinator, choose 24 credit points from the following units: LQB484 Introduction to Genomics and Bioinformatics LSB605 Protein Engineering and Bioprocessing LSB607 Protein Purification LSB608 Protein Science LSB609 Medical Biotechnology 2 LSB619 Genomics and Bioinformatics LSB677 Plant Biotechnology 2 GSN408 Fundamentals of Marketing Management GSN418 Marketing Strategy Development MGN409 Introduction to Management MGN428 Creating New Businesses
Course structure - Part-time
Potential Careers
Biochemist
Biotechnologist
Medical Biotechnologist Microbiologist
Molecular Biologist
Plant Biotechnologist Research Assistant
Scientist
Virologist
Master of Biotechnology (Advanced) (LS96)
Admissions: Yes
Enrolments: Yes
CRICOS code: 054279M
Course duration (full-time): 4 semesters (2 years)
Course duration (part-time): 8 semesters (4 years)
Domestic fees
(indicative):
2009: Full fee tuition $7,500 (indicative) per semester
International fees (per semester): 2009: $10,750 (indicative) per semester
(subject to annual review)
Domestic entry: July (Note: Students commencing in July, enrol in Semester 2 units first) *Also see "ENTRY REQUIREMENTS" below
International entry: July (Note: Students commencing in July, enrol in Semester 2 units first) *Also see "ENTRY REQUIREMENTS" below
Total credit points: 192
Standard credit points/full-time semester: 48
Standard credit points/part-time semester: 24
Course coordinator: Dr Mark O'Brien
Campus: Gardens Point
Entry Requirements
A bachelor degree or equivalent, preferably but not necessarily in science, is required. Please contact the course coordinator for further information on the entry requirements for this course.
* LS96 commences in July (Module 1 entry). Students with advanced standing for Module 1 should commence in February as the Faculty does not offer sufficient units in Module 2 in second semester. Note especially that the February entry point for this course is for students with advanced standing for Module 1. It is not possible to commence Module 1 in February.
For students with advanced standing for Module 1 and who wish to enter LS96 in July, a modified program will be required and this should be discussed with the course coordinator prior to enrolment. Students should note that this may require them to study business electives only in their first semester and could lead to them having to take an additional semester to complete the requirements of their program. Also, students may not be able to undertake the project component of LS96.
Career Outcomes
Career opportunities include employment as research and support staff in the biotechnology industry - private or public biotechnology companies, universities, CSIRO, research institutes, government departments, pathology laboratories and hospitals.
Professional Recognition
Graduates are eligible to join the AusBiotech, the Australian Society for Biochemistry and Molecular Biology, and the Australian Society for Microbiology.
Course Design
The program of study for an individual student will be decided in consultation with the course coordinator and will take into account the student's background in the biomolecular sciences and area of interest in biotechnology. LS96 Master of Biotechnology (Advanced) completes the comprehensive training of students and follows successful completion of core and elective units offered in LS66, LS76 and LS86. It is comprised of 192 credit points of assessed coursework in general, medical and/or plant biotechnology. In their final semester of the program, students may undertake a supervised research project either at QUT or in the workplace. Students must discuss research project areas prior to enrolment in this course to select both a suitable project and a project supervisor(s) prior to entry (or as soon as possible thereafter). While the School of Life Sciences has a wide range of research project areas available, it may not always be possible for students to conduct a research project exactly in the area they desire. Part-time students may also elect to do a research project at their place of work, with both a workplace supervisor and a QUT supervisor. Alternative options are available. For students not undertaking a research project, additional coursework must be completed. Students will need to consult with the course coordinator in selecting additional coursework units. The LS96 Master of Biotechnology (Advanced) program not only offers students opportunities to pursue study in several relevant focus areas including the theoretical and practical aspects of biotechnology, but also the business of biotechnology, marketing, commercialisation, as well as the legal and ethical aspects of biotechnological applications. Advanced standing may be given for the suite of units offered in the foundation program, LS66 Graduate Certificate in Biotechnology, if the student has a bachelor degree or equivalent with a recent and appropriate undergraduate-level knowledge and practical experience in the key areas of molecular biology, cell biology, biochemistry and/or microbiology at an advanced level. If advanced standing is granted, students can enrol directly in LS96 in their first semester.
Overview
LS96 Master of Biotechnology (Advanced) is one of four nested postgraduate coursework programs in biotechnology offered by the School of Life Sciences. The LS96 Master of Biotechnology (Advanced) program offers students a complete and comprehensive training in biotechnology by extending the suite of units offered within the LS86 Master of Biotechnology program or by giving students the opportunity in their final semester of study to pursue a research project. The Master of Biotechnology (Advanced) is a two year full-time program of study commencing with the foundation suite of core units, where appropriate. The LS96 Master of Biotechnology (Advanced) program will suit anyone who has a recent undergraduate degree (preferably, but not necessarily in science) and who wishes to gain training and advanced specialisation in general, medical and/or plant biotechnology. The program also caters for working scientists, support staff, or students involved in commercial aspects of biotechnology, who wish to update their theoretical and practical biotechnology skills for a current or future position. Science-based biotechnology units emphasise laboratory skills and hands-on laboratory experimentation feature prominently in the program, which covers contemporary techniques in biotechnology. New technology is incorporated as it becomes available. The program also offers students opportunities to pursue studies related to the business of biotechnology, marketing, commercialisation, as well as the legal and ethical aspects of biotechnological applications.
Contact Details
Course Coordinator
Dr Mark O'Brien
Phone: +61 7 3138 2568
Email: m.obrien@qut.edu.au
Course Structures show all
Course structure - Full-time
Year 1, Semester 2 (MODULE 1) LSN101 Molecular Biosciences LSN102 Cellular Biosciences LSN103 Postgraduate Learning and Research Skills LQB483 Molecular Biology Techniques Year 2, Semester 1 (MODULE 2) LSP127 Business Aspects of Biotechnology Either LSB509 Medical Biotechnology 1 Or LSB577 Plant Biotechnology 1 In consultation with the course coordinator, choose 24 credit points from the following units: LSB509 Medical Biotechnology 1 LSB527 Biomedical Research Technologies LSB577 Plant Biotechnology 1 GSN408 Fundamentals of Marketing Management GSN418 Marketing Strategy Development HHB270 Gene Technology And Ethics IBN408 Global Business Operations LWN135 Law, Justice and New Genetic Technologies Year 2, Semester 2 (MODULE 3) BSB311 Research, Development and Commercialisation Strategies Either LSB609 Medical Biotechnology 2 Or LSB677 Plant Biotechnology 2 In consultation with the course coordinator, choose 24 credit points from the following units: LQB484 Introduction to Genomics and Bioinformatics LSB605 Protein Engineering and Bioprocessing LSB607 Protein Purification LSB608 Protein Science LSB609 Medical Biotechnology 2 LSB619 Genomics and Bioinformatics LSB677 Plant Biotechnology 2 GSN408 Fundamentals of Marketing Management GSN418 Marketing Strategy Development MGN409 Introduction to Management MGN428 Creating New Businesses Year 3, Semester 1 (MODULE 4) LSN710 Project For those students NOT undertaking LSN710 Project, in consultation with the course coordinator, choose 48 credit points from the following units: LSB509 Medical Biotechnology 1 LSB527 Biomedical Research Technologies LSB577 Plant Biotechnology 1 GSN408 Fundamentals of Marketing Management GSN418 Marketing Strategy Development HHB270 Gene Technology And Ethics IBN408 Global Business Operations LWN135 Law, Justice and New Genetic Technologies
Course structure - Part-time
Potential Careers
Biochemist
Biotechnologist
Medical Biotechnologist Microbiologist
Molecular Biologist
Plant Biotechnologist Research Assistant
Scientist
Virologist
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Biotechnology
A postgraduate program
Fast facts
Course type: Postgraduate (coursework)
Availability (full-time or part-time): Full-time
Part-time
Location: On campus
Courses
Course name Units Duration (full-time equivalent) GradStart code CRICOS code
Graduate Certificate in Biotechnology 18 units 6 months 2GC074 038768E
Graduate Diploma in Biotechnology 36 units 1 year 2GD044 057077G
Master of Biotechnology Studies 72 units 2 years 2CM059 043767G
Overview
The key feature of the programs is research training across a variety of specialist areas in medicine and science. Advanced theoretical scientific knowledge is complemented by relevant practical laboratory training and backed up by business training in financial, marketing and management skills. The law, ethics, society and the environment have great relevance in biotechnology and all are examined.
Master of Biotechnology Studies students take the core topics, a number of elective topics and a nine-month research project in the School of Medicine or School of Biological Sciences.
Research projects are a vehicle for independent learning in a specific area of biotechnology that includes the principles of experimental design and analysis, innovation, critical thinking and research data presentation. Specialisations cover the full range of biotechnology.
The courses articulate and the sequentially developed topics allow progression through the three awards. Candidates who have completed the Graduate Certificate are awarded credit towards the Graduate Diploma. Candidates who have completed the graduate diploma are awarded credit towards the Masters.
*The University also offers the Master of Biotechnology program (Coursework & Research).
What will I study?
Refer to the program of study:
• Graduate Certificate in Biotechnology
• Graduate Diploma in Biotechnology
• Master of Biotechnology
Why study Biotechnology at Flinders?
• Flinders University is perfectly positioned to offer postgraduate biotechnology courses. The close collaboration of the School of Biological Sciences and the School of Medicine opens up a multi-disciplinary range of expertise and research areas – medical, pharmaceutical, industrial, environmental and agricultural. The schools also have strong links with industry and complementary institutions.
• At Flinders, our postgraduate courses have low numbers, small class sizes and that’s the way we like it. It gives our staff time to devote to students; it gives students a more interactive atmosphere in which to make the most of their high levels of motivation and achievement.
• The latest resources are available for specialised practical ‘hands-on’ training. There are several scholarships available to International Students. Refer to the scholarship database for further information.
• Surveys have ranked Flinders University highly among Australian universities for student satisfaction, teaching quality, teaching and research links, employer satisfaction with students and research spending and publication rate. The student population is about 15,600, with international students making up about 12%. The campus boasts halls of residence and off-campus, affordable accommodation is available nearby. Regular and frequent public transport services the campus on several routes.
How can I use Biotechnology in my career?
The research component is a strength of these courses that is critical in the workplace. A further feature is the emphasis on business training. Graduates of these programs are job ready and highly skilled for medical, pharmaceutical, agricultural, industrial and environmental applications.
The Masters programs can also be a pathway to a PhD for those who don’t have an honours degree and want to pursue a research career.
Entry requirements
Domestic students International students
Applicants must normally have completed, with a Credit average or better, an approved degree in a biological, agricultural or medical science, at an approved tertiary institution. Applicants must normally have completed, with a Credit average or better, an approved degree in a biological, agricultural or medical science, at an approved tertiary institution.
English language requirements: If English is not your 1st language you must meet English language requirements.
Applications
Domestic students International students
Mid-year entry: Yes Mid-year entry: Yes
Apply through: SATAC - GradStart
Apply through: International Office
Application closing dates: Semester 1, 2009: 20 February 2009 Application closing dates: Semester 1 2009: 30 November 2008
Semester 2 2009: 31 May 2009
Annual fees
Course Place type Domestic students International students
Graduate Certificate in Biotechnology Commonwealth supported - Student contribution amount N/A N/A
Full fee paying $2,832 $10,550
Graduate Diploma in Biotechnology Commonwealth supported - Student contribution amount N/A N/A
Full fee paying $6,041 $21,100
Master of Biotechnology Studies Commonwealth supported - Student contribution amount N/A N/A
Full fee paying $6,094 $21,100
Note: Domestic student fees are indicative only. Further information: How are these fees calculated?
Contact
Faculty of Science and Engineering
Hotline: 1800 803 131 (local call cost)
Email: soak.up.science@flinders.edu.au
Course Coordinator: Prof Chris Franco
Phone: +61 8204 5764
Email: chris.franco@flinders.edu.au
General domestic students information
Web: Prospective students
Enquiries: Admissions/Prospective Students Office
Flinders University, GPO Box 2100, Adelaide SA 5001
Tel (08) 8201 3074 or 1300 657 671 (local call cost)
Fax (08) 8201 2580
Email: admissions@flinders.edu.au
General international students information
Web: International students
Enquiries: Ask Flinders
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Overview | Study Options | Summary of Courses
Offered By: Faculty of Science
Minimum: 48 units
Academic Plan: 7609XMBIOT
CRICOS Code: 052702F
Areas of Interest: Biochemistry and Molecular Biology
The Master of Biotechnology is a coursework graduate program which provides a pathway for biological science graduates to acquire knowledge, or extend and renew their knowledge, of biotechnological principles and applications. The program is designed to give students both theoretical and practical knowledge of modern biotechnology methodologies.
The program aims to provide students with:
1. a sound theoretical knowledge of the biological processes commonly used in biotechnology;
2. practical knowledge of common methodologies used in biotechnology;
3. skills which enable them to interpret, synthesize and critically analyse the published literature;
4. the capacity to apply their knowledge and skills to biotechnological problems.
The program combines online and contact coursework with opportunities to acquire or extend practical skills. It will usually be available from July each year and will take 12 months to complete courses with total value 48 units.
Prerequisites
Bachelor of Science or equivalent with a major in the field of biological sciences with relevant experience or honours. Applicants with the equivalent of a pass degree may be admitted if they have a high level of relevant academic achievement.
Overview | Study Options | Summary of Courses
Degree Structure
A typical program will be;
July to November
BIOL8020 Genomics and Biotechnology (available online)
BIOL8021 Health and Disease in a Changing World (available online)
BIOL6142 General Microbiology (lectures and practical classes)
BIOL6162 Molecular Biotechnology (lectures and practical classes)
February to June
BIOL8700 Research Proposal
BIOL8702 Practical Course
These two courses provide theoretical and practical knowledge of experimental design and practice.
Overview | Study Options | Summary of Courses
Summary of courses offered in the Master of Biotechnology Program in 2009
Core Courses
Summer Session, 2009
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
First Semester, 2009
BIOL8021 - Health and Disease in a Changing World
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
BIOL8702 - Biotechnology Practical Course
Autumn Session, 2009
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
Winter Session, 2009
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
Second Semester, 2009
BIOL6142 - General Microbiology
BIOL6162 - Molecular Biotechnology
BIOL8020 - Genomics & Biotechnology
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
Spring Session 2009
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
Courses that count towards this Program
Core Courses
BIOL6142 - General Microbiology
BIOL6162 - Molecular Biotechnology
BIOL8020 - Genomics & Biotechnology
BIOL8021 - Health and Disease in a Changing World
BIOL8700 - Biochemistry & Molecular Biology Research Proposal
BIOL8702 - Biotechnology Practical Course
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Master of Biotechnology and Molecular Biology - Nathan
Program overview
Summary of the Master of Biotechnology and Molecular Biology program - Program code: 5497
Program code Program title Award abbreviation Location
5497 Master of Biotechnology and Molecular Biology MBiotechMolBiol Nathan
Host element Duration CRICOS code Credit points Semester intakes
School of Biomolecular and Physical Sciences 1 year full-time 061470J 80CP Exit point only
Program fees
• International students5
• About this program6
About this program
This program is only available to International students. From 2009, this program will be withdrawn for commencing students and replaced by the Master of Science [55117].
This program provides students with training in biotechnology and molecular biology to allow access to careers in industry and/or research in Australia and overseas. A major focus of this program is the acquisition of knowledge and skills in the modern molecular disciplines that underpin recent advances in the broad biotechnology field.
The program offers advanced courses in the areas encompassed by biotechnology and molecular biology and electives choices across a number of areas such as molecular and cellular biotechnology, molecular biology, molecular cell biology, genomics and bioinformatics, protein science and proteomics.
This program is an exit point only. Students should enrol in the following program:
• Master of Biotechnology and Molecular Biology with Honours [54968]
International students
An International student is one who is not:
• an Australian or New Zealand citizen or
• a person who has permanent resident status.
An International student pays tuition fees and is liable for tuition fees for the courses they are enrolled in as at the census date (end of teaching week 4).
Tuition fees
Program fees for the Master of Biotechnology and Molecular Biology (5497)
Fee schedule table
Host Element Fee Category/Band Fee per CP Tuition Fee per EFTSL (80 CP)
unless otherwise stated
Fees for students who commence in 2009
School of Biomolecular and Physical Sciences INT_PG_3B $246.00 $19,680.00
Fees for students who commence in 2008
School of Biomolecular and Physical Sciences INT_PG_3B $239.00 $19,120.00
Calculating the tuition fees for your full degree program
Tuition fees for International students are current for the duration of the student’s enrolment in that program. If an International student changes to a different program they will be subject to the fees applicable to the new program for the semester they commence in that program.
• Calculating the tuition fees for your full degree program6
If, after commencing study in the program, a student obtains permanent resident status in Australia and provides evidence of permanent resident status prior to the census date (of the semester in which they are enrolled), the student will be provided with a domestic fee-paying place. The student may then apply for a commonwealth supported place at the next admission period provided that the student satisfies the conditions for transfer from a domestic fee-paying place to a commonwealth supported place as set out in the Admissions Policy for Undergraduate Programs7.
Further information
• Fees and charges policy:
o Section 3 - Fees for International Students8
o Schedule B - Fees for International Students9
o Schedule G - Fees for (International) Non-award and Continuing Education Students10
• Fees and financial assistance website
Calculating the tuition fees for your full degree program
Tuition fees for international students are current for the duration of the student’s enrolment in that program. If an international student changes to a different program they will be subject to the fees applicable to the new program for the semester they commence in that program.
An example of calculating your tuition fees
To calculate your tuition fees, you will need to find the total number of credit points to complete your degree program and the fee per credit point for your degree program.
To find the total credit points to complete your program, you will need to browse or search for your program on Griffith University's programs and courses website.
• Programs and courses43
The example illustrated is for students commencing the Bachelor of Arts (program code 1021) in 2008.
The total credit point value for your program is displayed on the Program overview screen. In this example the total credit point value is 240 credit points.
To find the fee per credit point, click on the link for international students under program fees.
Find the value which corresponds with the year in which you commenced. In this example, the student has commenced in 2008 so the fee per credit point is $179.00.
So multiply 240 (credit points) by $179.00 (the fee per credit point).
The total cost for an international student commencing the Bachelor of Arts in 2008 will be $42960.00 or $14320.00 per year of full-time study.
What happens if you change your residency status?
If, after commencing study in the program, a student obtains permanent resident status in Australia and provides evidence of permanent resident status prior to the census date (of the semester in which they are enrolled), the student will be provided with a domestic fee-paying place.
The student may then apply for a Commonwealth Supported place at the next admission period, provided that the student satisfies the conditions. Please view the Fees and Charges policy for information in relation to international students obtaining permanent residency status in Australia.
• Fees and charges policy65
For further information, contact Griffith International
• Griffith International66
