Prizes

The School of Molecular Bioscience, the Faculty of Science and industry affiliates offer a number of prizes to both postgraduate and undergraduate students majoring in the School's disciplines or participating in the honours program. A partial list is given below. For more details on these and other prizes, contact the Academic Support office.

Allman Prize Awarded annually to the student in the clinical stream of the Honours year in the BSc(Nutrition) who obtains the top aggregate mark in NUTR4001 and NUTR 4002

Australian Society for Microbiology Prize Awarded annually to the student enrolled in Honours in Microbiology with the most outstanding undergraduate record in Microbiology.

Nestle Australia - Uncle Tobys Prize in Nutrition Awarded annually to a student who is enrolled in both intermediate units of study in Nutrition (NUTR2911 & NUTR2912) who demonstrates the greatest proficiency, provided the work is of sufficient merit

Roslyn Flora Goulston Prize Awarded for greatest proficiency in 24 credit points of Senior Biochemistry (taken from BCHM3071/3971; BCHM3081/3981; BCHM3072/3972; BCHM3082/3982; BCHM3092/3992) to an undergraduate in science who intends proceeding to a BSc degree with honours in Biochemistry

Sigma-Aldrich Molecular Biotechnology Third Year Award The award recognises the best overall grade performance in MOBT3102 by a student enrolled in the BSc (Molecular Biotechnology) undergraduate degree. Students must receive a minimum Distinction average in this unit of study.

Slade Prize in Intermediate Biochemistry Awarded for greatest proficiency in the units of study MBLG2071 or MBLG2971, provided that the student's work is of sufficient merit.

The Jo Rogers Memorial Prize Awarded for the highest aggregate mark in the Masters of Nutrition and Dietetics.

2M Vending Prize for Proficiency in Introductory Molecular Biology and Genetics Generously donated by Mr Michael Miller, a former memebr of staff; the 2M Vending prize is awarded to the student who achieves the highest score in the lab course in MBLG1001