Faculty of Science 4

Emeritus Professor

Adjunct Professor Helen MacGillivray AM

Adjunct Professor Helen MacGillivray AM is an internationally recognised leader in statistics education, whose contributions span more than five decades. She served QUT with distinction from 1990 to 2011 as Professor of Mathematical Sciences and has continued to make sustained contributions to the international field through her Adjunct role.

Helen’s extensive contributions to QUT include founding and directing the QUT Maths Access Centre, a pioneering initiative that transformed mathematics and statistics support for students within and across disciplines, and mentored student tutors. This laid the foundation for the high impact Student Success Group, which now supports students across the university.

She has published widely, including four textbooks, 50 refereed chapters and papers, more than 100 invited papers and presentations, and other scholarly works. She led the development of QUT statistics curricula and double degrees, and is recognised as a Principal Fellow of the Higher Education Academy. Her significant broader contributions extend into high school education where she has played an integral role in shaping our national curriculum.

Helen's influence has extended globally through roles such as Editor of Teaching Statistics, President of the International Statistical Institute – the second female in its 140-year history – and inaugural Chair of the UN Global Network of Institutions for Statistical Training. She was the first female President of the Statistical Society of Australia and one of the first Australian Senior Teaching Fellows. She continues to mentor early career academics and is a role model and advocate for women in STEM.

Adjunct Professor MacGillivray holds a Doctor of Philosophy (1979) and a Bachelor of Science (Honours) (1971), both from The University of Queensland.

She is a Principal Fellow of the Higher Education Academy and an Honorary Life Member of the Statistical Society of Australia Inc.

In 2024 she was appointed a Member of the Order of Australia for significant service to mathematics and statistics education.

In recognition of her sustained and substantial academic service, QUT Council has awarded Adjunct Professor Helen MacGillivray AM the title of Professor Emeritus.

Doctor of Philosophy

Alsubaie, Fahhad Abdullah M

Thesis Title

Computational Discovery and Design of Nanomaterials for Solar Energy Applications

Supervisors

• Professor Aijun Du (Principal Supervisor)
• Professor Liangzhi Kou (Associate Supervisor)
• Professor Ting Liao (Associate Supervisor)

Citation

2D materials show great promise for photovoltaics due to the tunable band gaps and strong light absorption. However, complicated experimental syntheses, structural instability, and carrier recombination hinder their applications. Based on DFT calculations, this work proposed three strategies to tune the electronic properties of 2D photovoltaic materials, namely surface decoration, heterostructure construction, and interface sliding. The band edge levels, charge carrier separation, and light absorbance of 2D perovskites and transition metal dichalcogenides can be effectively tuned, which may accelerate the discovery and design of novel low-dimensional photovoltaic devices.

Alsubaie, Muinrah

Thesis Title

Computational Modeling and Design of Magnetic Properties in 2D Cr-, Mn-, and V-Based Nanostructures for Spintronic Applications

Supervisors

• Professor Aijun Du (Principal Supervisor)
• Professor Dongchen Qi (Associate Supervisor)

Citation

Controlling magnetism at the atomic scale is no longer science fiction, it's the promise of two-dimensional (2D) magnetic materials. This thesis focuses on enhancing their magnetic properties to power the next generation of spintronic and quantum devices. Through first-principles calculations, the thesis examined three transformative strategies: hydrogenation, atomic intercalation, and van der Waals heterostructure engineering. Each method leads to substantial improvements in magnetic anisotropy, thermal stability, and transition temperatures, key factors for practical applications. These findings offer a clear pathway toward high-performance, nanoscale magnetic devices and open new frontiers in the design of advanced, low-dimensional electronic systems.

Fernando Pulle, Anne Dilpashani

Thesis Title

Functional Polymer Backbones via Non-Traditional Chemistry: Redefining Step-Growth Polymers

Supervisors

• Associate Professor Hendrik Frisch (Principal Supervisor)
• Dr Bryan Tuten (External Supervisor)
• Professor Stephen Blanksby (Mentoring Supervisor)

Citation

This thesis redefines step-growth polymers by developing functional polymer backbones through non-traditional chemistry, including multicomponent reactions and sulfur-based chalcogen incorporation. It delivers novel synthetic strategies for creating degradable and sustainable materials. Three approaches are explored: (1) polythioesters via Passerini multicomponent reactions as a new route for sulfur incorporation, (2) light-degradable polymers using rhodanine–diisocyanide chemistry enabling selective backbone cleavage under visible light, and (3) a greener pathway to elastomeric materials via multicomponent reactions with elemental sulfur. These findings broaden the utility of step-growth polymerization for functional and environmentally conscious material design.

Foongkajornkiat, Satcha

Thesis Title

Portable Nuclear Magnetic Resonance (NMR) for Quantitative Measurement of Biological Tissues

Supervisors

• Dr Konstantin Momot (Principal Supervisor)
• Professor Erik Thompson (Associate Supervisor)
• Professor Davide Fontanarosa (Associate Supervisor)
• Dr Honor Hugo (External Supervisor)

Citation

This thesis explores portable nuclear magnetic resonance (pNMR) for breast tissue characterisation and mammographic density (MD) assessment. Three studies were conducted: quantifying water-fat ratios in explants, emulating 3D volumetric MD using pNMR volume slices mapped to CT/MRI, and investigating the magic-angle effect on NMR T2 relaxation in collagen-rich tissues. Agreement levels across imaging modalities varied, reflecting compositional and analytical complexities. Overall, pNMR demonstrates potential for quantitative MD evaluation, highlighting key features and opportunities in breast tissue assessment but challenges remain in making measurements accurate and consistent.

Gomes Batista Paula, Stephane

Thesis Title

Applying Best-Practice Detection Strategies in Threatened Small Mammal Conservation: A Case study Using Endangered Antechinuses

Supervisors

• Associate Professor Andrew Baker (Principal Supervisor)
• Professor Matthew Phillips (Associate Supervisor)
• Diana Fisher (External Supervisor)

Citation

This research investigated how different detection methods can improve monitoring of two endangered carnivorous marsupials, the silver-headed and black-tailed dusky antechinus. The study found that detection dogs were more effective than live and camera traps at locating these rare mammals, even as populations declined, and providing insights into their habitat needs. Additionally, scent ageing experiments showed antechinus odour fading over time, with scat and latrine samples retaining scent longer and more easily detected by dogs, and environmental factors influencing scent persistence. The results highlight the importance of detection dogs in locating rare and low-density species and informing their conservation management.

Irvine, Mitchell

Thesis Title

Investigating Drivers of Speciation in the Fruit Fly Genus, Bactrocera (Diptera: Tephritidae)

Supervisors

• Associate Professor David Hurwood (Principal Supervisor)
• Professor Peter Prentis (Associate Supervisor)
• Dr Melissa Starkie (External Supervisor)

Citation

This thesis investigated how numerous fruit fly species in the genus Bactrocera have arisen despite a lack of geographic separation and host use differences (generally considered essential for speciation). It found that geographic change and historical introgression enabled speciation without the need for strong ecological separation, challenging assumptions that niche partitioning is necessary for coexistence of closely related species. The research combined phylogenetic analysis, genomic data, and ecological modelling to examine macro- and microevolutionary processes influencing diversification/speciation. These findings provide new insights into how generalist phytophagous insects can radiate and persist in sympatry.

Jadhav, Sagar

Thesis Title

Investigation of Charge Storage Mechanisms in Tin-Based Oxides for High-Performance Supercapacitor Electrode Development

Supervisors

• Professor Nunzio Motta (Principal Supervisor)
• Professor Anthony O’Mullane (Associate Supervisor)

Citation

This thesis investigates the charge storage mechanisms of metal oxide materials for supercapacitor electrodes, with a focus on tin-based oxides. By using cost-effective synthesis methods, the study examines the electrochemical performance of different tin oxide phases. The key findings demonstrate that the annealing temperature, crystallite size, and oxidation states significantly affect capacitance and electrochemical behavior. Higher oxidation states enhance capacitive storage, while smaller crystallite sizes improve performance. Despite the challenges in synthesizing the ideal spinel oxide, this research provides valuable insights and lays the groundwork for future advancements in supercapacitor materials and energy storage technologies.

Kalmer, Henrik

Thesis Title

Advanced Functional Macromolecular Architecture

Supervisors

• Associate Professor Hendrik Frisch (Principal Supervisor)
• Professor John McMurtrie (Associate Supervisor)

Citation

Control over polymer architecture is a crucial parameter to manipulate macromolecular function, both in solution and on surface. Nature exemplifies this in enzymes, which show unmatched catalytic function due to their defined three-dimensional structure. In this thesis, peptide based single chain nanoparticles carrying the DHS sequence are utilized for the catalysis of ester hydrolysis reactions where the reaction rate may be increased. The catalytic triad is further investigated and combined with a novel peptide stapling chemistry based on pyridinedithiazolines. Finally, polymer brushes are obtained and photochemically manipulated to create complex patterns on surface at the nanoscopic level.

Kamar, Rusha

Thesis Title

Mapping Oxidation States and Structural Dynamics in Co Oxide Thin Films Incorporated With Gold When Used as Oxygen Evolution Reaction Catalysts

Supervisors

• Professor Anthony O’Mullane (Principal Supervisor)
• Dr Michael Jones (Associate Supervisor)

Citation

This research develops efficient electrocatalysts for hydrogen production via water electrolysis, focusing on the oxygen evolution reaction (OER). Cobalt oxide-based catalysts were explored as low-cost alternatives to noble metals, with gold incorporation to enhance activity. A key highlight of this work is the use of synchrotron radiation (SR) techniques, particularly spatially-resolved X-ray mapping, to investigate structural, elemental, and oxidation state distributions. These techniques revealed how gold incorporation facilitates OER by lowering metal–ligand charge transfer and exposing active facets during OER. This study demonstrates the power of SR-based mapping in guiding rational catalyst design for energy applications.

Kaur, Arshdeep

Thesis Title

Recovering Materials from Batteries for Electrocatalytic Applications

Supervisors

• Professor Anthony O’Mullane (Principal Supervisor)
• Professor Hongxia Wang (Associate Supervisor)

Citation

This thesis serves as a significant illustration of the effective utilization of electronic waste, in particularly batteries, as a valuable source of essential metals such as Ni, Fe, Mn, Co and P. Upon recovery, these metals can play a crucial role as electrocatalysts for hydrogen evolution reaction (HER) and oxygen evolution reaction (OER) in water splitting for hydrogen production, while also having potential for other electrocatalytic reactions such as CO2 conversion into valuable products.

McArthur, Callum

Thesis Title

Modelling and Measuring Particle Size Dependent Thermo-optical Effects in Au and Ag colloids

Supervisors

• Professor Esa Jaatinen (Principal Supervisor)
• Professor Eric Waclawik (Associate Supervisor)
• Dr Sarah Walden (Associate Supervisor)

Citation

The unique optical properties of gold and silver nanoparticles are measured under exposure to intense laser light. These properties changed based on the size of the nanoparticle and this work showed the optical response of materials exposed to laser light broadly corresponds to its response to low intensity light. Thermal effects emerged as laser intensity increased which caused the heating of the metallic nanoparticles and generation of a vapour gas shell surrounding them. The growth of these vapour shells improved the ability of these nanoparticles to limit the transmittance of intense light by significantly increasing the scattering response.

Motta, Gabriele

Thesis Title

An Inverse Photoemission Spectrometer Using both UV and Low-energy Detection Ranges

Supervisors

• Associate Professor Joshua Lipton-Duffin (Principal Supervisor)
• Professor Jennifer MacLeod (Associate Supervisor)
• Associate Professor Soniya Yambem (Associate Supervisor)

Citation

This thesis presents the development of a multi-energy inverse photoemission system for QUT’s surface science laboratory, integrating ultraviolet and low-energy detection through the use of both a gas counter and a photomultiplier tube. The system was benchmarked on C60 and Cu(111) surfaces, demonstrating reliable performance. It was applied to study 1,4-dibromobenzene and trimesic acid films, revealing effects of molecular orientation on electronic structure and showing that low-energy electron beams can damage organic layers via dissociative electron attachment. The work delivers a versatile dual-detection IPES instrument that advances surface science research on organic and inorganic materials.

Schlierenzauer, Corinne

Thesis Title

Assessing Plant Diversity and Invasion Patterns: The Role of Herbivory and Tree-Understorey Dynamics in Threatened Grassy Eucalypt Woodlands

Supervisors

• Professor Jennifer Firn (Principal Supervisor)
• Associate Professor David Hurwood (Associate Supervisor)
• Dr Gabrielle Lebbink (External Supervisor)

Citation

Eucalypt woodlands comprise some of Australia’s most threatened ecosystems. This thesis examined how threats of degradation, such as grazing, plant invasion, and tree clearing, affect the understorey of the lowland grassy woodlands. Trees, depending on traits, provided environmental conditions that favour native grasses over the invasive grass Eragrostis curvula. The progressive exclusion of livestock and native mammals subsequently increased grass growth, and plant diversity declined, whereas the additional exclusion of invertebrates was associated with grass dieback, and plant diversity increased. These findings highlight the importance of tree cover, native herbivores, and disturbance regimes in maintaining and diversifying understorey plant composition.

Smith, Hayden

Thesis Title

They Protectin, They Attackin, But Most Importantly, They Trypsin: Toxin Discovery in Sea Anemones

Supervisors

• Professor Peter Prentis (Principal Supervisor)
• Associate Professor Daniel Broszczak (Associate Supervisor)

Citation

This thesis is a comparative study of genes and proteins that examines the presence and role of toxins  in sea anemones. This work looks at the expression of toxins in two highly important cellular structures found in sea anemones and compares them to the existing database of this understudied group. Overall, this thesis identified low complexity in the venom components of an Australian species, as well as several new toxin candidates that pave the way for future research in pharmaceutical research.

Yap, Chee Kian Ken

Thesis Title

Computational Discovery and Design of Low-Dimensional Magnetic Materials

Supervisors

• Professor Aijun Du (Principal Supervisor)
• Professor Jennifer MacLeod (Associate Supervisor)

Citation

This research explores new ways to design ultra-thin magnetic materials for next-generation electronics. These two-dimensional (2D) materials could power spintronic devices, which use electron spins instead of electric charge, enabling faster and more energy-efficient technologies. Using advanced computer simulations, the study shows how adding chemical groups or rearranging atoms can enhance magnetic stability and performance. It also models how these materials could work in real devices. The findings bring us closer to practical 2D magnets for memory and logic applications, paving the way for smaller, smarter, and more sustainable electronics.

Undergraduate

Bachelor of Engineering Studies

• ROBINSON-PENNAY, Erin

Bachelor of Data Science

• BORMAN, Xavier Philip
• JAYASUNDARA, Nilasi Thesanya
• TRAN, Rena
• WEN, Yixun
• WENCK, Caitlin Frances
• WISCHNAT, Thomas

Bachelor of Data Science – with Distinction

• ALLEN, Matthew James
• ARUMUGAM, Kayathri Angel
• ATCHESON, Isaac
• FRANCIS, Sean Isaac
• HENLEY, Madison Jennifer
• KAOUSSI, Amina Mary
• LIEW, Nasya Sze Yuen
• STANTON, Damien Frederick
• TAN, Colin
• TAN, Dyllon Jia Jun
• THAKRAN, Bhavya
• TRAN, Ngoc Linh Giang
• WRIGHT, Harry James Patrick

Bachelor of Science (Biological Sciences)

• BISHOP, Lachlan Henning
• BURNETT, Georgia Rose
• CLARKE, Chelsea Maree
• CONNOLLY, Caroline Elizabeth Amelia Rae
• CULLEY, Natalie Isabelle
• DOUGLAS, Jake William
• FELLOWS, Madeleine
• FLETCHER, Thomas Scott
• HARRAGON, Will Anthony
• HILL, Jaimi Courtney
• MACKAY, Nelson Wallace Edwin
• MORDEN, Kahli Lyn Pek Yook
• MORRISON, Ethan James
• PROVIANS, Lachlan Gregory
• REILLY, Juniper Gronborg
• SCHMIDT, Benjamin Frederick
• SENTURK, Onur Rahmi
• SMALL, Harriet Isabelle
• STACEY, Nathaniel Robert

Bachelor of Science (Chemistry)

• BELCHER, Elliot Thomas
• BRUMEN, Miha Pascale
• CLARKE, Elijah Matthew
• FENTON, Thomas Edward
• GORDON, Lachlan Douglas
• OCEAN, Anna Sacha
• WASZKIEL, Raimund Fredrick
• WILLIAMSON, Josh

Bachelor of Science (Earth Science)

• CLARKE, Taylor Ann
• MULLEN, Blake Joshua
• NORTH, Aiden James
• ONG, Marco
• POBJIE, Sarah Rose
• STOKE, Kristie Nicola
• TAYLOR, Mackenzie Alexandra
• VAZ, Zara Ronald

Bachelor of Science (Environmental Science)

• BARRETO SILVA, Joan
• CONDON, Hollie Louana
• DOYLE, Michael Derek
• HARRISON, Caleb Brett
• KELLY, Jasmine Carolyn
• LA SPINA, Mia Josephine
• MORTON, Huon John
• PAGE, Amelia Grace
• RIGBY, David William
• SMYTH, Angelina Jade
• SORBELLO, Aislinn Willow
• WHITTINGHAM, Nina

Bachelor of Science (Physics)

• BATH, Chelsea Kaur
• BEANLAND, Edward Albert Stewart
• GILMOUR, Bradley Ian
• GINGELL, Sage Ian
• MARTINEZ HARRIS, Carmen Isabel
• PARK, Christopher John
• PERICH, Michael James Frantisek
• RICHARDSON, Sean William
• ROBINSON-PENNAY, Erin

Bachelor of Science (Biological Sciences) – with Distinction

• BARNARD, Jordan Kate
• BORKOWSKI, Georgia Katherine
• BURBIDGE, Samantha Joan
• HILL, Abi Rose Abena
• KLOPPER, Riley Marlian
• MARTIN, Paige Elizabeth
• MILTON-SHEAHAN, Madeline Lucy
• NG, Sabrina En Ci
• THIRLWALL, Ryan Izaak
• THOMSON, Sienna Lea

Bachelor of Science (Earth Science) – with Distinction

• BUTTON, William Campbell
• CHINASING, Louis Patrick
• CLARKE, Tyler David
• FURJES, Luke David
• O'TOOLE, Abbey Maree
• PICTON, Larissa Rose
• PRODGER, Anna Louise

Bachelor of Science (Environmental Science) – with Distinction

• BRUCE, Amber Courtney
• DOUGLAS-KEYES, Juliet Kay
• GRANT, Ashlyn Kate
• JOHNSON, Samantha Rose
• KERR, Belinda Emily Johnson
• KING, Caitlin Frances
• MILLER, Drew Lachlan
• PEARCY, Michael Joseph
• PICONE, Isabella Anne
• RAWLINSON, Milani Dawn
• SAMPSON, Lyla Marie
• SCOTT, Evangeline Charlotte Madge
• THWAITES, Hana Ashlee
• TUCKER, Jeremy William Douglas
• WIKAIRA, Jarrah Gabriel
• YOUNGER, Austen Vincent

Bachelor of Science (Physics) – with Distinction

• ALLOTT, Thomas Jeremy
• BONNINGTON, Craig Thomas
• CAMERON, Mikayla Marie
• CAVANAGH, Rick Andrew
• CLARK, Stephanie Therese
• HARGRAVES, Kelsey Marie
• JURY, Jodie Mavis
• MCIVOR, Samantha Andrea
• MCKENZIE, Melissa Karen
• RHODES, Nicholas Aidan
• SAWYER, Noah Scott
• TAYLOR, Harrison James
• THOMAS, Declan Jonathon
• WAGSTAFF, Jacob Samuel

Bachelor of Business (Accounting)/Bachelor of Data Science

• DANG, Cecillia Bao Chau

Bachelor of Business (Finance)/Bachelor of Data Science

• AHMED, Ayesha

Bachelor of Business (Economics) – with Distinction/Bachelor of Data Science

• DADA, Fatima Abdulaziz Adam

Bachelor of Business (International Business) – with Distinction/Bachelor of Data Science

• ARORA, Shreya

Bachelor of Business (Accounting) – with Distinction/Bachelor of Data Science – with Distinction

• SHORROCK, Grace Katherine

Bachelor of Business (Economics) – with Distinction/Bachelor of Data Science – with Distinction

• FLYNN, Lucas Joshua
• READ, Edin Connor Price

Bachelor of Business (Finance) – with Distinction/Bachelor of Data Science – with Distinction

• TAN, Rachel Zi Ying

Bachelor of Science (Environmental Science)/Bachelor of Business (Accounting)

• DAY, Theodore

Bachelor of Science (Environmental Science)/Bachelor of Business (Economics)

• BUCKLEY, Kate Anne

Bachelor of Science (Environmental Science)/Bachelor of Business (Public Relations)

• HUXLEY, Jessica May

Bachelor of Science (Physics)/Bachelor of Business (Public Relations)

• CANDY, Meaghan Eloise

Bachelor of Science (Physics) – with Distinction/Bachelor of Business (Finance) – with Distinction

• BRAIN, Jonathan Luke

Bachelor of Science (Physics)/Bachelor of Games and Interactive Environments (Game Design)

• SHARMAN, Lachlan James

Bachelor of Science (Physics)/Bachelor of Information Technology (Computer Science)

• WU, Daniel

Bachelor of Science (Physics) – with Distinction/Bachelor of Information Technology (Computer Science) – with Distinction

• CHAPPELL, Justin Aaron

Bachelor of Science (Physics)/Bachelor of Mathematics (Applied and Computational Mathematics)

• PRESCOTT, Riley Matthew

Bachelor of Science (Physics)/Bachelor of Mathematics (Operations Research)

• PEPPING, Euan

Bachelor of Science (Chemistry) – with Distinction/Bachelor of Mathematics (Applied and Computational Mathematics) – with Distinction

• BOREHAM-SMITH, Fynn

Bachelor of Science (Physics) – with Distinction/Bachelor of Mathematics (Applied and Computational Mathematics) – with Distinction

• STIBBE, Madison Anne

Bachelor of Science Advanced (Honours) (Biological Sciences) – Second Class Honours – Division B

• SENOL, Ayden

Bachelor of Science Advanced (Honours) (Biological Sciences) – Second Class Honours – Division A

• COTTERILL, Sophie Rose
• WOODS, Charlotte Laura

Bachelor of Science Advanced (Honours) (Chemistry) – First Class Honours

• PRESTON, Nicholas George

Bachelor of Science Advanced (Honours) (Physics)

• FLUGGE, Kye

Bachelor of Science Advanced (Honours) (Physics) – First Class Honours

• SIMPSON, James Alexander

Bachelor of Science (Honours) (Biological Sciences) – Second Class Honours – Division B

• BIN MOHD SHAFFIE, Aban Nabhan Lubis

Bachelor of Science (Honours) (Biological Sciences) – Second Class Honours – Division A

• KELLY, Jessica Rose

Bachelor of Science (Honours) (Chemistry) – Second Class Honours – Division A

• CLEMENTS, Alexander Callum

Bachelor of Science (Honours) (Biological Sciences) – First Class Honours

• GEORGE, Tyler James

Bachelor of Science (Honours) (Chemistry) – First Class Honours

• CATHIE, Sarah Louise
• O'BURN CROCKER, Dahnae Shanti

Bachelor of Science (Honours) (Environmental Science) – First Class Honours

• LEIGHTON, Jonah Robert Isaac

Bachelor of Science (Honours) (Physics) – First Class Honours

• HILEY, Grace Olivia
• O'BRIEN, Anlon James

Postgraduate

Graduate Certificate in Business Analysis

• CHAUDHRY, Muhammad Abdullah Abdullah
• CLARK, Robert Donald
• JAMES, Michael
• KOO, Huey Ling Lynn
• MORTON, Jesse Francis Edward
• SANTRY, Michael
• VERES, Helen Anne
• VILLA VELASQUEZ, Jose Luis

Graduate Certificate in Business Process Management

• KOVALSKA, Alina
• LEPINA-LAVRINOVICH, Tatiana
• ROBERTS, Elisha Gaye

Graduate Certificate in Data Analytics

• BANERJEE, Moitri
• BENTON, Dylan Brian
• BIRD, Harrison William
• BOUCHER, Nicole Maree
• BROWN, Ainslie Kate
• BROWN, Hilton Alexander
• CARDOSO RODRIGUES, Ive
• CHEYNE, Nicola
• CHOWDHRY, Adnan Mohammad Ali
• COSALAN, Patricia
• DALAIS, William Dominic
• FRASER, Jeremy Digby
• FRYER, Louise Kerry
• GOH, Natalie Xinyi
• HU, Yunxian
• HUANG, Jingxian
• HUSSAIN, Nazib Arif
• KALVA, Krupanand Reddy
• KAMSANI, Saritha
• KHAN, Dewan Shaheryar
• KNIGHT, Thomas Stephen
• KONG, Laurel Doreen
• LEACH, Adrian
• MEEUWISSEN, Morgan Anthony
• MOORE, Rebecca Kaye
• PREDDICE, Larissa Kara
• SMITH, Claire Louise
• STEWART, Stephanie Michelle
• TAVILL, Claire Rose
• TONG, Nan
• TUN, San Lin
• WANG, Yue
• WORSFOLD, James
• YUEN, Janet
• YULE, Charmay-Adele Kerrie
• ZEUSCHNER, Julie Elizabeth

Graduate Certificate in Data Science

• BUHMANN, Robert Lee
• BURNS, Nathan Aaron
• FEKETE, Stephen Dominik
• FITZGERALD, Gabriel
• LEPINA-LAVRINOVICH, Tatiana
• SINHA, Shriya
• THOMAS, Michael Wayne

Master of Applied Science (Medical Physics)

• BROWN, Travis
• CANVIN, Oliver Thomas
• DUDLEY, Bridget Miriam
• GORDON, Remihana Cole
• LAU, Rachel Man Ki
• LOPEZ GUZMAN, Aura Catalina

Master of Business Process Management

• BENAVIDES LERDON, Kurt Alejandro
• KOSASIH, Callysta Madonna

Master of Data Analytics

• ATHANKI, Gautham
• BENTLEY, Samuel
• BHOSLE, Anuj Vivekanand
• CHAN, Hoi Lam
• CHANDRAPRAKASH, Kanishq
• DO, Minh Anh
• DUGGEPOGU, Kushala
• EDWARDS, Nathan Thomas
• GHAMARI, Nima
• HIREGOUDAR, Kavya
• HOANG, Huu Dang
• JAISWAL, Varun Vikas
• KAUR, Kiratpreet
• MAGESH KUMAR, Naveen Kumar
• MARDANIKALATEHGHESHLAGH, Atieh
• MUTO, Norimi
• NATRAIYAR GUNASEKARAN, Saravana Muthu Kumar
• OH, Alex Li-An
• PATIL, Hrishikesh Sunil
• SOTO, Nicca Marie Mendoza
• SUN, Shichang
• TARIQ, Ahwaz
• TERERAI, Selestino
• THALPAVILA, Chathuni
• UKIWE, Oyediya
• VAKACHARLA, Vaishnavi
• VU, Duc Nhan

Master of Data Analytics (Biomedical Data Science)

• BOWDEN, Jack
• CAN, Cao Tri
• HERHOLDT, Stefan Nicolaas
• JABER, Mazen Imad
• MCKENZIE, Maddison Eliza
• NGUYEN, Vinh Ngoc
• PLUMMER, Alana Rose
• SUTHERLAND, Darcy Hugh
• WILKIN, Rachael Paige
• WU, Pei-Cheng

Master of Data Analytics (Computational Data Science)

• ALVARES, Melroy
• BATZUL, Altansukh
• CHEUNG, Kwan Hoi Tony
• GONSALVEZ, Stephanie Yollander
• GOODGER, Amy Maree
• LAM, Cheuk Fung Jeffrey
• NICOLAIDES, John Phillip
• RAHME, Roger
• RAJ, Aswanth
• REINHARDT, Maximilian Joseph
• REJIMON, Saketh
• RYDANNYKH, Kseniia
• SHEIKH, Hasan Sultan
• SOMAA, Kaavea
• TENG, Minjun
• TEO, Darren Jia Hao
• THOMAS, Soniya
• VARGHESE, Sam
• VARGHESE, Seethal
• XU, Hengfeng

Master of Data Analytics (Statistical Data Science)

• ALREHAILI, Ali Ammar A
• ANJALI KRISHNA,
• BRAY, Donghui
• DUMMU, Adarsh
• GARAI, Kaitlin
• HILLMANN, Camden Brett Frederick
• JOSE, Nancy
• JOSEN, Catherine
• KOTU, Harika
• LEE, Junhee
• LOCKWOOD, Aidan Patrick
• MAISURIA, Bhavinkumar Ashokbhai
• MCANDREW, Ryan John
• NGUYEN, Thu Anh
• PALLIKUNNEL JOSE, Aleesha
• POSSO BAENA, Manuela
• THAKUR, Fahad Aqeel
• TOVUUDORJ, Khorolsuren

Master of Philosophy

• CLEWS, Christopher Alexander
• KANNANGARA, Vihara Vidumini
• LOTTNER, Nicolas Finn
• MODDEJONGEN, Sarah Louise
• NARMILAN, Puvanitha
• ROSS-DALY, Joshua Daniel
• ROXBURGH, Nicholas Peter Charles

Master of Philosophy (Science)

• BOTANA GOMEZ, Carlos
• DUONG, Linh Phuong
• HAMMOND, Angus Gabriel
• JIANG, Xudong
• MEN, Yanli
• NEGUS, Alyssa Jayne
• PARR, Nicholas James
• SENANAYAKE, Saveen Moditha