College of Science & Engineering
Wednesday 17th December 2025 - 9:30am

Live stream

Ceremony details

Program

Officers, College Vice-Presidents and Executive Deans

Graduates

PHD students

University Medals

Digital Ceremony Booklet

Program

Entry of Academic Procession
The Chancellor, Deputy Chancellors, Vice-Chancellor, Deputy Vice-Chancellors, members of the University Council and staff of the University will enter in academic procession.

Indigenous Opening

Australian National Anthem

Opening of Proceedings

Presentation of Graduates

Closing of Proceedings

Departure of Academic Procession

The Chancellor, Deputy Chancellors, Vice-Chancellor, Deputy Vice-Chancellors, members of the University Council and staff of the University will exit in academic procession.

Officers of the University

Chancellor
Mr John Hood

Deputy Chancellors
Ms Leanne Liddle

President and Vice-Chancellor
Professor Colin J Stirling

Senior Deputy Vice-Chancellor
Professor Romy Lawson

Deputy Vice-Chancellor (Research)
Professor Ray Chan

Vice-President (Corporate Services)
Mr Jonathan Pheasant

General Counsel & University Secretary
Mr Marc Davies

College Vice-President and Executive Deans

Business, Government and Law
Professor Michael Gilding

Education, Psychology and Social Work
Professor Deborah West

Humanities, Arts and Social Sciences (Interim)
Professor Romy Lawson

Medicine and Public Health
Professor Jonathan Craig

Nursing and Health Sciences
Professor Tracy Humphrey

Science and Engineering (Interim)
Professor Ray Chan

PHD Students

College of Science & Engineering

Name	Supervisors	Thesis	Citation
Batool Aljubran	Principal Supervisor: Claire Lenehan Associate Supervisor: Justin Chalker Associate Supervisor: Kirstin Ross Adjunct Supervisor: Ula Alexander	By thesis entitled: Optimising Laser Tattoo Removal: A Comprehensive Analysis of Parameters, Techniques, and Safety Protocols	This research investigated the chemical composition and safety of tattoo inks, with a focus on the effects of laser removal treatments. Advanced analytical techniques were used to study how pigments, particularly yellow ones, break down under laser irradiation. Many inks were found to contain undeclared substances, raising concerns about mislabelling and potential health risks. The study also examined how titanium dioxide (TiO2) and melanin, common in darker skin tones, influence pigment degradation during laser exposure. These substances were found to alter degradation pathways and reduce the release of volatile compounds. Toxic chemicals were detected in both untreated and irradiated inks, with laser treatment significantly increasing toxicity in skin cells. The findings highlight the need for stricter ink regulation, improved transparency in labelling, and tailored laser protocols for dark skin. This work contributes to safer practices in tattooing and laser dermatology.
Jason Bruce Barnes	Principal Supervisor: Professor Kirstin Ross Associate Supervisor: Harriet Whiley Industry Supervisor: Jim Smith	By thesis entitled: Food safety inspection: A treatise	The impact of foodborne illness is a significant challenge for global public health. It is responsible for a substantial loss of lives and livelihoods. Food safety inspections are a key health protection measure employed by governments worldwide to reduce the impact of foodborne illness. Despite the prevalent application of food safety inspections in the regulation of food businesses, there are significant gaps in the understanding of food safety inspection practices, leaving health protection systems vulnerable and subject to assumption and uncertainty. This research bridges these gaps in understanding by defining food safety inspection, capturing a detailed description of current practices, and examining their effectiveness. This newly established knowledge was then used to develop a robust, evidence-informed model to guide and strengthen inspection practices. This work is significant as it provides vital guidance to food safety regulators and will assist them to save lives and livelihoods.
Zhi Cao	Principal Supervisor: Dr Amin Mahmoudi Associate Supervisor: Kenneth Pope Adjunct Supervisor: Solmaz Kahourzade Adjunct Supervisor: Wen Soong	By thesis entitled: Design, Prototyping and Analysis of Axial-Flux Induction Motor for Line-Start Applications	This thesis presents a novel and systematic design methodology for axial-flux induction motors (AFIMs), specifically targeting line-start applications. By incorporating radius-dependent electromagnetic loading, axial force mitigation strategies, and early-stage performance prediction through a novel stationary no-load testing, the proposed approach significantly advances the AFIM design framework. A fully functional 2.2 kW prototype was successfully constructed and experimentally validated, demonstrating reliable performance under industrial supply conditions. This prototype not only proves the feasibility of the proposed design method but also serves as a reusable and adjustable experimental platform for future AFIM studies and doctoral research. The work bridges theoretical analysis and practical realisation, supporting the commercialisation of AFIMs in compact, high-torque industrial applications.
Max Cappuccio	Principal Supervisor: Dr Richard Leibbrandt Associate Supervisor: Paulo Santos	By thesis entitled: The Role of Embodiment in Human-Robot Interaction: Modelling Attentional Behaviours through Cognitive Neuro-Robotics	Talks about the “embodiment” of robots usually refer to the obvious fact that robots need actuators and sensors to physically operate in the environment. But robots are embodied also in the sense that their body scaffolds and shape their cognitive development. My dissertation motivates this claim from a human-robot interaction perspective, assessing its ramifications in the interconnected fields of cognitive-developmental neurorobotics, social robotics, and robot ethics. I focus on attention, one of cognitive functions that allow robots to operate intelligently in the world and interact meaningfully with the human users, to investigate how it is embodied by humans and robots. Defending an enactivist approach to robotics, I argue that the robot’s body is an essential constituent of its attentional functions and that the attentional behaviours of robots and humans are crucial for them to effectively establish reciprocal interactions in the domains of sensorimotor performance, social relations, and pedagogical activity.
Clarence Chuah	Principal Supervisor: Professor Youhong Tang Associate Supervisor: Colin Raston	By thesis entitled: Vortex-Induced Fluidics Mixing for Control of Multi-Solvent Systems	When solids or liquids are rotated, centrifugal and shear forces are generated, a principle crucial to the evolution of dynamic thin-film flow technology. This technology is instrumental in advancing nanoscale material science, especially in green chemistry. The vortex fluidic device (VFD) exemplifies this innovation, surpassing traditional methods by creating intense shear forces that enhance mass and heat transfer, allowing reactions to occur beyond diffusion limits. This approach optimises multi-solvent systems, as demonstrated in this thesis. Applications include efficient extraction of harmful substances like perfluorooctanoic acid (PFOA), enhanced fluorescent biosensing, and the potential formation of unconventional clathrates. The VFD's scalability and effectiveness make it a groundbreaking tool for environmental remediation, material processing, and advanced biosensing, offering sustainable solutions to complex industrial challenges. This technology represents a significant leap forward in scientific research and industrial applications.
Seamus Sidney Francis Doherty	Principal Supervisor: Professor Corey Bradshaw Associate Supervisor: Frederik Saltre Joint Associate Supervisor: John Llewelyn	By thesis entitled: Constructing network models to predict spatial and temporal shifts in the ecological community of the Australian Wet Tropics	We are witnessing a sixth mass extinction driven by anthropogenic changes to the biosphere. However, understanding of extinction risk has largely focused on direct drivers, with little attention to the indirect mechanisms leading to extinction — co-extinctions. This inattention to co-extinctions is acute in terrestrial ecosystems, especially at the fine spatial and temporal scales needed to manage ecological communities. This research examined how climate change could shape extinction risk within vertebrate communities in the Australian Wet Tropics by developing a novel modelling framework to represent food webs realistically, and to simulate trophic cascades influenced by future perturbations. The research revealed co-extinctions can amplify biodiversity loss in terrestrial ecosystems as the climate crisis worsens. These results highlight the need for conservation strategies that move beyond ad hoc responses and single-species management to account for broader ecological consequences of species loss, ensuring more effective biodiversity protection in an increasingly fragile biosphere.
Claire Hayward	Principal Supervisor: Professor Harriet Whiley Associate Supervisor: Kirstin Ross Joint Associate Supervisor: Sophie Leterme Joint Associate Supervisor: Melissa Brown Adjunct Supervisor: Richard Bentham	By thesis entitled: Controlling waterborne antimicrobial resistant healthcare associated infections	Opportunistic premise plumbing pathogens (OPPPs) are an emerging public health threat in healthcare and residential settings, contributing to the growing burden of healthcare-associated infections. This thesis, comprising seven papers, investigated the prevalence, antimicrobial resistance, and environmental factors influencing OPPPs in Australian plumbing systems. There was widespread detection of pathogens such as Pseudomonas aeruginosa, Legionella pneumophila, and Acinetobacter baumannii was observed, with residential properties showing higher colonisation. Drain biofilms were identified as key reservoirs for antimicrobial-resistant (AMR) pathogens, contributing to the global AMR crisis. Model systems demonstrated that water-saving measures, such as lower flow rates, increased aerosolization and microbial transmission from contaminated drains, posing an infection risk for healthcare settings. Research into "lead-free" plumbing materials highlighted the need to balance microbial and chemical risks. These findings advocate for evidence-based, multidisciplinary approaches to improve water safety, guide regulations, and better protect vulnerable populations in healthcare and residential environments.
Taylor Headland	Principal Supervisor: Associate Professor Diane Colombelli-Negrel Associate Supervisor: Sonia Kleindorfer Adjunct Supervisor: Petra Sumasgutner	By thesis entitled: Urban tolerance of raptors at the global, regional, and local level	Urbanisation is a key driver of biodiversity loss worldwide, causing irreversible ecosystem changes at scale. While the impacts of urbanisation on wildlife, particularly in an urban setting, have been studied extensively for some taxa, there is a lack of understanding of how raptor species may differ in their ecology from urban to rural landscapes. This research investigates the factors that influence urban tolerance of raptors at multiple scales. Using data sourced from community science projects in combination with observational raptor data collected in the field, this research explores how urban tolerance, habitat associations, and the use of urban green spaces vary amongst Kestrel species globally, which traits influence urban tolerance in Australian raptor species, and how the richness and diversity of Australian raptors vary along an urban gradient. The results of this research highlights the need to conserve suitable natural habitats that support raptor survival beyond urban areas.
Herath Mudiyanselage Salindi Pavithra Herath	Principal Supervisor: Mark Taylor Associate Supervisor: David Hobbs Adjunct Supervisor: Dominic Thewlis Joint Associate Supervisor: Chris Wilson	By thesis entitled: Influence of Mechanical Factors on Bone Remodelling in the Proximal Tibia Following a Primary Total Knee Arthroplasty	Total knee arthroplasty is a routine treatment for individuals who suffer from knee osteoarthritis that have exhausted all other conservative treatments. One of the most common reasons for failure of a primary total arthroplasty is due to aseptic loosening of the tibial component that can occur secondary to bone loss. The aim of this research was to investigate mechanical factors that affect bone loss in the proximal tibia to minimise failure due to component loosening. Findings indicate that bone remodelling occurs nearest to the implant and that individuals with high preoperative bone density, small component size, and large reductions in joint loading following surgery may be susceptible to component loosening in later years. This research offers potentially clinically valuable information to improve surgical outcome and provides a foundation for future studies investigating bone remodelling in the proximal tibia following total knee arthroplasty.
Riley John Hodgson	Principal Supervisor: Associate Professor Martin Breed Associate Supervisor: Robert Edwards Joint Associate Supervisor: Luciano Beheregaray Joint Associate Supervisor: Sunita Ramesh Adjunct Supervisor: Craig Liddicoat	By thesis entitled: Effects of aridity on the plant-soil interactions and microbial colonisation of the keystone grass, Themeda triandra	Plant-soil interactions underpin ecosystem functioning and community dynamics, yet our understanding of how plants in natural ecosystems are influenced by their microbiota, particularly under stress, remains limited. Microbial recruitment into the root systems of host plants has profound implications for plant functioning across natural and disturbed landscapes. Themeda triandra, a globally significant pan-palaeotropical keystone grass, is an important species across grasslands and is commonly used during restoration efforts. In this Thesis, I investigate microbial interactions in T. triandra across wild populations of varying aridity. Using DNA-based approaches across field and greenhouse experiments, I identify geographical patterns and recruitment dynamics that shape plant-microbial interactions of this important grass. These findings advance our understanding of how microbial communities impact T. triandra growth and fitness under different aridity conditions. This work has important implications for conservation, ecosystem restoration, and improving the resilience of C4 grasses under the stress-inducing effects of climate change.
Laura Inglis	Principal Supervisor: Robert Edwards Associate Supervisor: Jim Mitchell	By thesis entitled: Metagenomics and the role of prophages in the human microbiome	This thesis explores the role of lysogenic phages within the human virome by mining large genomic databases to analyze prophage content in bacterial genomes across global microbiome samples. Three core questions guided the research: (i) whether functional or taxonomic profiles can train machine learning models to infer sample environments and compensate for incomplete metadata, (ii) how lysogenic prophages vary across human body sites, and (iii) whether these prophages frequently carry antimicrobial resistance (AMR) genes. Tens of thousands of genomes were curated and analyzed using bioinformatics and machine learning tools. Functional profiles, especially phage-related genes, proved more informative than taxonomic data in classifying isolation environments. Prophage abundance and content varied significantly by body site, host health, and geography. Although AMR genes were relatively rare, their presence in diverse prophages implies ongoing horizontal gene transfer. These findings offer key insights into virome ecology and its implications for human health.
Ishaan Jagota	Principal Supervisor: Professor Mark Taylor Associate Supervisor: Rami Al-Dirini Adjunct Supervisor: Joshua Twiggs	By thesis entitled: Bone and Soft Tissue Informed Preoperative Planning in Total Knee Arthroplasty	Total knee replacement is a common and effective treatment for severe knee arthritis, yet up to 20% of patients remain dissatisfied with their results. A stable knee after surgery requires ligaments that are neither too tight nor too loose, yet current preoperative planning primarily focuses on bone alignment, neglecting soft tissue. This thesis explores methods to improve preoperative planning by incorporating both factors. It evaluates existing tools for preoperatively assessing knee alignment and finds that they poorly predict soft tissue characteristics. To address this, the research develops a planning tool that integrates computed tomography and X-ray data through image processing to assess both the bone and soft tissue of the knee in straight (extension) and bent (flexion) positions. The findings suggest that this approach produces an alignment similar to that of healthy knees, which may help surgeons restore more natural movement and improve patient satisfaction after knee replacement surgery.
Emma Kerr	Principal Supervisor: Elizabeth Dinsdale Associate Supervisor: Michael Doane	By thesis entitled: Impacts of host and environment on Elasmobranch microbial communities	Microbiomes are all the bacteria, archaea and viruses that live on a host organism. Shark, ray, and skate microbiomes are critical for host health and ecology, but little is known about how microbes interact with sharks and rays. My thesis expands what is known about sharks and rays by sampling and analyzing microbiomes from 14 host species in southern California and South Australia. I compare host and environmental influences on different host species across time and space. My research identifies host and environmental influences on microbiomes which will be important for predicting their response to climate change and anthropogenic stress.
Zoe Klochowicz	Principal Supervisor: Colin Raston Associate Supervisor: Mats Andersson	By thesis entitled: Vortex Fluidic Mediated Process Intensification for Green Chemistry Applications	The environmental costs of traditional chemical processes demand sustainable alternatives. My PhD research harnesses the Vortex Fluidic Device (VFD), a rapidly spinning test tube that applies mechanical energy to solutions through microfluidic flows that resemble small tornadoes sweeping across the surface. These fluid flows create intense localized zones of heat and pressure which can significantly enhance reaction efficiency and reduce chemical waste—key principles of Green Chemistry. In this thesis, I demonstrate its transformative potential through four discoveries: (1) Producing ultra-thin metal sheets (gallium/indium) tuning properties for electronics. (2) Directing nanomaterial twist (single-walled carbon nanotubes) using Earth's magnetic field directed fluid chirality. (3) Breaking down pollutants via a novel light-driven process that generates reactive compounds, with implications for cleaner water and air. (4) Accelerating enzyme bio-catalysts in tandem. This research positions the VFD as a versatile platform for Clean Technology development, offering scalable solutions for a sustainable future.
Gowri Krishnan	Principal Supervisor: Professor Gunther Andersson Associate Supervisor: David Lewis	By thesis entitled: Investigation of the electronic structure of the modified surface using photoelectron spectroscopy	In my thesis on the investigation of the photocatalytic materials, I focus on the characterization of the various materials which can be used as the photocatalyst and co-catalyst for promoting the light- driven chemical reactions. The research aims to explore the electronic properties of these materials to understand their photocatalytic performance and optimize their efficiency for practical applications. My research involves the characterization of photocatalytic materials including the metal oxide semiconductor like titania, perovskite like BSZT and metal nanocluster like Au clusters. I employ various techniques such as X-ray photoelectron spectroscopy (XPS), Ultraviolet photoelectron spectroscopy (UPS), Near Edge X-ray Absorption Fine Structure (NEXAFS), and 119Sn Mössbauer spectroscopy to study the chemical structure and the electronic properties of these materials.
Bradley Martin	Principal Supervisor: Dr Ryan Baring Associate Supervisor: Charlie Huveneers	By thesis entitled: Temperate Australian Shellfish Reefs: Forms, Functions, and Fishes	Shellfish reefs—formed by oysters and other bivalves—create unique habitats that support diverse marine life, including fishes and invertebrates. However, these ecosystems have declined dramatically worldwide, and their role as fish habitats remains poorly understood, especially in South Australia. This thesis explored how fish and other nekton use shellfish reef habitats by combining historical records, global literature reviews, field surveys, and restoration habitat monitoring in South Australian waters. It revealed extensive local shellfish reef declines and synthesised global research on shellfish reef fishes. It also found that shellfish reefs generally enhanced biodiversity and support fish habitats, but effects vary across species, reef types, and environmental context. This research provides the first detailed insight into South Australia’s shellfish reef ecosystems, and new knowledge to guide shellfish reef conservation and fisheries management across southern Australia and beyond.
Adele Katelyn Mastroyannis	Principal Supervisor: Colin Raston Associate Supervisor: Catherine Abbott Adjunct Supervisor: Kirsten Heimann Joint Associate Supervisor: Vincent Bulone	By thesis entitled: Seaweed to Skin: Green Chemistry Approaches to Phlorotannin Extraction, Applications in Skin Health, and Educational Engagement	South Australian brown macroalgae species have shown that they are a unique bioresource of skin health ingredients that are untapped, but underexplored. This PhD scoped the entire linear downstream process embedding green chemistry throughout the experimental design. The project began with successfully identifying new seaweed species and obtaining extracts for anti-aging product development. The use of the Vortex Fluidic Device facilitated the development of a novel dermal delivery system made of gold nanoparticles coated with macroalgae bioactives suitable for skin health products. The project also expanded into increasing consumer awareness of green chemistry, targeting a younger audience to explore macroalgae as a sustainable material, now an internationally recognised outreach program. This research provided insight into the potential of using South Australian marine biomass, navigating challenges and outcomes at a green chemistry and industry level, being the first of its kind to measure green chemistry across an entire body of research.
Shawn Douglas Peddle	Principal Supervisor: Associate Professor Martin Breed Associate Supervisor: Robert Edwards Adjunct Supervisor: Craig Liddicoat Adjunct Supervisor: Siegy Krauss	By thesis entitled: Harnessing the soil microbiome to improve ecosystem restoration in a global biodiversity hotspot	Ecosystem restoration is about more than just planting trees. It requires restoring whole ecosystems – including the soil microbiome which underpins key ecological processes. This research assesses how soil microbiomes respond to revegetation and how they can be harnessed to drive restoration success. The research shows that agricultural land-use can prevent natural recovery even when native vegetation is restored. These barriers are largely driven by altered soil properties, particularly nutrient profiles, which shape microbial communities and their functions. Crucially, this thesis provides experimental evidence that microbiome-targeted interventions, such as intact soil translocations, can help overcome these barriers by reintroducing key microbial communities to degraded landscapes. Scaling up such approaches remains a challenge, but the findings highlight the need for innovative strategies – such as soil inoculations – to support long-term ecosystem recovery. By improving the integration of soil microbiomes into restoration projects, we can improve the resilience of restored landscapes.
Isabella Monique Reeves	Principal Supervisor: Dr Lauren Meyer Adjunct Supervisor: John Totterdell Adjunct Supervisor: Andrew Foote Associate Supervisor: Luciano Beheregaray	By thesis entitled: Evolutionary Ecology of Australasian Killer Whales (Orcinus orca)	Killer whales are top predators found worldwide, from polar waters to tropical seas. This thesis explores how genetics and diet mechanisms have evolved to enhance the health and survival of killer whales with an emphasis on killer whales in Australasia. Key findings include evidence of historic human-wildlife cooperation, where the Eden killer whale group, now extinct, gained access to whale tongues, a highly sought-after tissue. This tissue selection behaviour is seen in modern killer whales, which preferentially target high-fat tissues like blubber and liver to optimise nutrient intake. Additionally, modern Australasian killer whale populations mix with other populations with different genetic backgrounds, which increases genetic diversity and overall population health. These findings highlight that population mixing, adaptive hunting strategies with humans, and tissue selection of nutrient-rich prey have been, and continue to be, essential for enhancing the resilience and long-term survival of killer whale populations.
Laura Schroder	Principal Supervisor: Professor Sabine Dittmann Associate Supervisor: Qifeng Ye	By thesis entitled: Ecosystem functioning of polychaete reefs (Ficopomatus enigmaticus) in the Coorong, South Australia.	This thesis advanced the knowledge of biogenic reefs as ecosystem engineers in shallow water habitats. A classification for the structure of reefs build by the cosmopolitan tubeworm Ficopomatus enigmaticus was developed which can be applied globally. Tubeworm reefs in the Coorong were some of the largest known reefs. Radiocarbon dating detected that the reefs in the Coorong were of relatively young age and had expanded in recent decades when the Coorong became eutrophic, thus reflecting environmental changes. The reefs were found to be associated with unique communities of fish and macroinvertebrates. Juveniles of several species of fish and crabs were more abundant at the reefs. The tubeworm reefs function as shelter and also provide foraging opportunities. The studies provided novel insight into the ecosystem functions of tubeworm reefs. In estuaries and lagoons which lack other physical structures, tubeworm reefs are ecologically relevant structures.
Alfrets Daniel Tikoalu	Principal Supervisor: Professor Justin Chalker Associate Supervisor: Mike Perkins	By thesis entitled: Solvent Induced S-S Metathesis of Trisulfides	Polysulfides, composed of sulfur chains, are often difficult to process in common solvents. Previous work showed polysulfides with sulfur chains longer than three dissolve in dimethylformamide (DMF), likely due to sulfur-sulfur bond breaking and reforming. While this behaviour was observed in small trisulfide molecules, the exact mechanism remained unclear. This research investigated the scope and mechanisms of trisulfide S-S metathesis in solvents like DMF. It addresses a critical gap in understanding how specific solvents and trisulfide substrates can influence the metathesis reaction. The research also examines the factors governing the reaction, providing crucial insights for designing recyclable or processable materials with S-S linkages, as it allows processing via simple, energy-efficient solvent methods. By uncovering the mechanisms behind these S-S metathesis reactions, this work not only deepens our understanding of sulfur chemistry but also opens the door to creating new, sustainable materials that are efficient to produce and use.
Samuel James Tonkin	Principal Supervisor: Professor Justin Chalker Associate Supervisor: Christopher Gibson	By thesis entitled: Sulfur-based polymers with long-wave infrared transparency for thermal imaging optics	Thermal imaging has been used in high-end medical, military, and construction industries for decades but requires expensive and specialised materials for lenses and other optics. This has prevented the widespread adoption of thermal imaging in low-cost applications such as household appliances, mobile phones or fire detection. In this thesis, novel sulfur-based optical polymers were developed and optimised for long-wave infrared imaging. These polymers outperformed any reported in literature and used raw materials that were orders of magnitude cheaper than those commonly used for thermal imaging optics. A range of lenses were fabricated, and a prototype thermal imaging system was developed. This research has attracted significant industry engagement, leading to ongoing collaborations aimed at integrating these advancements into a commercial product.
Yunzhong Wang	Principal Supervisor: Professor Youhong Tang Associate Supervisor: Paulo Santos Adjunct Supervisor: Xiangxi Han	By thesis entitled: Exploration of novel triboelectric nanogenerator systems for coastal region applications	The increasing demand for clean energy has increased interest in ocean wave energy harvesting, particularly in coastal regions where waves could provide 2–3 TWh. Traditional harvesters struggle with low-frequency and amplitude waves, but the triboelectric nanogenerator (TENG), introduced in 2012, offers strong potential due to its unique energy conversion mechanism. Despite progress made, challenges still remain, including limited output current, sensitivity to wave conditions, and lack of realistic testing platforms. Hybrid mode TENG involves electromagnetic harvesters (EMH) show promise in addressing low current output. TENGs also offer potential as self-powered sensors for wave monitoring and offshore wind turbine health detection. This study developed multiple TENG-based systems: a contact–separation mode TENG to study wave parameters effects, a low-cost wave generator for performance evaluation, a hybrid TENG for coastal wave parameters monitoring, and an impact detection system for turbines. These innovations demonstrate the potential of employing TENG in coastal region in the Future.
Po-Wei Yu	Principal Supervisor: Professor Mats Andersson Associate Supervisor: Gunther Andersson	By thesis entitled: Platinum Single Atom Catalyst on Solid Support for Electrocatalytic Hydrogen Evolution Reaction	To accelerate the transition to net-zero emissions, hydrogen energy has emerged as a promising green energy carrier to integrate with the fast-growing sustainable energy sources. Platinum, the most efficient metal for electrocatalytic hydrogen evolution reaction, faces limitations in large-scale applications due to its high cost. To fabricate platinum single atom catalysts with lower cost and energy consumption, the synthetic strategy based on diazonium grafting was developed. Modifying carbon cloth with pyridine-type ligands creates chelating surface that immobilizes platinum atoms enabling their use as electrocatalysts. With ultra-low platinum loading, high catalytic performance is achieved, highlighting the excellent platinum utilization efficiency. The strong coordination environment enhances stability, enabling long-term operation without activity loss. This synthetic method offers a cost-effective approach to producing high-performance platinum single atom catalysts for hydrogen evolution.
Jinjian Qiao	Principal Supervisor: Professor Catherine Abbott Associate Supervisor: Ian Menz	By thesis entitled: Discovering a complete substrate repertoire for dipeptidyl peptidase 4	This thesis largely expanded our current knowledge of the substrate repertoire and regulatory networks for a multifaceted protease - DPP4, a popular therapeutic target best known for its utility in the context of type-2 diabetes treatment and its profound involvement in coordinating human immune responses. This thesis also highlighted the versatility of the regulatory potentials of DPP4 in human physiology going beyond those well-established realms, especially in depression development and pathological pain modulations. The suite of analytical tools and data processing models developed in this study not only demonstrated the application of modern artificial intelligence in molecular investigations but also provided us with potential pathways for a more cost-effective and lower-risk inhibitory target screening, one step towards the goal of cheaper and more treatment options for patients.

Graduates (in order of appearance) - published as of 8th Dec 2025

College of Science & Engineering

Name	Award
Sheelah Millan Hensler	UNDERGRADUATE CERTIFICATE IN MATHEMATICS
Karen Anne Riddle	DIPLOMA OF DIGITAL TECHNOLOGIES
Emily-Rose Turci	DIPLOMA OF DIGITAL TECHNOLOGIES
Angsophea Eng	BACHELOR OF COMPUTER SCIENCE
Darcy Jack Foster	BACHELOR OF COMPUTER SCIENCE
Daniel George Hawkins	BACHELOR OF COMPUTER SCIENCE
James Scott Lyon-Green-Rudland	BACHELOR OF COMPUTER SCIENCE
Alistair Cowan Macvicar	BACHELOR OF COMPUTER SCIENCE
Thomas Temby	BACHELOR OF COMPUTER SCIENCE
Ben Hartley Willis	BACHELOR OF COMPUTER SCIENCE
Amber Marie Harrowell	BACHELOR OF COMPUTER SCIENCE (ARTIFICIAL INTELLIGENCE)
Rory George Hillock	BACHELOR OF DESIGN AND TECHNOLOGY INNOVATION
Malkaruge Ekangi Rochana Costa	BACHELOR OF INFORMATION TECHNOLOGY
Yuwei Hu	BACHELOR OF INFORMATION TECHNOLOGY
Ajay Kishan	BACHELOR OF INFORMATION TECHNOLOGY
Inupa Uthsara Gamameda Liyanage Mendis	BACHELOR OF INFORMATION TECHNOLOGY
Het Patel	BACHELOR OF INFORMATION TECHNOLOGY
Hai Phong Pham	BACHELOR OF INFORMATION TECHNOLOGY
Jiya Rankesh	BACHELOR OF INFORMATION TECHNOLOGY
Isaac Jordan Sherry	BACHELOR OF INFORMATION TECHNOLOGY
Chee Heng Ting	BACHELOR OF INFORMATION TECHNOLOGY
Yi Wang	BACHELOR OF INFORMATION TECHNOLOGY
Dung Thanh Cao	BACHELOR OF INFORMATION TECHNOLOGY (GAME DEVELOPMENT)
Cody Rose Jackson	BACHELOR OF INFORMATION TECHNOLOGY (GAME DEVELOPMENT)
Tony Le	BACHELOR OF INFORMATION TECHNOLOGY (GAME DEVELOPMENT)
Alex Deane Morgan	BACHELOR OF INFORMATION TECHNOLOGY (GAME DEVELOPMENT)
Nicholas Mark Bogumil	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Michael Joseph Kayal	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Kunal Kumar	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Chris Liaptsis	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Dilshan Avishka Nadun Jayarathna Salpadoru Tholka Mudalige	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Joshua Blake Myers	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Tainara Perottoni	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Joshua Rudiger	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Noah Andrew Schilling	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Lachlan Charles Smulders	BACHELOR OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Jake Connolly	BACHELOR OF SCIENCE
Divyanshu Gogna	BACHELOR OF SCIENCE
Kaitland Jane Lee	BACHELOR OF SCIENCE
Soriya Sharma	BACHELOR OF SCIENCE
Elisabeth Boyle	BACHELOR OF SCIENCE (ANIMAL BEHAVIOUR)
Axel Blaze Kingston	BACHELOR OF SCIENCE (ANIMAL BEHAVIOUR)
Kurt McShane	BACHELOR OF SCIENCE (ANIMAL BEHAVIOUR)
Nathan Trotter	BACHELOR OF SCIENCE (ANIMAL BEHAVIOUR)
Ailish Rianna Quinn	BACHELOR OF SCIENCE (BIODIVERSITY AND CONSERVATION)
Holly Lee Burg	BACHELOR OF SCIENCE (BIOTECHNOLOGY)
Jashkumar Jaysukhbhai Davra	BACHELOR OF SCIENCE (BIOTECHNOLOGY)
Dhruv Kanojia	BACHELOR OF SCIENCE (BIOTECHNOLOGY)
Nikita Diane Lawrie	BACHELOR OF SCIENCE (BIOTECHNOLOGY)
Lane Hudson	BACHELOR OF SCIENCE (CHEMICAL SCIENCES)
Ratu Seiam Tavadroka	BACHELOR OF SCIENCE (CHEMICAL SCIENCES)
Robert Dinnen	BACHELOR OF SCIENCE (ENVIRONMENTAL SCIENCE)
Trinity Ann Pinkerton	BACHELOR OF SCIENCE (ENVIRONMENTAL SCIENCE)
Edison Joesph Bastian West	BACHELOR OF SCIENCE (ENVIRONMENTAL SCIENCE)
Louis Didier Baptiste Albertini	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Josephine Grace Carey	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Connor Stewart Fear	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Tiana Ljujic	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Jacinda Leilani Nicole McCawley	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Shannyn Amanda Mckay-Lee	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Cheyenne Hamilton Mills	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Brianna Megan Waclawik	BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Briana Mary Degnan	BACHELOR OF SCIENCE (MARINE BIOLOGY)
Ben Alexander Craven	BACHELOR OF SCIENCE (PALAEONTOLOGY)
Jacinta Margaret Mountford	BACHELOR OF SCIENCE (PALAEONTOLOGY)
Hannah Teunissen	BACHELOR OF SCIENCE (PALAEONTOLOGY)
Tegan Ann Shaw	BACHELOR OF COMPUTER SCIENCE (HONOURS)
Keeghan Davis	HONOURS DEGREE OF BACHELOR OF ENGINEERING (BIOMEDICAL)
Darsh Tiwari	HONOURS DEGREE OF BACHELOR OF ENGINEERING (BIOMEDICAL)
Anthony James St Clair	HONOURS DEGREE OF BACHELOR OF ENGINEERING (CIVIL)
Daniel Thomas Crowe	HONOURS DEGREE OF BACHELOR OF ENGINEERING (CIVIL)
Ben Gilmore	HONOURS DEGREE OF BACHELOR OF ENGINEERING (CIVIL)
Daniel Jordan Grosser	HONOURS DEGREE OF BACHELOR OF ENGINEERING (CIVIL)
Rhianna Denise McGough	HONOURS DEGREE OF BACHELOR OF ENGINEERING (CIVIL)
Praanesh Mahadevan	HONOURS DEGREE OF BACHELOR OF ENGINEERING (MECHANICAL)
Matthew O'Loughlin	HONOURS DEGREE OF BACHELOR OF ENGINEERING (MECHANICAL)
Ryan McNabb	HONOURS DEGREE OF BACHELOR OF ENGINEERING (SOFTWARE)
Ella Mary Anderson	HONOURS DEGREE OF BACHELOR OF SCIENCE
Fiona Kate McQueen	HONOURS DEGREE OF BACHELOR OF SCIENCE
Noah Morris	HONOURS DEGREE OF BACHELOR OF SCIENCE
Sophia Kateryna Olijnyk	HONOURS DEGREE OF BACHELOR OF SCIENCE
Monique Pietsch	HONOURS DEGREE OF BACHELOR OF SCIENCE
Imogen Cate Owen	HONOURS DEGREE OF BACHELOR OF SCIENCE (BIODIVERSITY AND CONSERVATION)
Chloe Florence Stevens	HONOURS DEGREE OF BACHELOR OF SCIENCE (BIODIVERSITY AND CONSERVATION)
Caelan Frazer McNish	HONOURS DEGREE OF BACHELOR OF SCIENCE (BIOTECHNOLOGY)
Peiyin Li	HONOURS DEGREE OF BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Annalise Nicole Timms	HONOURS DEGREE OF BACHELOR OF SCIENCE (FORENSIC AND ANALYTICAL SCIENCE)
Hayley Rhodes	HONOURS DEGREE OF BACHELOR OF SCIENCE (MARINE BIOLOGY AND AQUACULTURE)
Michael James Newman	GRADUATE CERTIFICATE IN ENGINEERING MANAGEMENT
Maxime Gouet	GRADUATE CERTIFICATE IN SCIENCE (GROUNDWATER HYDROLOGY)
Harbir Singh Brar	GRADUATE DIPLOMA IN ENVIRONMENTAL HEALTH PRACTICE
Natsuho Williams	GRADUATE DIPLOMA IN ENVIRONMENTAL HEALTH PRACTICE
Tony Babu	MASTER OF COMPUTER SCIENCE
Do Minh Quan Bui	MASTER OF COMPUTER SCIENCE
Hon Zent Lim	MASTER OF COMPUTER SCIENCE
Kimchheng Lim	MASTER OF COMPUTER SCIENCE
Chingsien Ly	MASTER OF COMPUTER SCIENCE
Jannet Manoj Mathew	MASTER OF COMPUTER SCIENCE
Mei Takagi	MASTER OF COMPUTER SCIENCE
Somya Yadav	MASTER OF COMPUTER SCIENCE
Don Denny	MASTER OF COMPUTER SCIENCE (ARTIFICIAL INTELLIGENCE)
Aiko Iwamoto	MASTER OF DATA SCIENCE
Britto Vadakkekunnel Jaison	MASTER OF DATA SCIENCE
Kado	MASTER OF DATA SCIENCE
Parth Pravinkumar Patel	MASTER OF DATA SCIENCE
Georgia Marro	BACHELOR OF ENGINEERING (BIOMEDICAL) (HONOURS) AND MASTER OF ENGINEERING (BIOMEDICAL)
Giorgia Topalli	BACHELOR OF ENGINEERING (BIOMEDICAL) (HONOURS) AND MASTER OF ENGINEERING (BIOMEDICAL)
Delmol Denny	MASTER OF ENGINEERING (BIOMEDICAL)
Hinna Jilson	MASTER OF ENGINEERING (BIOMEDICAL)
Sanuka Layan Dharmasena Anthony	MASTER OF ENGINEERING (CIVIL)
Muhammad Umair Aslam Butt	MASTER OF ENGINEERING (CIVIL)
Joseph Emeshie	MASTER OF ENGINEERING (CIVIL)
Sagar Ghising	MASTER OF ENGINEERING (CIVIL)
Chanaka Jayamal Kalpage	MASTER OF ENGINEERING (CIVIL)
Niroop Kumar Komuravelli	MASTER OF ENGINEERING (CIVIL)
David Githiomi Mugo	MASTER OF ENGINEERING (CIVIL)
Doan Duc Huan Ngo	MASTER OF ENGINEERING (CIVIL)
Tonny Otieno Ooko	MASTER OF ENGINEERING (CIVIL)
Pratiksha Pokhrel	MASTER OF ENGINEERING (CIVIL)
Sairam Yaragalla	MASTER OF ENGINEERING (CIVIL)
Siyuan Zhao	MASTER OF ENGINEERING (CIVIL)
Christian Ceravolo	BACHELOR OF ENGINEERING (ROBOTICS) (HONOURS) AND MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
Amrit Adhikari	MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
Quoc Hung Bui	MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
Chinonso Stephen Obidinma	MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
William Seme Ouma	MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
Jigarkumar Rameshbhai Patel	MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
Rutvij Harshadbhai Trikmani	MASTER OF ENGINEERING (ELECTRICAL AND ELECTRONIC)
Christelle Louise Richardson	BACHELOR OF ENGINEERING (ELECTRICAL AND ELECTRONIC) (HONOURS), MASTER OF ENGINEERING (MECHANICAL)
Kush Nileshbhai Patel	MASTER OF ENGINEERING (MECHANICAL)
Rushi Mukeshkumar Patel	MASTER OF ENGINEERING (MECHANICAL)
Waduarachchige Chamara Thishan Perera	MASTER OF ENGINEERING (MECHANICAL)
Ashwin Jacob Shaji	MASTER OF ENGINEERING (MECHANICAL)
Mohit Kumar	MASTER OF ENGINEERING MANAGEMENT
Dilasha Shashini Bandaranayake Bandaranayake Mudiyanselage	MASTER OF ENGINEERING MANAGEMENT
Keyurkumar Patel	MASTER OF ENGINEERING MANAGEMENT
Muhammad Atif Saleem	MASTER OF ENGINEERING MANAGEMENT
Bilal Shabbir	MASTER OF ENGINEERING MANAGEMENT
Soumya Stephen Ponnamma	MASTER OF ENGINEERING MANAGEMENT
Nhan Nghia Hoang	MASTER OF ENGINEERING SCIENCE (ELECTRICAL AND ELECTRONIC)
Pei Tak Pun	MASTER OF ENGINEERING SCIENCE (ELECTRICAL AND ELECTRONIC)
Aman Bharatbhai Bhavsar	MASTER OF ENGINEERING SCIENCE (MECHANICAL)
Vaibhavi Hirenkumar Bhatt	MASTER OF ENVIRONMENTAL HEALTH
Lavanya Lankapalli	MASTER OF ENVIRONMENTAL HEALTH
Yi-Jung Lo	MASTER OF ENVIRONMENTAL HEALTH
Wen Yi Chan	MASTER OF FORENSIC SCIENCE
Keyurkumar Patel	MASTER OF FORENSIC SCIENCE
Yogesh Dahal	MASTER OF GEOSPATIAL INFORMATION SYSTEMS
Aiden Brian Schulz	MASTER OF GEOSPATIAL INFORMATION SYSTEMS
Jai Prakash Reddy Bollu	MASTER OF INFORMATION TECHNOLOGY
Utsav Budathoki	MASTER OF INFORMATION TECHNOLOGY
Jung-Yu Chang	MASTER OF INFORMATION TECHNOLOGY
Chinie Dimacquiat	MASTER OF INFORMATION TECHNOLOGY
Dinh Tuan Doan	MASTER OF INFORMATION TECHNOLOGY
Sithum Thenuka Pathirage Don	MASTER OF INFORMATION TECHNOLOGY
Evelyn Eldo	MASTER OF INFORMATION TECHNOLOGY
Sherin George	MASTER OF INFORMATION TECHNOLOGY
Nilson David Bello Gonzalez	MASTER OF INFORMATION TECHNOLOGY
Yudou Han	MASTER OF INFORMATION TECHNOLOGY
Eri Higuchi	MASTER OF INFORMATION TECHNOLOGY
Minh Nguyen Ho	MASTER OF INFORMATION TECHNOLOGY
Hui Chuan Huang	MASTER OF INFORMATION TECHNOLOGY
Manzarul Islam	MASTER OF INFORMATION TECHNOLOGY
Masanori Isono	MASTER OF INFORMATION TECHNOLOGY
Bharadvaj Girishkumar Jani	MASTER OF INFORMATION TECHNOLOGY
Swathi Jatavath	MASTER OF INFORMATION TECHNOLOGY
Yongheng Jia	MASTER OF INFORMATION TECHNOLOGY
Esra Karakecili	MASTER OF INFORMATION TECHNOLOGY
Mounika Bose Kasetty	MASTER OF INFORMATION TECHNOLOGY
Vivek Chowdary Katragadda	MASTER OF INFORMATION TECHNOLOGY
Thi Ngoc Oanh Le	MASTER OF INFORMATION TECHNOLOGY
Aiqi Li	MASTER OF INFORMATION TECHNOLOGY
Qiutong Li	MASTER OF INFORMATION TECHNOLOGY
Deokhyeon Lim	MASTER OF INFORMATION TECHNOLOGY
Xinran Liu	MASTER OF INFORMATION TECHNOLOGY
Jiacheng Lu	MASTER OF INFORMATION TECHNOLOGY
Thang Mai	MASTER OF INFORMATION TECHNOLOGY
Mallika Arachchillage Kasun Nimantha Mallikarachchi	MASTER OF INFORMATION TECHNOLOGY
Anil Kumar Reddy Manuka	MASTER OF INFORMATION TECHNOLOGY
Shashank Reddy Mekala	MASTER OF INFORMATION TECHNOLOGY
Ayano Morohoshi	MASTER OF INFORMATION TECHNOLOGY
Shravan Kumar Nallavolu	MASTER OF INFORMATION TECHNOLOGY
Pham Thu Thao Ngo	MASTER OF INFORMATION TECHNOLOGY
Le Thanh Nguyen	MASTER OF INFORMATION TECHNOLOGY
Trinh Khanh Linh Nguyen	MASTER OF INFORMATION TECHNOLOGY
Somto Obinwa	MASTER OF INFORMATION TECHNOLOGY
Diya Rakeshbhai Panchal	MASTER OF INFORMATION TECHNOLOGY
Rajvirsinh Rajeshkumar Parmar	MASTER OF INFORMATION TECHNOLOGY
Jugal Vishnubhai Patel	MASTER OF INFORMATION TECHNOLOGY
Ketu Dineshkumar Patel	MASTER OF INFORMATION TECHNOLOGY
Xuan Phan Phan	MASTER OF INFORMATION TECHNOLOGY
Eldho Reji	MASTER OF INFORMATION TECHNOLOGY
Madusha Piumee Senevirathne	MASTER OF INFORMATION TECHNOLOGY
Suharsh Harshadbhai Sharma	MASTER OF INFORMATION TECHNOLOGY
Aswin Kumar Sudhir	MASTER OF INFORMATION TECHNOLOGY
Abhishek Tadvi	MASTER OF INFORMATION TECHNOLOGY
Adharsh Tammala	MASTER OF INFORMATION TECHNOLOGY
Diptha Sarkar Tanmay	MASTER OF INFORMATION TECHNOLOGY
Dev Chandreshbhai Thaker	MASTER OF INFORMATION TECHNOLOGY
Piyathi Thanura Thumbowilage	MASTER OF INFORMATION TECHNOLOGY
Thi Thanh Truc Ton	MASTER OF INFORMATION TECHNOLOGY
Minh Tan Tran	MASTER OF INFORMATION TECHNOLOGY
Thi Nhu Quynh Tran	MASTER OF INFORMATION TECHNOLOGY
Truc Anh Tran	MASTER OF INFORMATION TECHNOLOGY
Elimileonome Uduoise	MASTER OF INFORMATION TECHNOLOGY
Hima Jaya Keerthana Vemulakonda	MASTER OF INFORMATION TECHNOLOGY
Huong Giang Vu	MASTER OF INFORMATION TECHNOLOGY
Mani Kumar Vuyyala	MASTER OF INFORMATION TECHNOLOGY
Hui Lin Wang	MASTER OF INFORMATION TECHNOLOGY
Zichun Zhang	MASTER OF INFORMATION TECHNOLOGY
Aachal Rasikbhai Bhalodia	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Harini Cheeti	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Freeson George	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Luxman Gnanakurubaran	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Lakma Devini Guruge Aluthgama Guruge	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Noor Hossain	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Ammara Humayun	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Vraj Dhirendrabhai Kansagra	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Ramanpreet Kaur	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Harish Kumar	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Latish Kunder	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Dineth Geethanjana Henagama Liyanage	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Avani Nileshkumar Patel	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Dhwanil Kamalbhai Patel	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Nabin Rai	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Urvisha Raiyani	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Sourav Sarkar	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Ros Martina Shaju	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Ewalayi Shakr Issahaque Siddique	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Abhishek Ashokbhai Sindhav	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Anju Tharamal Thilakan	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Dev Shankar Thokar	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Faith Thuku	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Ngoc Long Vu	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Mohan Krishna Yanamadala	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Ocean Shenal Kevin Yapa	MASTER OF INFORMATION TECHNOLOGY (NETWORK AND CYBERSECURITY SYSTEMS)
Abeysinghe Mudalige Thidas Nimnaka Abeysinghe	MASTER OF NANOTECHNOLOGY
Xukun Huang	MASTER OF SCIENCE (AQUACULTURE)
Amanda Mayoshi Makavita Palliyaguruge	MASTER OF SCIENCE (AQUACULTURE)
Vishwas Regmi	MASTER OF SCIENCE (AQUACULTURE)
Christian Tripoli	MASTER OF SCIENCE (AQUACULTURE)
Nirodhi Upeksha De Mel Jayaweera Wickramasooriya Vidanalage	MASTER OF SCIENCE (AQUACULTURE)
Urvil Amin	MASTER OF SCIENCE (CHEMISTRY)
Sriyani Menike Korale Gedara	MASTER OF SCIENCE (CHEMISTRY)
Aman Anandpuri Goswami	MASTER OF SCIENCE (CHEMISTRY)
Parbati Khatri	MASTER OF SCIENCE (CHEMISTRY)
Kusalani Vimanshika Chandresekara Chandresekara Mudiyanselage	MASTER OF SCIENCE (CHEMISTRY)
Sumali Gunarathna Thennakoon Mudiyanselage	MASTER OF SCIENCE (CHEMISTRY)
Vedant Chandresh Usadadiya	MASTER OF SCIENCE (CHEMISTRY)
Noulongxiong Yongye	MASTER OF SCIENCE (CHEMISTRY)
Laura Maria Vasquez Echeverri	MASTER OF SCIENCE (ENVIRONMENTAL SCIENCE)
Tristan Dela Cruz	MASTER OF SCIENCE (GROUNDWATER HYDROLOGY)
Abdulhadi Alanazi	MASTER OF SCIENCE (MATHEMATICS)
Madison Rose Harvey	MASTER OF SCIENCE (PHYSICS)
Sebin Eldhose	MASTER OF SCIENCE (WATER RESOURCES MANAGEMENT)