Faculty of Engineering 2

Siganto Foundation Medal

TULY, Sumaiya Sadika

Thesis Title

A Physics-Based Mathematical Model for Predicting Quality Changes During Drying of Plant-Based Food Materials

Supervisors

• Professor Azharul Karim (Principal Supervisor)
• Dr Zachary Welsh (Associate Supervisor)

Citation

This thesis proposes a novel theoretical quality model for predicting physical changes during drying of plant-based food materials utilizing the outcomes of comprehensive drying model and mechanistic deformation model. The shrinkage model developed in this study confers new insight into the approach of correlating shrinkage kinetics with solid structure mobility considering physicochemical state variation during drying. Key physical quality attributes such as fracture, case hardening, and physicochemical changes have been predicted using temperature-moisture from multiphase drying model and viscoelastic stress-strain distributions from shrinkage model. The developed framework will provide new insights for evaluating dried product quality and optimizing drying processes.

Doctor of Philosophy

AMARASINGHE, Amarasinghe Arachchilage Samitha Rangana

Thesis Title

Performance Optimising for Precast Concrete Construction

Supervisors

• Dr Leslie Dawes (Principal Supervisor)
• Dr David Warne (Associate Supervisor)
• Adjunct Professor Duzgun Agdas (External Supervisor)

Citation

This study explored how to improve the productivity and cost-effectiveness of the precast manufacturing process (PMP), a key phase in precast concrete construction (PCC). Simulation models were developed and tested using real-world data from Australian factories to identify major bottlenecks such as reinforcement and formwork tasks and evaluate practical strategies to enhance efficiency, reduce delays, and increase profitability of the process. The findings provide valuable insights and tools for the construction industry, particularly in Australia, to adopt precast methods more effectively, improve resource utilization, and meet growing housing demands through better planning, workforce management, and lower overall costs.

ANBANANTHAN, Haveena Nandhini

Thesis Title

Understanding the Haemodynamics of Intracranial Aneurysm Progression

Supervisors

• Professor Zhiyong Li (Principal Supervisor)
• Professor Emilie Sauret (Associate Supervisor)
• Professor Yi-Chin Toh (Associate Supervisor)
• Dr Phani Kumari Paritala (External Supervisor)
• Adjunct Associate Professor Craig Winter (External Supervisor)

Citation

This thesis examined the role of blood flow in the growth and weakening of brain aneurysms. It shows that specific flow patterns, particularly wall shear stress divergence, can pinpoint areas of the aneurysm wall most at risk of instability. Developed in close collaboration with clinicians at the Royal Brisbane and Women's Hospital, this work combines patient-specific modelling with bench-top experiments to ensure clinical relevance. These findings advance understanding of aneurysm progression and may support more precise assessment of rupture risk in the future.

CHANG, Chun-Wei

Thesis Title

Water and Biomolecule Dynamics in Extracellular Matrix-Based Hydrogels

Supervisors

• Distinguished Professor Dietmar Hutmacher (Principal Supervisor)
• Dr Bronwin Dargaville (Associate Supervisor)
• Dr Konstantin Momot (External Supervisor)

Citation

This study uses non-destructive Time-Domain Nuclear Magnetic Resonance (TD-NMR) and Differential Scanning Calorimetry (DSC) to analyse water and drug dynamics within GelMA and decellularised extracellular matrix (dECM) hydrogels for tissue engineering. By measuring relaxation constants (T1, T2, and T1rho), diffusion coefficients, microviscosity, and polymer-water chemical exchange rate can be estimated. Distinct dECM sources (bone, cartilage, lung) exhibited unique water profiles. Furthermore, water relaxometry successfully monitored hydrogel degradation and new ECM formation. Finally, 19F NMR relaxometry effectively tracked the dynamics of fluorinated payloads, proving to be a viable, fluorophore-free method for evaluating drug delivery systems.

DING, Zizhen

Thesis Title

Three- and Four-dimensional Printing of Ceramics to Combine Strength and Toughness in Complex Shapes

Supervisors

• Dr Seyed Mohammad Mirkhalaf Valashani (Principal Supervisor)
• Associate Professor Saulo Martelli (Associate Supervisor)
• Professor Travis Klein (Mentoring Supervisor)

Citation

Ceramics are lightweight and strong, but their uses are limited by brittleness and the difficulty in shaping complex shapes without compromising mechanical properties. This thesis develops light-based printing techniques that emulate nacre’s interlocking ‘brick-wall’ architecture, creating ceramic composites with improved toughness. It also introduces a self-shaping strategy based on sequential printing of ceramic resins with heterogeneous particle concentrations. This induces well-defined deformations such as bending, folding, and twisting during sintering without weakening ceramic materials. A material-and scale-independent mechanical model that predicts shape changes was also developed. Overall, this thesis addresses key challenges in improving toughness and shaping complex ceramic structures.

EAMES, Matthias Luke

Thesis Title

Development of a Tensile Strain Bioreactor for Dynamic Stimulation of Melt-Electrowritten Molybdenum-Bioglass/Polycaprolactone Scaffolds in vitro

Supervisors

• Professor Travis Klein (Principal Supervisor)
• Dr Edmund Pickering (Associate Supervisor)
• Professor Maria Woodruff (Associate Supervisor)

Citation

This thesis furthers research towards producing tissue-engineered bone grafts with strong bioactive effects, arising from their chemical properties and mechanical stimulation. It presents a new method for producing intricate scaffolds of bioceramic/polymer composites using 3D printing, combining the flexibility of polymers with the regenerative effects of bioceramics. It also presents the development of an open-source bioreactor suitable for stimulating cell constructs made of the composites with cyclic tensile strain. The bioreactor enables tissue-engineering research towards determining the optimal loading regimes to encourage bone regeneration.

GHOSH, Tamojit

Thesis Title

An Ensemble of Pressure Adaptive Signal Control Algorithms for Urban Traffic Networks

Supervisors

• Professor Ashish Bhaskar (Principal Supervisor)
• Professor Md Mazharul Haque (Associate Supervisor)
• Dr Lelitha Devi Vanajakshi (External Supervisor)

Citation

This thesis revamps how traffic signals respond to real-time congestion on busy urban roads. It develops Pressure Adaptive Signal Control ALgorithm (PASCAL), a novel max-pressure control method that can flexibly serve the most urgent traffic movements by calculating pressures exerted while still giving fair service to all directions. Two extensions are then introduced: Coord-PASCAL, which creates smoother green waves along corridors, and Transit-PASCAL, which gives smarter priority to buses at the intersections using factors like delay, headway, and passenger occupancy. Simulation on a real Brisbane corridor shows these methods reduce congestion, queues, and delays, especially under heavy traffic.

GURUNG, Roshan

Thesis Title

Investigating the Biomechanics of the Biphasic Plating Concept

Supervisors

• Associate Professor Devakara Epari (Principal Supervisor)
• Associate Professor Judith Little (Associate Supervisor)

Citation

Current fracture fixation implants are associated with delayed healing and implant failure, resulting in delayed return to activities of daily living. This thesis investigates the mechanics of the Biphasic Plate, designed to provide a favourable mechanical environment for fracture healing while supporting earlier functional loading. Computer-based simulations were used to quantify the influence of key design features on mechanical performance and across different stages of healing. The Biphasic Plate exhibited a distinctive biphasic stiffness response, leading to increased fracture motion and reduced implant stress. These findings inform design guidelines for translating the Biphasic Plate concept to different fracture types.

HOSSEINI, Motaharesadat

Thesis Title

Characterisation of Antibacterial Tannic Acid-Based Coatings on 3D-Printed Scaffolds for Tissue Engineering Applications

Supervisors

• Dr Flavia Medeiros Savi (Principal Supervisor)
• Professor Yvonne Barner (Associate Supervisor)
• Dr Lalehvash Moghaddam (Mentoring Supervisor)

Citation

Implant infections caused by bacteria and biofilms remain a major challenge in tissue engineering, as current prevention methods rely heavily on systemic antibiotics that are often ineffective and contribute to antibiotic resistance. This research developed a new antibacterial coating for biodegradable implants that can release antibacterial molecules in response to infection-like conditions. The study showed that tannic acid can form a stable polymer coating on 3D-printed scaffolds, enabling controlled and pH-responsive antibacterial release. These coatings significantly reduced bacterial growth while supporting early cell attachment, offering a promising strategy for safer next-generation bioresorbable implants.

MALHOTRA, Raghav

Thesis Title

Dynamic OD Estimation for Large Urban Networks

Supervisors

• Professor Ashish Bhaskar (Principal Supervisor)
• Professor Paul Corry (Associate Supervisor)
• Dr Chintan Advani (External Supervisor)

Citation

Traffic congestion is a growing challenge for modern cities. To manage it effectively, city planners need to know exactly where drivers start and end their journeys. However, this is a mathematically complex task and can take days to process. This research introduces innovative frameworks that use 'Key Intervals' and advanced data filtering to simplify these calculations. By focusing on the most influential travel periods and corridors, the proposed methods significantly speed up traffic estimations. This allows city authorities to respond to congestion in real-time, leading to smoother commutes and smarter urban transport systems.

MATARAMBA KANKANAMGE, Kasun Dilhara Wimalasena

Thesis Title

Evaluate the Performance of Geosynthetic Reinforced Subgrades Under Monotonic Loading

Supervisors

• Associate Professor Chaminda Gallage (Principal Supervisor)
• Dr Yilin Gui (Associate Supervisor)

Citation

A series of large-scale pavement model tests were conducted in a laboratory environment to investigate the effect of geosynthetics in improving the modulus of weak subgrades. Then, a series of supplement design charts that could be useful for industry practitioners to design geosynthetic reinforced flexible pavements were developed. The outcomes of this study promote the use of geosynthetics in road construction to make economical, environmentally friendly, climate resilient, and sustainable road infrastructure.

MOHAMED HISHAM, Mohamed Fatheen

Thesis Title

Fire Resistance of LSF Floor Systems Made of Lipped Channel Joists

Supervisors

• Professor Mahadeva Mahendran (Principal Supervisor)
• Dr Anthony Ariyanayagam (Associate Supervisor)

Citation

Thin-walled cold-formed steel (CFS) members are highly susceptible to performance degradation in fire. This research has investigated the fire behaviour of light-gauge steel-framed (LSF) floor systems constructed with CFS joists through short-span and full-scale ambient temperature and fire tests, and advanced finite element simulations. Key parameters influencing the fire resistance of LSF floors were identified, while the study developed reliable fire resistance levels for all commonly used LSF floor systems. New equations were also developed for predicting the important plasterboard fall-off times. The research findings can be utilized by fire engineers to design fire-safe LSF floor systems in mid-rise buildings.

RANASINGHE MUDIYANSELAGE, Gihan Bhashitha Ranasinghe

Thesis Title

Behaviour and Design of LSF Truss Floor-Ceiling Systems Under Ambient and Fire Conditions

Supervisors

• Professor Mahadeva Mahendran (Principal Supervisor)
• Associate Professor Anthony Ariyanayagam (Associate Supervisor)

Citation

Thin-walled cold-formed steel truss floors are vulnerable to member buckling, connection eccentricities, and rapid thermal softening during fire, demanding careful fire safe design. This research investigated the structural and fire behaviour of light-gauge steel-framed (LSF) truss floor systems through short-span and full-scale ambient temperature and fire tests, and finite element simulations. It has significantly improved the knowledge of the behaviour and design of all commonly used LSF truss floor systems under ambient and fire conditions and provided their fire resistance levels. The findings can be utilized by fire engineers to design fire-safe LSF truss floor systems in mid-rise buildings.

SHRIVASTAVA, Chitransh

Thesis Title

Axial Compressive Behaviour of Confined Seawater Sea Sand Rubberised Concrete

Supervisors

• Dr Sabrina Fawzia (Principal Supervisor)
• Associate Professor Nor Hafizah Binti Ramli (Associate Supervisor)

Citation

This thesis introduces seawater sea sand rubberised concrete (SWSSRuC) as an eco-engineered alternative to traditional concrete for coastal structures, where superior ductility is critical. The effectiveness of confinement through glass-fibre reinforced polymer tubes and stainless steel tubes in enhancing the axial compression response of SWSSRuC is systematically investigated. Experimental and numerical results are utilised to develop axial capacity prediction models for the investigated confined SWSSRuC columns. The study establishes a foundational understanding of SWSSRuC at both the material and structural levels, contributing to the advancement of sustainable and high-performance construction materials.

TILLEY, Rachel Grace

Thesis Title

Design and Analysis of 3D Printed Wheelchair Cushions

Supervisors

• Associate Professor David Holmes (Principal Supervisor)
• Dr Edmund Pickering (Associate Supervisor)
• Professor Maria Woodruff (Associate Supervisor)

Citation

This thesis investigates the design and analysis of 3D printed wheelchair cushions with the potential to improve comfort and health outcomes for users. Mechanical testing, finite element modelling, and pre-clinical user trials demonstrate that 3D printed cushions are a clinically viable and potentially lower-cost alternative to traditional wheelchair cushions.

VITHALANI, Gaurav Lalitbhai

Thesis Title

Residual Stress Effects on Corrosion Mechanisms and Fracture at High Temperatures

Supervisors

• Dr Stuart Bell (Principal Supervisor)
• Adjunct Professor Geoffrey Will (External Supervisor)
• Richard Clegg
• Dr Rezwanul Haque (External Supervisor)
• Professor Theodore Steinberg (Mentoring Supervisor)

Citation

Structural alloys face premature failure due to complex stress-corrosion interactions. This research developed a simplified framework using prestressed specimens to investigate these mechanisms in two key areas. First, for next-generation Thermal Energy Storage (TES), experiments demonstrated that tensile residual stresses directly accelerate corrosion kinetics. Second, in alloys undergoing Precipitation-Hardening (PH), results showed that residual stresses cause cracking during heat treatment. The study delivers a validated, low-cost methodology for life-cycle assessment and recommends that future TES tanks be designed based on stress as a key consideration for material compatibility assessment and that stress relaxation processes are crucial prior to commencing PH.

YOUNG, Lucy-May Gillian

Thesis Title

A Microfluidic Device for Screening Immune Responses of the Respiratory Airways

Supervisors

• Professor Yi-Chin Toh (Principal Supervisor)
• Professor Kirsten Spann (Associate Supervisor)

Citation

This thesis developed a microfluidic device to study how immune cells respond to infection in the respiratory airways. The platform supported the mature culture of airway cells at the air–liquid interface and enabled real-time imaging of immune cell recruitment at single-cell resolution. Respiratory syncytial virus (RSV) infection induced inflammatory signals in airway cells that drove directional immune cell migration, while treatment with a monoclonal antibody attenuated this response. The device revealed distinct immune cell behaviors that are obscured in current models, providing a physiologically relevant platform for studying airway-immune interactions and testing new therapies.

Undergraduate

Bachelor of Engineering (Honours) (Chemical and Sustainable Process) – Third Class Honours

• PRISK, Benjamin Jacob

Bachelor of Engineering (Honours) (Chemical Process) – Third Class Honours

• TROUT, Emily Marie

Bachelor of Engineering (Honours) (Civil) – Third Class Honours

• COPELIN, Joshua James
• EDGERTON, Aidan Joel
• HASSANI, Mohammad Mehdi
• LANGE, Dieter
• MORRISON, William Oliver
• SCHWEITZER, Jacob Anthony
• STRID, Samuel Neils
• WASCHL, Dean Andrew

Bachelor of Engineering (Honours) (Mechanical) – Third Class Honours

• BADRUZZAMAN, Ghifari Achmad
• CHAUDHARY, Mayank
• MA, Kenton Quang
• MAKADIA, Darshil Vijaykumar
• RYAN, Lachlan Sean
• YIN, Zhiyuan

Bachelor of Engineering (Honours) (Medical) – Third Class Honours

• NIZETI-PANEBIANCO, Jesicca Amber

Bachelor of Engineering (Honours) (Chemical Process) – Second Class Honours – Division B

• ROMAGNOLO, Louis David

Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division B

• ABBAS, Badar
• ANTONY, Igin
• BERNAL RESTREPO, David Esteban
• BIOR, Ajang
• BUHLER, Benjamin Josef
• CHRISTENSEN, Denver Egerton
• CHU, Yi-Cheng
• COONAN, Sarah Jacoba
• CRAIGIE, Jai Scott
• DALTON, Trent Sean
• EFFRIEN, Johannes Kenneth
• EMMETT, Jennifer May
• GIRALDO CARO, Estefania
• GREGORY, Lachlan Alexander Enzo
• HARVEY, Jake James
• KALATZIS, Thanasi Panayioti
• MAJHEL, Aviraj Singh
• SPRAKE, William Hardy Scott

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division B

• BIRD, Caleb John
• BRYAN, Samantha Marie
• BURTON, Ajaz
• COLLINS, Joanna Bethany
• DAVIS, Jonathan Alexander Charles
• GIBSON, Peter Joel
• GOETZE, Caylem
• HASWELL, Tristan
• HAWES, Oscar Henry
• HENDERSON, Kyle Phillip
• KNOETZE, Dillon Damian
• LAWRENCE, Jacob Ryan
• LEE, Jason
• LILWALL, Samuel Paul
• MACKAY, Lachlan Alexander
• NGO, Jeremy
• NGUYEN, Tri Tam
• PARDIS, Elnaz
• PENJUELI, Alexander Michael
• RICHES, Patrick Allen
• SHERIDAN, Joshua Lee
• SIMMONS, Harrison Connor
• STEFELA, Terrence
• THOMAS, Dafydd Lloyd Knighton
• TOMSETT, Nicholas Michael
• TSANG, Tik Yeung

Bachelor of Engineering (Honours) (Medical) – Second Class Honours – Division B

• KOTEGEDARA LIYANAGE, Thenuri Onethra Mapitigama
• LUKAN, Wasyl Daniel
• OTABO, Eseosa

Bachelor of Engineering (Honours) (Chemical and Sustainable Process) – Second Class Honours – Division A

• ADHIKARI, Subigya
• KARAYIL, Vedika
• MCFARLANE, Wesley Robert
• THOMSON, Georgina Elizabeth
• VILLANUEVA, Christian Lloyd Cruz

Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division A

• AHMED, Masroor
• CAMPBELL, Ethan Jude
• CHEN, Xingyu
• ES'HAGHI, Sean Monir
• GILLESPIE, Finlayson Pye
• LIU, Changgeng
• PASKINS, Jasmin Leigh
• PEACOCK, Adam James
• READING, Lachlan Lester Fairfax
• SHEIKH, Jahid
• SINGH, Navdeep Nathan
• TATTON, James Alan
• TRAN, Dean Gia Bao
• TWEEDIE, Elijah Thomas
• WALDRON, Shamus O'Reilly
• WALES, Dominic
• YANG, Tzu-Hsien

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division A

• BESSA-HOPTON, Lukas
• BLACKER, Thomas Barry
• BOSKOVIC, Andrej
• COUSINS, Joseph Michael
• FIORIN, Riley John Ross
• FORD, Lachlan Thomas George
• HOW, Ying Jun
• HUYNH, Tri Boi
• KURIYAMA, Kanata
• KURODA, Yuri
• MCKENDRY, Michael Grant
• MCLEAN, Boston Robert Buzz
• MOLACHINO, Joshua David
• SCOLARO, Joseph Michael Burke
• TIPPING, Ewan Ross
• WADUGE, Manthi Suhara Fernando
• WEAVER, Dominic Max
• WERNOWSKI, Kaine

Bachelor of Engineering (Honours) (Medical) – Second Class Honours – Division A

• MASON, Max Aiden

Bachelor of Engineering (Honours) (Chemical Process) – First Class Honours

• ANDERSON, Jonah Marmdeen
• MCCRACKEN, Seth
• NGUYEN, Isaac

Bachelor of Engineering (Honours) (Civil) – First Class Honours

• CHEW, Chuii Wen
• FRASER, Jacob Sturt
• MCBEATH, Matthew
• MEADE, Kai Ashton
• PROCTER, Eric John Paul
• STEVENS, Charlotte Emma
• SYAUQY, Rifki Izza

Bachelor of Engineering (Honours) (Mechanical) – First Class Honours

• CRIGHTON, Jay Matthew
• SCHMOLKE, Jade Aw Kelly
• TAYLOR, Zoe Francis
• WILSON, Matthew

Bachelor of Engineering (Honours) (Medical) – First Class Honours

• ATTREE, Benjamin Trent
• DIXON, Madison Rose
• PERCY, Edison Luke
• SLIWA, Ruth Catherine

Bachelor of Business (Finance)/Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division B

• PAPADIMITRIOU, Anastasia

Bachelor of Business (Management)/Bachelor of Engineering (Honours) (Medical) – Second Class Honours – Division B

• PHILIPSON, Matthew Lawrence

Bachelor of Business (Marketing)/Bachelor of Engineering (Honours) (Medical) – Second Class Honours – Division B

• DYER, Ryan Aidan

Bachelor of Business (Finance)/Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division A

• FERRO, Peter James

Bachelor of Business (Management)/Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division A

• FACCIO, Alexander Ivo Michael

Bachelor of Business (Management)/Bachelor of Engineering (Honours) (Medical) – First Class Honours

• BLONK, Baxter John Charles

Bachelor of Business (Finance) – with Distinction/Bachelor of Engineering (Honours) (Civil) – First Class Honours

• CLYNE, Jack Douglas

Bachelor of Business (Management) – with Distinction/Bachelor of Engineering (Honours) (Mechanical) – First Class Honours

• HANNA, Monica Marina
• RANSOM, Jack Thomas

Bachelor of Design (Architecture)/Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division B

• CHEN, Xi
• DEEB, Isaac Charles John

Bachelor of Design (Architecture)/Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division A

• CRAZE, Jordan Bryce Peel
• CUIC, Liliana Grace

Bachelor of Design (Architecture) – with Distinction/Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division A

• KENNEALLY, Elizabeth Rose

Bachelor of Design (Industrial Design)/Bachelor of Engineering (Honours) (Chemical Process) – First Class Honours

• WEATHERALL, Emily Jane

Bachelor of Engineering (Honours) (Civil) – Second Class Honours – Division B/Bachelor of Business (Economics)

• PARTRIDGE, Kai Daniel

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division B/Bachelor of Information Technology (Computer Science)

• TOOHEY, Joshua John

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division A/Bachelor of Information Technology (Computer Science) – with Distinction

• KASHANI, Ramman Fernandes

Bachelor of Engineering (Honours) (Mechanical) – First Class Honours/Bachelor of Information Technology (Information Systems) – with Distinction

• MCINTYRE, Will Edward

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division B/Bachelor of Mathematics (Applied and Computational Mathematics)

• DAVIES, Graham Edward

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division A/Bachelor of Mathematics (Applied and Computational Mathematics)

• RUMPF, Nicholas James

Bachelor of Engineering (Honours) (Mechanical) – First Class Honours/Bachelor of Mathematics (Applied and Computational Mathematics) – with Distinction

• WINSTANLEY, Chloe Adelle

Bachelor of Engineering (Honours) (Mechanical) – First Class Honours/Bachelor of Mathematics (Operations Research) – with Distinction

• DJELOVIC, Christopher Daniel

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division B/Bachelor of Science (Physics)

• GLEN, Breanna Lily
• MURPHY, Connor Riley

Bachelor of Engineering (Honours) (Mechanical) – Second Class Honours – Division B/Bachelor of Science (Chemistry) – with Distinction

• DYMOCK, Yasmin Shau Chi

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

• DE GAVELLE DE ROANY, Penelope
• MORSCH, Ella Charlotte

Bachelor of Engineering (Honours) (Chemical Process) – Second Class Honours – Division A/Bachelor of Science (Environmental Science) – with Distinction

• YAZDANI, Anees

Bachelor of Engineering (Honours) (Chemical Process) – First Class Honours/Bachelor of Science (Chemistry) – with Distinction

• BEUTEL, Bailey Joe

Postgraduate

Graduate Certificate in Project Management

• STEVENS, Charlotte Emma

Master of Professional Engineering (Civil and Construction)

• AHIR, Shaishavkumar Babubhai
• MOHAMMED AYMAN,
• PADIPPURATHU GEORGE, Ajin
• PRADHAN, Aditya
• SANITHA SHAJAN, Sreelakshmi
• SANTHOSH, Swati Chandra
• TALLEDO LAGOS, Jose Andres
• VINOD, Sreehari

Master of Professional Engineering (Civil and Management)

• PATEL, Umang Rameshbhai

Master of Professional Engineering (Civil with Management)

• AMARAMBATH, Ananthu
• ANILKUMAR SINDHU, Archa
• BASAVARAJU NAIK, Keshava
• DOMMATI, Rukmaj Kumar
• JOYAN, Alen
• KAREGOWDRU SANANDA, Vijeth
• KOLADIYA, Nikunj Ashokbhai
• NADARAJAN RAJ, Athulya
• PATEL, Pruthvi Pritesh
• SADHU, Nimesh Narendrakumar
• SAMARASINGHE, Dona Kasuni Hansika
• SRIKANAGASABAI, Shyamalan
• SUBEDI, Dipsan
• TARAPARA, Keyur Rajeshbhai
• TASHI, Pema
• THANNICKAL USUFF, Siddharth
• TOBGAY, Sonam
• WANGMO, Sangay

Master of Professional Engineering (Civil)

• BUTANI, Meet Pareshbhai
• CHANDRESHA, Pratheek Purushotham Gowda
• HOTHI, Raj Pravinbhai
• PATEL, Yashvi Manishbhai
• ZHOU, Jianyu

Master of Professional Engineering (Mechanical and Management)

• KALATHIYA, Mehul Ashishbhai

Master of Professional Engineering (Mechanical with Management)

• ASHOKAN, Arul Prasath
• BANOTHU, Sreenu Naik
• BINU CHACKO, Nevin
• BOGHANI, Yashkumar Popatlal
• CARCHALLA, Prateik Giridhar
• GEORGE, Ashik Roy
• GODHA, Sai Ganesh Reddy
• GUGULOTHU, Rithesh Naik
• HARIKUMAR, Ananthan
• NAG, Nikita
• PATEL, Himanshu Sureshkumar
• PATEL, Jaykumar Hasmukhbhai
• PATEL, Jinkalkumar Rajeshbhai
• PATEL, Yash Bipinkumar
• RAMAKRISHNAN NAIR, Amal
• RAYNIER ROHIT FERNANDO,
• SABU, Austin
• SHETH, Hrutvik Bharatkumar
• SRINATH, Sanjay
• UDUMULA, Velangini Bala Show Reddy
• VAGHANI, Akash Bhupatbhai

Master of Professional Engineering (Mechanical)

• KULATUNGA, Himasha Nipul
• THATTAYATHUKUDY MEERAN, Mish Hal

Master of Professional Engineering (Civil and Construction) – with Distinction

• CHONG, Douglas Zheng Yi

Master of Professional Engineering (Civil) – with Distinction

• CHOTALIYA, Harshit Dilipbhai
• HOSOI, Yusuke
• JEAMTEERASAKUL, Poom
• SANITER, Frederik

Master of Professional Engineering (Mechanical with Management) – with Distinction

• PATEL, Devang Vasantbhai

Master of Sustainable Infrastructure (Water Engineering)

• KALKAUA, Fred

Master of Sustainable Infrastructure with Data Analytics (Smart Transport and Mobility)

• ABDUL GHANI, Tajudsan Bin

Master of Philosophy

• FERNANDO, Gorakanage Sapna Poorni
• MARSH, Jessica Michelle
• NAZIR, Faizan
• PULLING, Grace
• TAN, Ziqing

Master of Philosophy (Engineering)

• CLARKSON, Luke
• JAYARAMAN, Swathi
• MAFLA HERNANDEZ, Francisco Javier
• MOHAMMADPOURDERAKHSHI, Yasaman