Master of Science by Coursework and Dissertation

• Vegan Fibrillogel for Water Purification.
• Peptide Coacervates as Intracellular Delivery Carriers of NIR-Activated Therapeutics.

• Furan-based materials for sustainable organic electronics.
• Self-assembled 2D materials.

• Novel Piezoelectric Materials for Soft Robotic Grip Sensors
  

• Understanding the effects of heating rate on the performance of flame retardants.
• Understanding and characterizing the dripping behavior in UL94 tests.

• Long-term performance of electrical insulation materials.
• Surface engineering toward different wetting states.

• New materials for 3D printing 2.0 – high performance polymers.
• New materials for 3D printing 2.0 – ceramics and carbon.
• New materials for 3D printing 2.0 – composites and nanohybrid materials.
• Materials for environmental remediation – green and high performance adsorbents.
• Large scale electrospinning of advanced nanofibres.
• Plastic waste management – single-used multilayer plastic packaging materials.
• Plastic waste management – recycling of textile materials.
• Plastic replacement using plant based materials.
• Biomass conversion to sustainable functional nanomaterials.
• Natural fibres derived from tropical plants.

• Towards circular economy: 3D printing of mycelium-bound composites.

Assoc Prof Huang Yizhong

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• Engineering of multi-metallic alloys for high efficient electrochemical energy conversion and storage.

• High Throughput Experimentation and Machine Learning Optimization Design of new inorganic materials.
• Optimizing Thermoelectric Performance of ABX₂ through Doping Strategies

• Gastric floating nanofiber meshes for the management of chronic diseases in elderly.

• Targeted delivery of agrochemicals into plan with a bio-recognition motif.
• Solvent-additive assisted-growth of perovskite single crystals via Lewis acid-base adduct approach.
• In-situ investigation of the degradation of hybrid halide perovskite materials in environmental scanning electron microscope.

• Mobility of Intermediates in Electrocatalysis by ab inito Calculations.
• Prediction of Wettability of Polymer through Machine Learning.

• High throughput synthesis of multi metal catalyst for photoelectrochemical water splitting reaction.
• Metal chalcogenide for Hydrogen evolution reaction: engineering of bulk and interface properties.

• Development of Keratin Based Platforms for Biomedical Applications and Beyond.
• Understanding Nanotoxicology from a Nanomaterial-Biomolecule Interaction Perspective.
• Development of Hair Keratin Templates for Sustainable Applications.
• Understanding Inorganic Nanomaterial Interactions with the Biological World.

• Printable electronic devices and systems.
• Halide perovskite solar cells.

• Accelerated development of magnetic materials.
• Development of high temperature structural materials.
• Magnetic soft robots.
• Magnetic curing of polymers.

• Assembling high-quality 2D quantum heterostructures for spintronic devices.

• Perovskite Quantum Emitters.
• Perovskite – Silicon Tandems for >30% efficiency Solar Cells.

Asst Prof Wu Dongshuang

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• Engineering the local density of states by using multi-elemental metal (oxides, carbide, nitride) nanoparticles.
• Hydrogenation of carbon dioxide to high value-added chemicals by heterogeneous catalysis
• Hydrogen production by proton Exchange Membrane (PEM) Water Electrolyzers.

• Small molecule electrocatalysis.
• Li-S battery materials and electrode design.
• Hydrogen storage materials.

• Mechanisms of phase and assembly behavior of short FF derived peptide amphiphiles.

• Ultrafast fission dynamics in tetracene and its spectroscopic manifestation.
• Schroedinger-cat states in Landau-Zener-Stueckelberg-Majorana interferometry: a multiple Davydov Ansatz approach.
• A deep-learning approach to the dynamics of Landau-Zener transitions.