Development of an intelligent solar energy system for off-grid application by Ng, Cindy Shi Hui.

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Nuclear power source for an automobile by Chong, Houquan.

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Mode-locked fiber laser and its application in microwave photonics by Li, Nanxi.

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Design and analysis of nanostructured optical fiber and surface plasmon devices by Wang, Guanghui

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Noise reduction in quantum communication by Yap, Jiun Yan.

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Image analysis of plasmonic sensor for high-throughput biomarker detection by Li, Xiaochao.

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Data processing and visualization for real-time health monitoring by Toh, Hong Ling

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Design of interactive multimedia courseware in data structures & algorithms - IV by Melly

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Skindiary : mobile application for skin health by Wang, Zirui

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Responsive website for 360 virtual reality game by Ong, Sai Kiat

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Design and implementation of responsive registration and feedback system using unity3D by Liu, Hao

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Simulation of a flexible circuit board assembly (PCBA) by Teo, Chin Heng.

“…Many works have been carried out on automated flow line analysis. But there are very few works that have actually integrated both the material handling system with the production system using simulation techniques.…”
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A study of optimization methods for 3D reconstruction from 2D sketches by Kotlanka Ramakrishna.

“…This dissertation studies a specific process “Optimization of geometric reconstruction” in the problem of converting a 2D line drawing in to a 3D model. The solution being offered consists of two parts: identifying the circuits of edges in the drawing that form true faces of the 3D models, and then reconstruct the geometry using these faces as a basic.…”
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Capacity optimization and expansion in a multiple-product manufacturing system with complex flow by Meng, Kai

“…In this thesis, a production line that faces increasing demand, long makespan and product cycle times, high WIP and a lack of production capacity is examined. …”
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Simultaneous Measurements of Actin Filament Turnover, Filament Fraction, and Monomer Diffusion in Endothelial Cells by McGrath, J. L., Tardy, Y., Dewey, C. F. Jr, Meister, J. J., Hartwig, J. H.

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Performance improvements of microchannel heat sink using wavy channel and nanofluids by Sakanova, Assel, Keian, Chan Chun, Zhao, Jiyun

“…Three wave amplitudes of 25 μm, 50 μm and 75 μm with two wavelength of 250 μm and 500 μm at volumetric flow rate ranges from 0.152 L/min to 0.354 L/min are considered. Three different types of nanofluids with volume concentration ranges from 1% to 5% are applied. …”
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A composite electrode of TiO2 nanotubes and nanoparticles synthesised by hydrothermal treatment for use in dye-sensitized solar cells by Wang, Hairong, Zhao, Dongliang, Huo, Kaifu, Fu, Jijiang, Wang, Xiaoyan, Sun, Lidong, Zhang, Sam, Wang, Xiu

“…Under the same treatment duration (i.e., 45 min), but using different nanotube lengths, nanoparticle formation was found to be accelerated in the longer tubes. …”
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Thermal and mechanical assessments of the 3D-printed conformal cooling channels : computational analysis and multi-objective optimization by Shen, Suping, Kanbur, Baris Burak, Zhou, Yi, Duan, Fei

“…As for the circular channel, the coolant temperature, volume flow rate, and channel diameter are selected as the parameters within the ranges of 288.0-298.0 K, 1.0-10.0 L/min, and 2.1-2.5 mm, respectively. According to these parameters, the multi-objective optimization study is performed and the best trade-off point is found at the channel diameter of 2.5 mm, coolant temperature of 297 K, and the flow rate of 1 L/min when all the objectives have equal weights in the optimization problem.…”
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Numerical methods for finite-size key rates with different entropic bounds in quantum key distribution by Chung, Rebecca Ru Byn

“…Following the ideas of Dupuis, we also formulated a generalized alpha-Renyi entropic bound on the secret key rate under i.i.d. collective attack, and showed regions of improvement from the conventional approach of using the smooth min-entropy. In particular, we proposed a generalized optimization method for the Renyi entropy for alpha = (1,2] and the min-entropy by adapting from Winick et al.'…”
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Electrospinning of low density PCL fibers on SLS scaffold by Leong, Yew Meng.

“…The parameters to produce low density PCL scaffold of 0.5-1um diameter fibers were established to be acceleration voltage= 25kV, feed rate= 0.5ml/h, rotational speed= 1500rpm and time= 1min. On the other hand, electrospinning with the same duration of 1min produces a higher density scaffold while varying acceleration voltage to 15kV and feed rate of 10ml/h; 8-10um fibers were obtained. …”
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