Research

Bil.	Title
1.	Adapting to Industry 4.0 Oriented International Education and Research Collaboration .
2.	Pembangunan Praktis Terbaik Bagi Pengurusan Pemantauan Geran Penyelidikan .
3.	KELESTARIAN PENGURUSAN GERAN UTHM DAN ANTARABANGSA, PUSAT PENGURUSAN PENYELIDIKAN (RMC), UTHM .
4.	Preston Fund .
5.	STRUCTURAL HEALTH MONITORING OF BRIDGE STRUCTURE USING UAV AND ACOUSTIC EMISSION TECHNIQUE .
6.	Management & Governance of MyRA in UTHM .
7.	Technology Enhanced Stakeholder Collaboration for Supporting Risk-Sensitive Sustainable Urban Development (TRANSCEND) .
8.	ASEAN Network for Green Entrepreneurship and Leadership (ANgel) .
9.	Solar/Biogas Hybrid Drying System For Agricultural Application .
10.	A New Transfer Learning Algorithm in Near Infrared Spectroscopic Analysis for Stingless Bee Honey Quality Prediction .
11.	An Empirical Reevaluation of Performance of Energy Collection using Five Types of Solar Flat Plate Collector .
12.	An improved deep learning model based on simplified Gated Recurrent Unit for the prediction of water quality level. .
13.	An improved object recognition model for engineering drawings using deep learning approach .
14.	Integrating a New Feature-Fusion Deep Residual Generative Adversarial Network Model in YOLOv3 for Higher Accuracy Real-time Vehicle Detection under Malaysian Adverse Weather Conditions .
15.	Enhanced Time series Forecasting Model Using Hybrid Swarm Trigonometric Functional Link Neural Network .
16.	Photocatalysis of Trisiloxane and Pathogenic Bacteria in Greywater using Eco-Friendly Green Nanoparticles (ECO-GNPs) for Safe Disposal .
17.	INJURY PREDICTION OF FRONTAL IMPACT SAFETY ASSESSMENT USING A NEWLY MALAYSIAN SIZE HYBRID III ANTHROPOMETRIC TEST DEVICE FINITE ELEMENT MODEL .
18.	Investigation of the Mechanism of External Polymer Coating for Corrosion Resistance in Soil Pipelines .
19.	Smart Emergency Detection Framework by IR 4.0 Technology Implementation for Safety Management in Construction Industry .
20.	Analysis of pulsating flow predicted using Lumped Parameter Modelling for Common Morphology of Femoropopliteal Artery .

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