منحة دراسية في ماليزيا و استراليا

منحة دراسية في ماليزيا و استراليا

الدكتوراه

مدة الدراسة : –
 ٤٢ شهرا تشمل ٣٣-٣٦ شهرا في ماليزيا ، ٩ اشهر في استراليا
والهند او إندونيسيا
يشمل التمويل :-
 راتب شهري و قدره ٦٢٠ دولار يصل الر ٣٦ شهر في ماليزيا ،
١٧٩٠ دولار في استراليا لمدة تصل الى ٩ اشهر
 تغطية الرسوم الدراسية كاملة
 التامين الصحي
 دعم لحضور المؤتمرات البحثية
 تذاكر السفر
الشروط :-
 ا ن يكون طالبا دوليا
 اثبات إجادة اللغة الإنجليزية ( ايلتس – توفل )
 أن تمتلك مؤهلاً أكاديميًا على الأقل بمرتبة الشرف

المواضيع المطلوبة دراستها :-

Green–Grey–Blue Infrastructure Resilience
Assessment Framework for Urban Flood Mitigation in

the Klang River Basin

Project 2 (School of Engineering)

Community-Led Climate Adaptation for Flood-
Resilient Riverine Neighbourhoods

Project 3 (School of Engineering)

AI-Driven Adaptive Mobility for Resilient Transport in

Flood-Prone Urban River Basins

Project 1 (School of Information Technology)
AI-Driven Extracellular Vesicle and microRNA Profiling
for Precision Diagnosis of Alzheimer’s Disease

Project 2 (School of Science)

Development of Aptamer-based Biomarkers for

Alzheimer’s Disease

Project 3 (School of Pharmacy)

Mesenchymal Stem Cell Exosomes for Alzheimer’s
Disease: Mechanisms, Pathway Analysis, and

Intranasal Delivery

Project 1 (School of Pharmacy)

Nano-enabled detection and risk communication of

microplastics in ASEAN food chains

Project 2 (School of Engineering)

Tumour-microplastic interaction and their role in

tumour growth kinetics

Project 3 (School of Engineering)

Synergistic acoustic-electrostatic-inertial separation
of microplastics from blood: concept and

development

Project 1 (Jeffrey Cheah School of Medicine & Health

Sciences)

Cross-Regional Mechanisms in Schizophrenia & ASD
via Multi-omics in Patient-Derived hiPSC Models

Project 2 (Jeffrey Cheah School of Medicine & Health

Sciences)

AI of Neural Connectivity for Biomarker and

Treatment-Response Discovery

Project 3 (Jeffrey Cheah School of Medicine & Health

Sciences)

Mechanisms & Therapeutic Potential of Psychedelic
Compounds in Patient-Derived Neural Models

Project 1 (Jeffrey Cheah School of Medicine & Health

Sciences)

Precision blood-cell biomarkers for early prediction of

severe dengue

Project 2 (Jeffrey Cheah School of Medicine & Health

Sciences)

Serum dual-omics signatures to predict dengue

severity

Project 3 (School of Pharmacy)

Molecular Dynamics (MD)/QSAR screening of natural

compounds for dengue antivirals

Project 1 (School of Pharmacy)

Preclinical discovery of heat-resilient small molecules

for cutaneous lupus itch & flare control

Project 2 (School of Pharmacy)

Mechanism of action (MOA) and pharmacodynamic
biomarker identification for cutaneous lupus-nephritis

therapy

Project 3 (School of Pharmacy)

Quality-by-design processing of climate-resilient
medical dosage forms for lupus itch & flares

Project 1 (School of Arts and Social Sciences)

Urban futures and Data Justice

Project 2 (School of Arts and Social Sciences)
Urban futures and Digital Cultural Economies

Project 3 (School of Arts and Social Sciences)
Urban futures and climate change

اخر موعد للتقديم
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ابريل ٢٠٢٦ اعلان النتائج