SH Cheng - Life Science and Medicine

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Han Wang

Dr

08/03/1994

F6279

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+85259132961

Department of Biomedical Engineering, City University of Hong Kong 83 Tat Chee Ave
Kowloon Tong
Hong Kong

I am writing to express my interest in joining the forum, an esteemed platform that brings together leading researchers and innovators in the field of advanced delivery systems, cell therapy, and related areas. My research focuses on cryomicroneedle for transdermal cell delivery. This innovative approach has shown promising results in enhancing antigen-specific immune responses and delaying tumor progression in preclinical models.
By joining this forum, I aim to:
1. Share Research Insights: Present my findings on cryomicroneedle technology and its potential for revolutionizing cell therapy delivery.
2. Engage with the Community: Collaborate with experts and peers to gain insights into cutting-edge advancements and challenges in the field.
3. Foster Collaboration: Explore opportunities for interdisciplinary partnerships to address limitations in current cryomicroneedle manufacturing, such as temperature sensitivity issues.
4. Stay Updated on Trends: Participate in discussions and workshops to stay informed about the latest developments in cell therapy delivery systems.
I am particularly drawn to the forum because of its focus on fostering innovation and collaboration in this rapidly evolving field. I believe that my expertise in cryomicroneedle technology, combined with the collective knowledge of forum members, can contribute to overcoming existing technical barriers and advancing clinical applications of cell therapies.

Postdoc

Biomedical Engineering

The Chinese University of Hong Kong

Department of Biomedical Engineering

Postdoctoral Researcher at City University of Hong Kong with an h-index of 8 and 420+ citations. Published multiple high-impact SCI papers (IF up to 9.8), including a Highly Cited Paper. Developed innovative 3D printing systems, improving energy efficiency by 15%. Awarded the International Student Scholarship (University of Nottingham) and Notable Speaker Award at an international 3D printing conference. Certified in Generative AI by AWS. Led/contributed to 3 NSFC-funded projects, resulting in 10+ publications. Expertise spans smart manufacturing, sustainability, and medical device innovation.

Dr. Han Wang specializes in advanced manufacturing technologies with a focus on 3D printing/additive manufacturing, smart manufacturing systems, and sustainable production optimization. His research integrates AI-driven process planning, energy-efficient fabrication, and digital twin applications to enhance industrial sustainability.

Key areas include:

Medical device innovation: Microneedle fabrication and robotic biomedical systems

Environmental sustainability: Energy/emission reduction in polymer laser powder bed fusion (15% efficiency improvement demonstrated)

Smart production: Machine learning for build failure prediction and spatial optimization in additive manufacturing

Circular manufacturing: Remanufacturing theories for electromechanical equipment lifecycle management

His interdisciplinary approach combines experimental validation (3D printing systems, servo controls) with computational methods (MATLAB/Python simulations, ANSYS analyses) to bridge academic research with industrial applications. Recent work extends to generative AI applications in manufacturing process design.

(Supported by 7+ SCI publications including a Highly Cited Paper in Journal of Cleaner Production [IF:9.8])