PHD at Fudan University, China
Jitao Wang is a Ph.D. candidate at Fudan University, specializing in cross-chain protocols and blockchain security. With Double First-Class honors in Information Security and Software Engineering from Nanjing University of Posts and Telecommunications, he’s published papers in Computer Networks and holds patents in blockchain technology. Wang leads projects on cross-chain aggregation and blockchain-based secure document management. Experienced in Hyperchain alliance chain deployment, he interned at Hangzhou Chain Technology Co., Ltd., focusing on blockchain as a service platform. As Vice-President of the College of Computer Graduate Student Association, he mentors members and delivers keynotes. Wang’s skills include Rust, Go, Java, and certifications in Red Hat Engineering and English proficiency.
Professional Profiles
Education
Fudan University: Pursuing a Ph.D. in Electronic Information at the College of Computer Science and Technology, specializing in cross-chain protocols, BFT consensus protocols, and Web3 encryption asset regulatory frameworks. Nanjing University of Posts and Telecommunications: Completed a Master’s degree in Information Security and a Bachelor’s degree in Software Engineering, both with Double First-Class honors.
Project experience
Currently leading projects on cross-chain aggregation, blockchain-based secure document management, and carbon asset trading systems. Developed a vulnerability crowdsourcing detection system for blockchain-based code and identity privacy. Led the construction of a collaborative vulnerability processing platform based on blockchain.
Professional experience
Back-end development intern at Hangzhou Chain Technology Co., Ltd., focusing on blockchain as a service (BaaS) platform development. Experienced in Hyperchain alliance chain automated deployment and blockchain browser maintenance.
Skills
Proficient in Rust, Go, Java, HTML/CSS, Excel, PowerPoint, and LaTeX.
Research Focuse
J.-T. Wang’s research primarily focuses on Chemical Vapor Deposition (CVD) and its applications in inorganic synthesis. His work delves into the theories and mechanisms behind CVD processes, particularly in the context of materials preparation and thin film deposition. With expertise in modern thermodynamics and quantum chemical studies, Wang contributes significantly to understanding the initial stages of atomic layer deposition on various surfaces. His research spans from fundamental studies of adsorption and dissociation to practical applications in semiconductor device fabrication and surface engineering. Through his contributions, Wang enhances the understanding and advancement of CVD techniques in materials science and engineering.
Publications
- Chemical bonding of magnetron-sputtered copper on PECVD amorphous SiCOF film, Publication date: 2003.
- Density functional theory study of initial stage of ZrO 2 atomic layer deposition on Ge/Si(100)-(2×1) surface, Publication date: 2005.
- Quantum chemical study of adsorption and dissociation of HfCl4 and H2O on Ge/Si(100) − (2×1): Initial stage of atomic layer deposition of HfO2 on SiGe surface,Publication date: 2005.
- Modern thermodynamics – New concepts based on the second law of thermodynamics, Publication date: 2009.
- Chapter 7 – CVD and its Related Theories in Inorganic Synthesis and Materials Preparations, Publication date: 2007.
- Chapter 7 – Chemical Vapor Deposition and Its Applications in Inorganic Synthesis, Publication date: 2017.
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