Jian-Hua Li

Research And Development Manager @ Holy Stone Enterprise 禾伸堂

About

1. Market application product feature analysis 2. Design and development of dielectric ceramic materials for MLCC applications 3. Development, design, and mass production of MLCC products 4. Establishment of MLCC process conditions, new process development, and process integration 5. Development of MLCC product testing processes and product testing 6. Analysis of MLCC product reliability and establishment of analysis methods 7. Assisted companies in talent cultivation activities, including recruiting and training of research and development personnel for various processes. Development of dielectric ceramic materials, application product feature analysis design, key process parameter development, process integration, product management, and testing, as well as reliability experience, with comprehensive experience in MLCC development and manufacturing. Completed original development of 5 materials to product introduction.

Country

Taiwan

City

Taoyuan City

Industry

Consumer Goods

Skill

團隊合作, 製程, 根本原因, 產品品質, 供應商評估, 研究, 競爭分析, 問題解決, 團隊管理, 疑難排解, 可靠性, 製造, Talent Developer, Yield Enhancement, Root Cause Problem Solving, Product Testing, 產品管理, 大量生產, 產品開發, IATF 16949

Experience

Research And Development Manager

Holy Stone Enterprise 禾伸堂

2012-7 - Present · 14 yrs 3 mos

Taoyuan City, Taiwan

1. 市場應用產品特性分析 2. MLCC應用相關各式介電陶瓷材料設計開發 3. MLCC產品設計 4. MLCC產品、安規產品及車用產品開發導入 5. MLCC量產管理 6. MLCC製程條件建立/新製程開發/製程整合 7. MLCC產品測試流程開發及產品測試 8. MLCC產品信賴性分析及分析手法建立 9. 具完整介電陶瓷材料開發/應用產品特性分析設計/關鍵製程參數開發/製程整合 /產品管理及測試/可靠度經驗；完成5項材料初始開發至產品導入 10. 協助企業進行各製程研發人員開發招募及訓練等人才培育工作

Education

National Taipei University of Technology

Materials Science and Engineering

2012-9 - 2018-11 · 6 yrs 3 mos

Ph. D. thesis: 抗還原高溫穩定介電陶瓷材料研究 The Study of Non-Reducible High Temperature Stable Dielectric Ceramics 2013, Journal of the European Ceramic Society - Dielectric properties and microstructures of non-reducible high-temperature stable X9R ceramics 2017, Ceramics International - Dielectric properties and microstructures of non-reducible high-temperature stable dielectrics based on 0.9474BaTiO3-0.0526Ba2LiTa5O15 2018, Journal of Alloys and Compounds - Effects of Sc2O3 and MgO additions on the dielectric properties of BaTiO3-based X8R materials 2019, Journal of Physics and Chemistry of Solids - Effects of addition of Sc2O3 on microstructure and dielectric properties of BaTiO3-based X8R MLCCs