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Basharat Hussain
R&D / Research Assistant
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Basharat Hussain

R&D / Research Assistant
Dedicated Research Scholar specializing in PET synthesis and polymer nanocomposite development for sustainable material innovation. Focused on enhancing the thermal, mechanical, and barrier properties of PET and PMMA/LDH nanocomposites through advanced catalyst design and surface modification. Experienced in recycled PET (rPET) processing and sustainable synthesis approaches that support circular economy goals. Skilled in XRD, TGA, SEM, DSC, DMA,GPA,UV-VIS, FTIR, and TEM analysis, with proven ability to scale up nanocomposite production to pilot scale. Passionate about bridging research and industry for next-generation polymer technologies.
BERKM
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中原大學 Chung Yuan Christian University
桃園市, 台灣
台灣

專業背景

  • 目前狀態
    待業中
  • 專業
    研究員
  • 產業
    材料科學
  • 工作年資
    1 到 2 年 (1 到 2 年相關工作經驗)
  • 管理經歷
    我有管理 1~5 人的經驗
  • 技能
    powerpoint
    PowerPoint
    Google Drive
    Excel
    Word
    Microsoft Office
  • 語言能力
    English
    專業
  • 最高學歷
    博士

求職偏好

  • 目前狀態
    目前會考慮了解新的機會
  • 預期工作模式
  • 希望獲得的職位
  • 期望的工作地點
  • 接案服務

工作經驗

Research Assistant

2023年10月 - 2024年12月
1 年 3 個月

學歷

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哲學博士(PhD)
chemistry
2018 - 2025
社團活動
Football, Hiking, Photography, Traveling
簡介
Motivated and skilled Research Scholar with strong expertise in PET synthesis, recycled PET (rPET), and PMMA/LDH nanocomposites. Dedicated to developing sustainable polymer materials with improved thermal, mechanical, and barrier properties. Learning Experience: Acquired advanced knowledge in polymer chemistry, catalyst synthesis, and nanomaterial surface modification, Clay modification. Hands-on experience with modern characterization techniques such as XRD, TGA, SEM, DSC,DMA, GPC, FTIR, and TEM. Strengthened analytical thinking, teamwork, and problem-solving abilities through interdisciplinary research projects. Work During Study: Focused on the synthesis and modification of PET and PMMA nanocomposites using innovative dual-function catalysts. Conducted sustainable rPET-based research to support circular economy initiatives. Successfully scaled up PET nanocomposite synthesis to pilot-scale, demonstrating strong technical and practical research-to-industry transition skills.

職場能力評價