Dept. of Civil Engineering, National Ilan University

Innovative Civil Engineering Materials Laboratory

Wei-Ting Lin
https://civil.niu.edu.tw/index.php?Plugin=o_niu&Action=o_niutchdetail&niuid=wtlin

Research Field

Civil and Hydraulic Engineering

Introduction

Wei-Ting Lin is a Professor of the Department of Civil Engineering at National Ilan University in Taiwan. His research specialties include cement-based composites, geopolymers, cementless binders, 3D printing materials, cement chemistry, and microanalysis. He has published 147 articles (in Scopus) with an H-index of 26 and 2021 citations. Additionally, he promotes in-depth research on net-zero carbon emissions, the circular economy, and green materials. 

National Ilan University (NIU) is a reputed educational institution in Yilan County. Yilan, located in northeastern Taiwan, is well-known as "Taipei's Backyard" for its dedication to environmental care and protection. People in Taiwan always describe Yilan as a place with "beautiful mountains, pure water, and rich culture." Mother Nature has created countless scenes to behold. The main campus is in Yilan City, about 50 minutes from Taipei by car.

Academically, the Department of Civil Engineering at NIU hosts regular workshops and conferences that bring together international scholars. In particular, we have innovative building materials in cementless technology (Geopolymer, Cementless Blended Composites, Alkali Activated Materials), green technology (Waste disposal in Civil Materials, Microstructural Properties in Cementitious Materials) and Durability (Permeability, Corrosion Technology, Measurement Technology in Chloride Diffusion) courses offered, which provide students with more chances to get into the field of 3D printing technology in civil engineering. Nowadays, a noticeable trend of growing energy and materials-related development has a significant impact on everyone's daily life. Studying green materials in civil engineering can help promote the quality of human life and make the environment friendly.


Research Topics

Research interests:

  • Green materials (uses of by-products, slag, fly ash, silica fume, recycled aggregate, geopolymer, etc.)
  • Cementless Blended Materials (Innovative materials for geopolymer without alkali-activator)
  • Geopolymer
  • Durability
  • 3D printing technology in construction materials 

Honor
  • Prof. Wei-Ting Lin is in the world's top 2% of Scientists List in 2022, 2023 and 2024.
  • Outstanding Research Achievement Award at National Ilan University in 2024.
  • National Science Council Research Grant Award Recipients at National Ilan University in 2024 and 2025.

Educational Background

Education:

  • Ph.D. Horbar and River Engineering (01/2009), National Taiwan Ocean University, Taiwan.

Job Description

1. Innovative Material Design

  • Novel cementless composite formulations without alkali activators
  • Advanced geopolymer and alkali-activated material systems
  • Sustainable material proportioning optimization

2. Comprehensive Performance Analysis

  • Advanced mechanical property characterization
  • State-of-the-art microstructural analysis
  • Printing properties evolution studies

3. Cutting-edge 3D Printing Implementation

  • Printability assessment and optimization
  • Layer adhesion and structural integrity evaluation
  • Process parameter optimization for industrial applications

 4. Research Impact & Dissemination

  • Peer-reviewed publications in high-impact journals
  • International conference presentations

Preferred Intern Educational Level

Ideal candidates will have:

  • Strong interest in sustainable construction materials
  • Enthusiasm for experimental research
  • Desire to contribute to next-generation building technologies
  • Willingness to collaborate in a diverse research team

Skill sets or Qualities

This is your opportunity to be part of groundbreaking research that shapes the future of construction technology. 

Applications are welcome from international students (Master or PhD students in civil engineering and materials engineering). Join us in pushing the boundaries of construction innovation!