Mohammad Ansar Vakkattil | Advanced Materials Engineering | Cross-disciplinary Excellence Award

Mr Mohammad Ansar Vakkattil, FHNW, India

Mr. Mohammad Ansar Vakkattil is a dynamic interdisciplinary researcher whose work bridges polymer science, biomedical engineering, and 3D bioprinting. With a solid foundation in Rubber and Polymer Technology from premier Indian institutions like IIT Kharagpur and CUSAT, he has contributed significantly to intelligent materials, medical devices, and bioremediation. His roles as Senior Project Engineer at SCTIMST and researcher at institutions in Switzerland and Estonia reflect his global engagement. His pioneering work on smart materials and 3D-printed implantables, like cranioplasty scaffolds, showcases his innovation at the intersection of healthcare, materials science, and sustainability. With a flair for EU grant writing and multilingual expertise, he embodies the spirit of collaborative, cross-domain research. Through academic supervision, teaching, and publication, Mr. Vakkattil continues to inspire a new generation of material scientists and bioengineers worldwide.

Education

Mr. Ansar earned his M.Tech in Rubber Technology from the Rubber Technology Centre, IIT Kharagpur, with a CGPA of 8.02/10, supported by a prestigious GATE scholarship. His thesis focused on castor oil extended epoxidised natural rubber, emphasizing sustainable material innovation. He completed his B.Tech in Polymer Science and Engineering from Cochin University of Science and Technology (CUSAT) with a CGPA of 7.23/10. His academic projects and thesis explored topics such as SBR-tire compounds and mechanical properties of latex films, grounding him in applied polymer engineering. Further technical training at the Indian Rubber Board and multiple industrial internships enriched his hands-on expertise in polymer processing, rubber compounding, and materials testing. His academic journey reflects not only intellectual merit but also a strategic focus on sustainable, biomedical, and smart material innovations.

Experience

Mr. Ansar’s professional experience reflects a blend of academic research and applied engineering. He served as a Senior Project Engineer at Sree Chitra Tirunal Institute for Medical Sciences and Technology, where he contributed to the development of Parylene coatings for implantable medical devices. At the University of Tartu and University of Applied Sciences Northwestern Switzerland, he specialized in 3D printing of artificial muscles and bioprinting for bioremediation. His skills span FDM, SLA, electrospinning, ceramic nanoparticles, and hydrogel synthesis. In addition to his lab work, he has acted as a supervisor, educator, and EU project contributor. His roles demonstrate advanced proficiency in additive manufacturing, smart biomaterials, and digital fabrication—key areas shaping future biomedical and environmental technologies.

Awards and Honors

Mr. Ansar’s academic and professional excellence has been consistently recognized. He was awarded the GATE Masters Scholarship (2016–2018) and achieved an All India Rank of 32 in the GATE Polymer Science and Material Science category. He was the Runner-Up in the Brand D Management Competition during Spring Fest at IIT Kharagpur in 2017. He has also earned accolades for multiple poster presentations, including on biomedical coatings and sustainable rubber materials, at IRMRA and other prestigious platforms. These honors underscore his creativity, technical acumen, and capacity to translate theoretical knowledge into impactful innovations. His teaching merits and development of study materials for GATE aspirants further reflect his commitment to academic excellence and mentorship in polymer sciences.

Research Focus

Mr. Ansar’s research focuses on intelligent materials, additive manufacturing (3D printing), and biomaterials for medical and environmental applications. His work integrates polymer science, smart textiles, hydrogel-based systems, electrospun materials, and bioprinting technologies for creating actuators, biomedical implants, and sustainable filtration systems. Notably, he has investigated bioprinting for bioremediation, parylene coatings for implants, and artificial muscles using FDM and photopolymer techniques. His interdisciplinary approach, combining biopolymer engineering, chemical vapor deposition, and cytocompatibility testing, has led to novel insights in the development of responsive materials and devices. His goal is to bridge the gap between ecological sustainability and human health by advancing customizable, low-impact technologies in the polymer and medical materials domain.

hongshuai Gao | Advanced Materials Engineering | Research Hypothesis Excellence Award

Assoc. Prof. Dr hongshuai Gao, Heilongjiang university, China

Assoc. Prof. Dr. Hongshuai Gao is a distinguished researcher in civil engineering, specializing in FRP composite materials, polymer concrete, bridge engineering, and tower structures. Holding a Ph.D. from Northeast Forestry University, he completed joint research at Georgia Institute of Technology and postdoctoral studies in chemistry (Heilongjiang University) and civil engineering (China Earthquake Administration). A master’s supervisor and Black University Talent honoree, he has led over 20 research projects, published 30+ papers (including 10+ SCI/EI indexed), and holds 20 patents and 2 software copyrights. His innovative research has earned top provincial and national awards. As Teaching Secretary and Deputy Director at Heilongjiang University, he mentors students, guiding them to win 50+ competition awards. Actively engaged in peer-reviewing international journals, he also contributes to technical services in bridge and tower design, with a project budget nearing 1 million yuan. His contributions make him an ideal recipient of the Best Researcher Award. 🎓🔬🏗

Publication Profile

Google Scholar

Education

Dr. Hongshuai Gao holds a bachelor’s, master’s, and Ph.D. from Northeast Forestry University, focusing on civil engineering and materials science. During his doctoral studies, he participated in a joint research program at Georgia Institute of Technology, USA, gaining international exposure to advanced composite materials and structural engineering. Following his Ph.D., he pursued postdoctoral research in chemistry at Heilongjiang University, exploring polymer-based construction materials, and later completed a second postdoctoral fellowship in civil engineering at the Institute of Engineering Mechanics, China Earthquake Administration, specializing in seismic-resistant structures. His academic journey has provided him with multidisciplinary expertise in material mechanics, bridge engineering, and structural analysis. Dr. Gao’s education is complemented by continuous engagement in high-impact research, contributing to cutting-edge solutions in construction materials and structural safety. His strong academic foundation supports his extensive research contributions in polyurethane composites, FRP materials, and eco-efficient concrete. 📚

Experience

Assoc. Prof. Dr. Hongshuai Gao has built an illustrious career in civil engineering, material science, and structural mechanics. He is an Associate Professor at the School of Architecture and Engineering, Heilongjiang University, where he serves as Teaching Secretary, Deputy Director of the Experimental Center, and Vice Chairman of the Labor Union. A recognized expert in bridge and tower structures, he has been actively engaged in design, testing, monitoring, and reinforcement projects, contributing to technical services worth nearly 1 million yuan. As a peer reviewer for renowned international journals like KSCE, ACE, JPME, and The Open Civil Engineering Journal, he plays a pivotal role in evaluating cutting-edge research. His mentorship extends to guiding students in high-level research projects and competitions, securing over 50 provincial and national awards. His multidisciplinary experience makes him a leader in structural innovation and engineering education. 🏗📊🔬

Awards & Honors

Dr. Hongshuai Gao’s groundbreaking contributions in civil engineering and material science have earned him numerous prestigious awards, including:
✅ Honorary Title: Black University Talent 🎓🏆
✅ First Prize – Heilongjiang Province Teaching Achievement Award 🏅📚
✅ First Prize – National Forestry Excellent Engineering Survey & Design 🏗🌿
✅ Second & Third Prize – Scientific & Technological Progress (Heilongjiang Province) 🔬🏆
✅ First Prize – Heilongjiang University Teaching Achievement Award 🎓📚
✅ Second Prize – Heilongjiang University Teaching Innovation Competition 🏆💡
✅ Outstanding Instructor – Heilongjiang Challenge Cup Innovation & Entrepreneurship Competition 🎖💡
✅ Guided students to win 50+ provincial awards in research competitions 🏅🎓
✅ 20 authorized patents & 2 software copyrights 💻📜
His consistent excellence in research, teaching, and student mentorship has solidified his reputation as a leading academic and researcher in structural engineering and composite materials. 🏗🔬🏅

Research Focus

Assoc. Prof. Dr. Hongshuai Gao specializes in FRP composite materials, polymer concrete, bridge engineering, and structural mechanics. His innovative research focuses on lightweight, high-strength materials for sustainable and resilient infrastructure. He has pioneered the development of polyurethane cement (PUC) composites, improving mechanical properties, fatigue resistance, and thermal stability. His work extends to graphite tailings-based eco-efficient concrete, enhancing environmental sustainability. In bridge engineering, he explores shear strengthening techniques and temperature resistance in cold-region structures. His expertise in glass fiber-reinforced polyurethane composites is applied in communication towers and pole-line engineering. With 30+ high-impact publications, 20 patents, and extensive industrial collaborations, Dr. Gao’s research is shaping the future of durable, cost-effective, and eco-friendly construction materials. His work contributes to global advancements in sustainable infrastructure and earthquake-resistant engineering. 🏗🔬🌍

Publication Top Notes

1️⃣ Study on fatigue test and life prediction of polyurethane cement composite (PUC) under high or low temperature conditions – Advances in Materials Science and Engineering, 2020 🔬🏗

2️⃣ Study on mechanical properties and application in communication pole line engineering of glass fiber reinforced polyurethane composites (GFRP) – Case Studies in Construction Materials, 2023 🏗🌍

3️⃣ Mechanical properties and mechanism analysis of graphite tailings environment-friendly concrete – Materials, 2022 🔬♻️

4️⃣ Static load test analysis of T-beam bridge shear strengthening by Prestressed Steel Wire Rope Embedded in Polyurethane Cement (PSWR-PUC) – Sustainability, 2023 🏗📊

5️⃣ Graphite tailings’ effects on mechanical and physical properties of eco-efficient steel fiber-reinforced concrete – Buildings, 2022 ♻️🏗

6️⃣ Temperature field of long-span concrete box girder bridges in cold regions: Testing and analysis – Structures, 2024 ❄️🏗

7️⃣ Mechanical properties and application of glass fiber reinforced polyurethane composites communication lattice tower – Construction and Building Materials, 2024 🏗📡

8️⃣ Experimental study on flexural properties of polyurethane–cement composites under temperature load – Applied Sciences, 2022 🔬🏗

9️⃣ Study on mechanical properties of lightweight and high strength polyurethane cement composite (PUC) – Journal of Physics: Conference Series, 2021 🏗📚

🔟 Static field test on flexural behavior of reinforced concrete T-beam bridge strengthened with MPC-PSWR – Unpublished 🏗📊