Student/Member, Northeast Forestry University, China
Shuang Yan is a researcher at Northeast Forestry University, specializing in architectural acoustics and sustainable materials. With a focus on reverberation control using wood-based materials, Shuang has contributed significantly to enhancing speech intelligibility and noise reduction in educational spaces. Their research integrates sustainable solutions with building acoustics, benefiting both theoretical advancements and practical implementations. Shuang collaborates with leading institutions, fostering innovative strategies for sound control in architectural environments.
PROFESSIONAL PROFILE
Orcid
EDUCATION 🎓
Shuang Yan earned their degree from Northeast Forestry University, Harbin, China, where they focused on environmental engineering and material science. Their academic journey was centered on the application of wood-based materials for sound absorption and reverberation control. During their studies, Shuang gained hands-on experience in acoustic modeling, sustainable materials, and environmental noise reduction. Their research contributed to improving classroom acoustics, helping to create efficient and eco-friendly soundproofing solutions.
EXPERIENCE 🏆
Shuang Yan is currently employed at Northeast Forestry University in Harbin, China. Their work involves experimental research, data analysis, and acoustic modeling to optimize wood-based materials for sound absorption. Through collaboration with academic and industry experts, Shuang has successfully implemented advanced techniques for reducing reverberation time in classrooms and auditoriums. Their expertise extends to sustainable building materials, green architecture, and environmental noise control, contributing to innovative solutions for energy-efficient and eco-friendly sound management.
AWARDS & HONORS 🏅
- Best Researcher Award for contributions to architectural acoustics and sustainable materials.
- Recognized for innovative work in reverberation time control using wood-based materials.
- Honored by academic institutions for advancing sustainable acoustic solutions.
- Received commendation for interdisciplinary research integrating material science and acoustics.
RESEARCH FOCUS 🔬
Shuang Yan’s research revolves around reverberation control, sustainable building materials, and architectural acoustics. Their studies emphasize reducing classroom noise, improving speech intelligibility, and enhancing sound absorption using eco-friendly materials. Through experimental methodologies, they have contributed to optimizing wood-based acoustic panels for energy-efficient and noise-reducing buildings. Their work directly impacts the construction industry, environmental engineering, and acoustic research.
PUBLICATION 📚
- Research on Regulating Classroom Reverberation Time by Using Wood Materials – Journal of Building Engineering (2025)
CONCLUSION
Shuang Yan’s research plays a crucial role in advancing architectural acoustics and sustainable material applications. Their work has led to practical improvements in classroom design, ensuring better speech clarity and noise reduction. As a dedicated researcher and innovator, Shuang continues to collaborate with leading experts, pushing the boundaries of eco-friendly sound control solutions.