• Full name: Nguyen Huy Tien
• Academic title/degree: Master's
• Department: Environmental Engineering
• Position: Deputy Head of the Department of Microclimate and Construction Environment
• Email: tiennh@huce.edu.vn

Training process :

• Master's degree: from 1998 to 2000, University of Civil Engineering
• University: from 1992 to 1997, University of Civil Engineering

Teaching the following subjects:

• Introduction to the industry (Hong Kong industry)
• Pumps, fans
• Ventilation
• Natural ventilation and energy saving.
• Installation of technical systems in the building.
• Energy audit
• Indoor air quality
• Ventilation and air conditioning (for other industries)
• Engineering systems in buildings (for other industries)

Research field

• Air environment
• Air pollution control
• Ventilation, air conditioning
• Heat recovery and energy saving in ventilation and air conditioning.

Outstanding science and technology projects and research topics: Leading the implementation of outstanding research topics:

• Analysis and evaluation of the potential application of chiller heat pumps for hot water supply in various types of buildings under Vietnamese climatic conditions. Project code: 12-2019/KHXD. Rating: Fair.
• Comparison and evaluation of standards applied in calculating pressurized ventilation for emergency stairwells in high-rise buildings. Project code: 16-2015/KHXD. Rating result: good.
• Calculating airflow to ensure required pressure in the design of a hospital operating room air conditioning system. Project code: 14-2014/KHXD. Rating: Fair.
• Analysis of advantages and disadvantages and proposed selection of a chilled water supply system scheme in the design of a central air conditioning system suitable for the characteristics, nature, and scale of the building. Project code: 12-2013/KHXD. Rating: Fair.
• Research on methods for determining atmospheric stability levels used to calculate pollutant dispersion in the air environment caused by different types of emission sources. Project code: B2006-03-03. Rating: Fair.

Participated in the implementation of key projects:

• Develop methods and procedures for energy auditing. in civil buildings. Ministry of Construction-funded research project, 2012-2013.
• Building capacity for preventing and responding to environmental incidents in Vinh Phuc province. Provincial-level project, 2008.
• This study proposes solutions for controlling environmental pollution in industrial zones and clusters in Phu Tho province. It is a provincial-level research project, conducted in 2006-2007.
• Research assessing the environmental impact on public health in craft villages of Ha Tay province, proposing solutions for sustainable development. Provincial-level project, 2005-2006.
• Controlling pollution from asbestos-based roofing sheet manufacturing facilities nationwide in accordance with State regulations on environmental protection. Ministry of Natural Resources and Environment-funded project, 2005-2006.
• Research assessing the environmental status of asbestos cement roofing sheet production facilities and the effects of asbestos on human health - Proposed solutions. Ministry of Science, Technology and Environment-funded project, 2002-2004.

Scientific publications
Participate in compiling curricula and textbooks for training purposes:

• Continuing Education Program and Materials on Medical Waste Management for Lecturers, Medical Publishing House, 2015.
• Continuing Education Program and Materials on Medical Waste Management for Monitoring Staff, Medical Publishing House, 2015.

The article was published in a domestic journal:

• Analysis and evaluation of the potential application of chiller heat pumps for hot water supply in various types of buildings under Vietnamese climatic conditions. Workshop on Technological and Engineering Solutions for the Development of Green Buildings and Green Cities in Vietnam, December 2019 (pages 160-170).
• Tran Ngoc Chan, Nguyen Huy Tien, Method for calculating pollutant dispersion from road sources, Construction Journal, September 2008 (pages 23-26).
• Nguyen Huy Tien, The influence of unit mass on the distribution of dust concentration in the air according to the Gaussian model, Construction Journal, 7/2008 (pages 35 - 37).
• Nguyen Huy Tien, Calculation of dust dispersion according to the Gaussian model taking into account the falling velocity of dust particles, Journal of Construction Science and Technology, 3/2008 (pages 63 - 68).

Scientific reports published in conference and seminar proceedings:

• Tran Ngoc Chan, Nguyen Huy Tien, The influence of unit mass on the distribution of dust concentration in the air according to the Gaussian model. National Scientific Conference on Healthcare and Protection of Workers' Health in the Integration Process. Organized by: Institute of Occupational Safety and Health - Vietnam General Confederation of Labor, July 2009 (pages 283-288).
• Tran Ngoc Chan, Nguyen Huy Tien, The influence of unit mass on the distribution of airborne dust concentration according to the Gaussian model. Workshop on Maintaining and Improving Air Quality in Vietnam (2nd time). Organized by: Faculty of Natural Sciences, Vietnam National University, Hanoi; Environmental Protection Agency; Vietnam-Switzerland Clean Air Program; Vietnam Clean Air Network, August 2008 (pages 90-97).
• Tran Ngoc Chan, Nguyen Huy Tien, "Method for calculating pollutant dispersion from sugar sources," Workshop on Maintaining and Improving Air Quality in Vietnam (2nd edition). Organized by: Faculty of Natural Sciences, Vietnam National University, Hanoi; Environmental Protection Agency; Vietnam-Switzerland Clean Air Program; Vietnam Clean Air Network, August 2008 (pages 81-89).
• Tran Ngoc Chan, Nguyen Huy Tien, Calculation of dust dispersion using the Gaussian model considering the falling velocity of dust particles, National Scientific Conference: Environment - Health; Energy efficiency in construction; Climate change. Organized by: Vietnam Association of Construction Environment, Institute of Chemical Engineering and Occupational Safety, January 2008 (pages 17 - 23).