HK1_2021_EL701100_Quản lý an toàn hóa chất _N1
CHEMICAL SAFETY MANAGEMENT
COURSE CODE: EL701100
Brief course content
The Chemical Safety Management module includes advanced contents on industrial toxicology, intrusion mechanism, the process of toxic effects in industry, the effects of toxins on employees' health and providing principles and measures to prevent poisoning in chemical storage, transport and use
COURSE OBJECTTIVES (COs)
1/ Understand knowledge of industrial toxins, industrial poisoning and how to prevent it
2/ Demonstrate the ability to identify, analyze, evaluate, make decisions, and handle chemical safety issues scientifically and systematically
3/ Demonstrate thinking about how to identify toxins in industry, their effects on workers 'health, then propose appropriate solutions to prevent poisoning and protect employees' health.
4/ Understand the ethical values of careers and practical work; have proper attitude and behavior in their academic activities and professional careers in the future
COURSE OUTLINE
Chapter 1: Overview of chemical toxins
Chapter 2. Absortion, Distribution and Elimination of chemical toxins
Chapter 3. Toxicity of industrial chemical
Chapter 4. Risk assessment and safety management of chemicals
COURSE MATERIALS
Textbook (Recommended):
[1]. Hoàng Văn Bính, Độc chất học công nghiệp và dự phòng nhiễm độc, Hà Nội, NXB Khoa học kỹ thuật, 2007.
[2]. Ernest Hodgson, A textbook of Mordern Toxicology, the 3rd edition, Printed by John Wiley and Sons, Ltd in USA, 2008.
[3]. Phillip L. Williams, Robert C. James, Stephen M. Roberts, Principles of Toxicology Environmental and Industrial Applications, the 2nd edition, A Wiley-Interscience Publication, 2000.
Main references:
[4]. Trịnh Thị Thanh, Độc học môi trường, sức khỏe con người, Hà Nội, NXB ĐHQG, 2008.
[5]. Trường Đại học Y khoa Thái Nguyên, Môi trường và độc chất, Hà Nội, NXB Y Học, 2007.
[6]. Timbrell, J. A, Principles of Biochemical Toxicology, 3rd ed. London: Taylor and Francis, 2000.
LEARNING GUIDANCE
Class attendance: Students are strongly encouraged to attend class with at least 80%. Study seriously.
In-class Participation: Students are expected to attend all classes and examinations.
In-class participation includes attending lecture, discussing and answering questions, team working.
Homework: complete homework, reading notes in textbooks and references in the TDTU Library.
Examinations: includes 40% and 60%.
DESCRIPTION OF EVALUATION
Process evaluation 1: 40%: Process exercise
Final exam: 60%: Report
COURSE CODE: EL701100
Brief course content
The Chemical Safety Management module includes advanced contents on industrial toxicology, intrusion mechanism, the process of toxic effects in industry, the effects of toxins on employees' health and providing principles and measures to prevent poisoning in chemical storage, transport and use
COURSE OBJECTTIVES (COs)
1/ Understand knowledge of industrial toxins, industrial poisoning and how to prevent it
2/ Demonstrate the ability to identify, analyze, evaluate, make decisions, and handle chemical safety issues scientifically and systematically
3/ Demonstrate thinking about how to identify toxins in industry, their effects on workers 'health, then propose appropriate solutions to prevent poisoning and protect employees' health.
4/ Understand the ethical values of careers and practical work; have proper attitude and behavior in their academic activities and professional careers in the future
COURSE OUTLINE
Chapter 1: Overview of chemical toxins
Chapter 2. Absortion, Distribution and Elimination of chemical toxins
Chapter 3. Toxicity of industrial chemical
Chapter 4. Risk assessment and safety management of chemicals
COURSE MATERIALS
Textbook (Recommended):
[1]. Hoàng Văn Bính, Độc chất học công nghiệp và dự phòng nhiễm độc, Hà Nội, NXB Khoa học kỹ thuật, 2007.
[2]. Ernest Hodgson, A textbook of Mordern Toxicology, the 3rd edition, Printed by John Wiley and Sons, Ltd in USA, 2008.
[3]. Phillip L. Williams, Robert C. James, Stephen M. Roberts, Principles of Toxicology Environmental and Industrial Applications, the 2nd edition, A Wiley-Interscience Publication, 2000.
Main references:
[4]. Trịnh Thị Thanh, Độc học môi trường, sức khỏe con người, Hà Nội, NXB ĐHQG, 2008.
[5]. Trường Đại học Y khoa Thái Nguyên, Môi trường và độc chất, Hà Nội, NXB Y Học, 2007.
[6]. Timbrell, J. A, Principles of Biochemical Toxicology, 3rd ed. London: Taylor and Francis, 2000.
LEARNING GUIDANCE
Class attendance: Students are strongly encouraged to attend class with at least 80%. Study seriously.
In-class Participation: Students are expected to attend all classes and examinations.
In-class participation includes attending lecture, discussing and answering questions, team working.
Homework: complete homework, reading notes in textbooks and references in the TDTU Library.
Examinations: includes 40% and 60%.
DESCRIPTION OF EVALUATION
Process evaluation 1: 40%: Process exercise
Final exam: 60%: Report