Page 26 - MSc-BiologyProgramsOffered

SCI04 7504 Green Technology of 4(4-0-8) None elimination of pesticides, and current topics
Nanomaterials
SCI04 7605* Bioplastic for
Sustainable Development
M.Sc. (Biology)
Update June 1, 2023
None related to environmental nanotechnology.
4(4-0-8) Principles and mechanisms of eco-friendly
syntheses of nanomaterials, emphasis on the
uses of extracts derived from plant, animals,
and microorganisms to synthesize
nanomaterials, the uses of biopolymers in the
groups of polysaccharides, proteins, and nucleic
acids to synthesize nanomaterials, the uses of
living cells (such as bacteria and plants) as
biofactories to synthesize nanomaterials, and
current topics of green technology of
nanomaterials.
Classification of bioplastics derived from
petroleum-based and bio-based bioplastics,
synthesis of biodegradable polymers from
microbes, applications, properties, testing of
biodegradability, degradation of bioplastics,
green technology, eco-technology, green-
labeled products, environmental concern
detection and elimination of pesticides (PLO4,
Understand);
2. Solve the given problems relating to environmental
nanotechnology via the knowledge from this course
(PLO4, Apply);
3. Compare the advantages and limitations of current
technology to detect pesticides (PLO5, Analyze);
4. Use information technology to obtain knowledge
relating to current topics in environmental
nanotechnology (both Thai and English) to present and
discuss in the classroom with classmates and the teacher
(PLO2, PLO3, PLO6, Apply).
1. Explain principles and mechanisms of eco-friendly
syntheses of nanomaterials, emphasizing the uses of
extracts derived from plants, animals, and
microorganisms to synthesize nanomaterials, the uses
of biopolymers in the groups of polysaccharides,
proteins, and nucleic acids to synthesize nanomaterials,
the uses of living cells (such as bacteria and plants) as
biofactories to synthesize nanomaterials (PLO4,
Understand);
2. Use the knowledge from the course contents to solve
the designated problems (PLO4, Apply);
3. Analyze and compare the mechanism of nanoparticle
formation using different extracts (PLO5, Analyze);
4. Compare the mechanism of nanoparticle formation in
bacterial and plant cells (PLO5, Evaluate);
5. Self-searching to gain knowledge via the use of
information technology on the current topics of the
green technology of nanomaterials (both Thai and
English) to present and discuss in the classroom with
classmates and teacher (PLO2, PLO3, PLO6, Apply).
1. Know and explain principles of classification of
bioplastics derived from petroleum-based and bio-based
bioplastics, synthesis of biodegradable polymers,
applications, properties, testing of biodegradability,
degradation of bioplastics, green technology, eco-
technology, green-labele d products (PLO4,
Understand);