Page 31 - MSc-BiologyProgramsOffered

SC I0 4 851 0 Ad va n c e Ti s su e 4(3-3-6) None Introduction to tissue engineering, cell culture, 5. Orally present the information in the given topic with a
Engineering None cell metabolism, cell imaging, stem cells,
design of in vitro culture and bioreactor, organ-
SCI04 8511 Advanced Biosensor 4(3-3-6) on-a-chip, tissue-engineered skin transplant,
Technology and vascularization of tissue transplants, and
the experiments related to tissue engineering.
Introduction to biosensors technology,
temperature sensors, light sensors, spectro-
photometry, detec tion of fluorescence,
electrochemical sensors, piezoelectric sensors,
immunosensors, lab-on-chip biosensors, and
nanobiosensors and the experiments related to
biosensor technology.
M.Sc. (Biology)
Update June 1, 2023
use of PowerPoint and give a class discussion (PLO3);
6. Work as a team for presenting and managing the class
presentation activity (PLO2).
7. Explain techniques used in the experiments (PLO1);
8. Write lab report and analyze experimental results
(PLO6).
1. Describe the concepts of tissue engineering and its
importance (PLO1);
2. Explain the principles of cell culture, cell metabolism,
cell imaging, stem cells, design of in vitro culture and
bioreactor, organ-on-a-chip, tissue-engineered skin
transplant, and vascularization of tissue transplants
(PLO1);
3. Use information technology to search for the innovations
and products based on the tissue engineering knowledge
(PLO4);
4. Work as a team to design tissue engineering of interest
(PLO2, PLO7);
5. Orally present the information in the given topic with a
use of PowerPoint and give a class discussion (PLO3);
6. Work as a team for presenting and managing the class
presentation activity (PLO2).
7. Explain techniques used in the experiments (PLO1);
8. Write lab report and analyze experimental results (PLO6).
1. Describe the concepts of biosensors technology and key
components (PLO1);
2. Explain the principles of temperature sensors, light sensors,
spectrophotometry, detection of fluorescence,
electrochemical sensors, piezoelectric sensors, immuno-
sensors, lab-on-chip biosensors, and nanobiosensors
(PLO1);
3. Use information technology to search for the innovations
and products based on the biosensor technology
knowledge (PLO4);
4. Work as a team to design biosensors of interest (PLO2,
PLO7);
5. Orally present the information in the given topic with a
use of PowerPoint and give a class discussion (PLO3);