Description:

The "Electrochemical Sensors in Biotech Industry" program is designed to provide students with a comprehensive understanding of the applications, design, and implementation of electrochemical, optical and other types of sensors in the rapidly evolving field of biotechnology. Electrochemical and optical sensors play a pivotal role in monitoring and analyzing biological processes, enabling advancements in diagnostics, therapeutics, and environmental monitoring. This program equips students with the knowledge and practical skills needed to contribute to cutting-edge developments in the intersection of electrochemistry, optics and biotechnology.

Duration: 2 semesters

Mode: Online and in person

Degree: Diploma

Cost: $7550 (financial assistance available)

Curriculum:

1. Introduction to Electrochemistry, optics and Biotechnology

• Fundamentals of electrochemical and optical principles

• Overview of biotechnological applications

• Historical perspective and recent advances

2. Sensor Technologies and Types

• Introduction to various sensor types

• Electrochemical/optical sensors vs. other sensing technologies

• Nanotechnology and its role in sensor development

3. Basics of Biological Systems

• Understanding biomolecules and cellular processes

• Relevance of sensors in biotechnological studies

• Case studies on existing applications

4. Sensors Components and Fabrication

• Sensors materials and their properties

• Sensor design and fabrication techniques

• Quality control and optimization processes

5. Signal Processing and Data Analysis

• Signal amplification and detection methods

• Data acquisition and analysis tools

• Statistical methods in interpreting sensor data

6. Applications in Biomedical Diagnostics

• Point-of-care diagnostics and personalized medicine

• Continuous monitoring of biomarkers

• Wearable electrochemical/optical sensors

7. Environmental Monitoring and Analysis

• Detection of pollutants and contaminants

• Real-time monitoring in environmental settings

• Regulatory aspects and standards

8. Integration with Bioprocessing

• Monitoring and control in bioproduction

• Optimization of fermentation processes

• Challenges and innovations in bioprocessing

9. Emerging Trends and Future Directions

• Biosensors for emerging diseases

• Integration with artificial intelligence and machine learning

• Industry and research perspectives on the future of biotech sensors

10. Hands-on Laboratory Experience

• Design and fabrication of electrochemical/optical sensors

• Calibration and testing procedures

• Troubleshooting and optimization exercises

11. Industry Internship

• Practical experience in a biotech industry setting

• Collaboration with professionals and researchers

• Application of knowledge in a real-world context

12. Research Project

• Independent or collaborative research project

• Investigation of a relevant issue or innovation

• Presentation of findings and conclusions

13. Ethical and Regulatory Considerations

• Ethical issues in biotechnology research

• Regulatory framework for sensor development and deployment

• Responsible innovation in the biotech industry

Upon completion of this program, students will possess a strong foundation in electrochemical and optical sensor technologies and their applications in the biotech industry, preparing them for careers in research, development, and innovation within this dynamic and interdisciplinary field.