Here are the objectives of the course Chemical Engineering as a Systems Engineering Discipline:
1. Understand the Role of Chemical Engineering in Society
o Explore how chemical engineering contributes to improving the quality of life and addresses the demands of the 21st century.
2. Learn the History and Evolution of Chemical Engineering
o Gain insight into the development of the field and its major contributions to society over time.
3. Understand the Principles of Chemical Engineering Design
o Study the foundational principles and their applications in creating sustainable and innovative solutions.
4. Analyze and Solve Problems in Chemical and Allied Industries
o Learn how to use modern techniques, engineering tools, and simulation methodologies to address industry challenges.
5. Explore Sustainable Development
o Understand the importance of sustainability, life-cycle analysis, and environmental impact mitigation in chemical engineering processes.
6. Foster Safety Awareness
o Recognize the significance of safety principles and practices in process industries.
7. Enhance Multidisciplinary Collaboration and Leadership Skills
o Develop teamwork, leadership, and communication skills to work effectively in professional environments.
8. Learn Professional and Ethical Responsibilities
o Understand the ethical standards required for responsible engineering practice.
9. Engage in Lifelong Learning and Innovation
o Foster a mindset of continuous improvement to stay updated with modern advancements in the field.
10. Explore Career Opportunities and Professional Orientation
o Gain insights into the various fields and career paths in chemical engineering, along with an understanding of its methodologies and computational tools.
These objectives aim to provide you with a holistic understanding of chemical engineering and prepare you for professional and academic success in the field.