COURSE OBJECTIVES

1. Apply mathematics and the basic sciences in formulating chemical engineering theories.
2. Identify, formulate and solve chemical engineering problems in industry using the theories, principles and knowledge of process engineering.
3. Design and conduct experiments and analyse/interpret the data collected so as to validate chemical engineering theories and optimise processes.
4. Communicate effectively using graphical, written and oral methods in both Spanish and English.
5. Demonstrate proficiency in the use of chemical engineering tools such as the computer, laboratory scale and pilot plants.
6. Exhibit competence in operations and project management.
7. Apply simulation techniques to analyse the performance of individual equipment (such as compressors, separators, pumps, reactors) and complete plants in both normal operating conditions and start-up conditions.
8. Use technical criteria and economics to evaluate candidate materials for construction of equipment and process apparatus subjected to specify chemical environments and operating conditions.
9. Utilize the principles of unit operations to design, evaluate and optimise the performance of environmental protection, chemical and biotechnology facilities.
10. Utilize the principles of industrial microbiology in the design, evaluation and optimisation of biotechnology processes, food preservation, biosynthesis of active substances and decomposition processes.
11. Understand the role of the engineer in society.
12. Fulfil the academic requirements for engineering accreditation for membership in professional engineering organisation in Jamaica (JIE), the Caribbean region (CCEO) and internationally (ABET).