Professional Recognition
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This Specialisation has been Accredited by: Engineers Australia.
This professional recognition only applies when you study this Specialisation in the following course:
Details
Structure
Unit Code | Unit Title | Credit Points |
---|---|---|
ENS6166 | Process Engineering Fundamentals | 15 |
ENS5556 | Heat and Mass Transfer | 15 |
ENS5161 | Environmental and Process Risk Management | 15 |
ENS6167 | Process Systems Analysis | 15 |
ENS6169 | Chemical Thermodynamics | 15 |
ENS6160 | Signals and Systems | 15 |
ENS5253 | Control Systems | 15 |
ENS5561 | Minerals and Solids Processing | 15 |
ENS6172 | Unit Operations and Process Design Fundamentals | 15 |
ENS6171 | Reaction Engineering | 15 |
ENS5209 | Process Control | 15 |
ENS5270 | Engineering Process Design | 15 |
Note: Where a student has completed the equivalent of one or more of the above units in prior undergraduate level studies at an appropriate level, the Course Coordinator may, in some cases, consider substitutions with other available units. Students should consult with their course coordinator to see whether this is possible.
For more detailed unit information for this Specialisation take a look at our Handbook. To organise your life for next semester visit the Teaching timetable.
Student handbookNotes
Learning Outcomes
- Reflect critically on a complex body of knowledge, research principles and methods within the chemical engineering discipline to demonstrate mastery of professional practice.
- Apply cognitive, technical and creative skills to investigate, evaluate and synthesise complex ideas, concepts and theories in authentic chemical engineering situations.
- Apply high level communication and collaboration skills in a professional chemical engineering context.
- Use high level self management skills to initiate, plan and execute a substantial chemical engineering project.