E6009 Master of Industrial Chemical Engineering
Faculty of Engineering
Master of Industrial Chemical Engineering (E6009) is a 1.5 years full-time, 72-credit-point, master's degree (coursework) course from the Faculty of Engineering, taught at Clayton and Suzhou (SEU). Map your units semester by semester with the MonMap planner.
- Credit points
- 72
- Duration
- 1.5 years full time
- 3 years part time
- Campus
- Clayton, Suzhou (SEU)
- On campus
This is the 2023 handbook entry. See the 2027 entry.
Reviews
No reviews yetNo reviews yet. Be the first to review E6009.
Requisite map
The 2023 handbook lists no units for E6009 itself. Pick an area of study to see its units.
Overview
The Master of Industrial Chemical Engineering is designed to fulfil a growing need for professionals with a broad awareness of chemical engineering including new technological advancements in the areas of biological processing, food processing, and replacement/improvement of many existing processes with more energy efficient, advanced membrane technologies. The course complements these state-of-the-art of processing units with a core sequence consisting of advanced approaches to data analysis, process modelling and optimisation, and reaction engineering, which provides you with advanced tools for both new and more traditional areas of the chemical engineering field. This forward-looking course is aimed at giving you a thorough understanding of the necessary fundamental knowledge including computational and statistical analysis and then building on specialist skills so that you can appraise and evaluate solutions to complex problems encountered in chemical engineering.
Course structure
Part A. Advanced expertise24 credit points
Part B. Industrial chemical core units48 credit points
- CHE5110Advanced thermodynamicsNo reviews yet6 cp
- CHE5881Advanced reaction engineeringNo reviews yet6 cp
- CHE5882Biomass and biorefineriesNo reviews yet6 cp
- CHE5883Nanostructured membranes for separation and energy productionNo reviews yet6 cp
- CHE5884Process modelling and optimisationNo reviews yet6 cp
- ENG5001Advanced engineering data analysisNo reviews yet6 cp
- ENG5005Research methodsNo reviews yet6 cp
- ENG5006Research practiceNo reviews yet6 cp
The handbook's description of this structure
The course is structured into two parts: Part A. Advanced expertise and Part B. Industrial chemical core units.
Part A. Advanced expertise
These units are taken within the partner degree at Southeast University Suzhou and recorded as block credit for this course.
Part B. Industrial chemical core units
You will identify, interpret and critically appraise current developments and advanced technologies, and apply this knowledge within the industrial chemical engineering discipline. You will also complete an independent self-guided research project aimed at advancing the body of knowledge in the discipline.
Course progression map
The course progression map provides guidance on unit enrolment for each semester of study.
The course comprises 72 points structured into two parts: Part A. Advanced expertise (24 points) and Part B. Industrial chemical core units (48 points).
Units are 6 points unless otherwise stated
Part A. Advanced expertise (24 points)*
The Advanced expertise units are taken within the partner degree at Southeast University Suzhou and recorded as block credit for this course.
Part B. Industrial chemical core units (48 points)
You must complete:
- CHE5110 Advanced engineering thermodynamics
- CHE5881 Advanced reaction engineering
- CHE5882 Biomass and biorefineries
- CHE5883 Nanostructured membranes for separation and energy production
- CHE5884 Process modelling and optimisation
- ENG5005 Research methods
- ENG5006 Research practice
- ENG5001 Advanced engineering data analysis
*You must provide your SEU Masters transcript with details of the relevant completed engineering units to Monash University to be eligible for 24 points of block credit.
Learning outcomes
These course outcomes are aligned with the Australian Qualifications Framework and Monash Graduate Attributes.
Upon successful completion of this course it is expected that you will be able to:
- 1
Understand, reflect critically upon, and proficiently apply the relevant sciences and scientific methods underpinning at least one specialist engineering practice area, to design and critically appraise solutions to complex problems.
- 2
Identify and critically appraise current developments and advanced technologies, and apply knowledge of these to at least one specialist area.
- 3
Engage in an internationalised world by reflecting on the social and environmental impact of at least one specialist engineering practice area, and contextualise complex design solutions to appropriately consider the impact on an international community.
- 4
Determine, analyse and proficiently apply theoretical, experimental, and numerical simulation of phenomena to predict, design, control and optimise the performance of complex engineering systems.
- 5
Apply systematic engineering synthesis, critical judgement, design processes, project management and innovative approaches to solve complex problems.
- 6
Conduct independent investigation and critical reflection as a means to maintain ethical accountability in professional decisions.
- 7
Critically analyse problems through independent research to enable effective delivery of innovative solutions.
Entry requirements
English language
Monash Level A, that is: IELTS (Academic): 6.5 overall (no band lower than 6.0); or Pearson Test of English (Academic): score of 58 overall with no band lower than 50; or TOEFL Internet-based test: score of 79 overall with minimum scores: Writing: 21, Listening: 12, Reading: 13 and Speaking: 18; or Equivalent approved English test
More information
Progression to further studies
Successful completion of this course may provide a pathway to a graduate research degree. You will need to demonstrate a strong academic record in your prior and/or current studies.
If you are considering a graduate research degree you are advised to consult the course coordinator in regards to course progression.
Other information
The Master of Industrial Chemical Engineering is designed to fulfil a growing need for professionals with a broad awareness of chemical engineering including new technological advancements in the areas of biological processing, food processing, and replacement/improvement of many existing processes with more energy efficient, advanced membrane technologies. The course complements these state-of-the-art of processing units with a core sequence consisting of advanced approaches to data analysis, process modelling and optimisation, and reaction engineering, which provides you with advanced tools for both new and more traditional areas of the chemical engineering field. This forward-looking course is aimed at giving you a thorough understanding of the necessary fundamental knowledge including computational and statistical analysis and then building on specialist skills so that you can appraise and evaluate solutions to complex problems encountered in chemical engineering.
Contacts
- Academic Coordinator
- Professor Xiwang Zhang
Common questions
How long is Master of Industrial Chemical Engineering?
1.5 years full time, 72 credit points. At 24 credit points a semester, that is 3 semesters of full-time study.
Where can I study Master of Industrial Chemical Engineering?
At Clayton and Suzhou (SEU).
How do I plan my Master of Industrial Chemical Engineering units?
Open the course in the MonMap planner. It lays out your semesters, checks prerequisites as you drag units in, and tracks the credit points each requirement still needs.