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Course profile

Research Thesis (CHEE4026)

Study period
Sem 1 2025
Location
St Lucia
Attendance mode
In Person

Course overview

Study period
Semester 1, 2025 (24/02/2025 - 22/11/2025)
Study level
Undergraduate
Location
St Lucia
Attendance mode
In Person
Units
4
Administrative campus
St Lucia
Coordinating unit
Chemical Engineering School

Challenging project under the supervision of industry and academic experts in the fields of chemical, biological, environmental, materials, and metallurgical engineering. The tools of research, i.e. surveying literature, designing and running experiments, modelling results and possible outcomes, etc., are used to investigate a particular topic or problem. Projects can range from fundamental research to proposing solutions to issues of immediate industry or community concern. Students commencing Thesis Project in sem 1 enrol in CHEE4026 for sem 1 and sem 2; students commencing in sem 2 enrol in CHEE4027 for sem 2 and the following sem 1.

This course involves a research thesis conducted by you under the general guidance of an academic advisor over two semesters. This is a research project, which could be experimental or computational. ᅠ

Why do a Research Project/Research Thesis?

Conducting a Research Project/Research Thesis is a fantastic opportunity to pursue a piece of work that is your own. It allows you to go a little bit more in-depth into a topic, helping you to stand out in job applications within a very competitive market. Students often list their project on their CV and it has helped many get the jobs they seek. Several graduate engineers have highlighted how this course actually got them job-ready and into a position where they could deliver to their new employer.

During the course, you will have the opportunity to develop valuable research skills, which may include: reviewing scientific literature, using advanced scientific equipment, performing experiments and engineering processes.ᅠ

It will also allow you to develop and demonstrate your critical thinking; a key skill requirement in the engineering profession. It provides a great opportunity to demonstrate your job readiness to potential employers.

Students completing a four-unit project can also claim hours for their Engineering professional practice.

To find a project, please see the project selection guidelines below.

Project selection

You have three options when selecting a project:

  1. Choose from listed projects on the ᅠEAIT Student website and email potential supervisor. (Note, this is not a complete list of projects available and academics may continue uploading projects)
  2. If none of the listed projects are of interest, then consult School web pages and approach individual academics in research areas you are interested in. Should you be interested in any particular academic's research, you should enquire directly to them if they have a project.
  3. You may also create your own project, but must approach an academic to supervise you.

For a guide on the research covered by UQ Chemical Engineering, including relevant contacts for particular areas that may interest you, go to the Research Page of the School website.

Another useful source to discover the research at UQ and the School of Chemical Engineering is ᅠUQ Researchers database. This can be searched with keywords of areas of interest, or with a researcher's name to get more information on their research.

It is possible to do projects led out of different Schools at the University with permission from the coordinator.

How to apply

For any project, you must gain permission from the supervising academic and complete an Assignment of Topic Form (available on ChemEng website) - prior to the beginning of semester (submission by email is acceptable). Please include the following information in the email and upload the completed form as attachment in the email to the course coordinator Prof. Lianzhou Wang at l.wang@uq.edu.au. Once your form has been approved, the School will provide you with permission to enrol.

  • Student name
  • Student number
  • Name of UQ Academic Supervisor (Cc in your supervisor)
  • Project title

Read the guidelines in this course profile. Note there are several versions of this course:ᅠ

4006 – 2 unit thesis (Sem 1 only)

4007 – 2 unit thesis (Sem 2 only)

4026 – 4 unit across year (starting Sem 1)

4027 – 4 unit across year (starting Sem 2)

Confidentiality

If your thesis is to remain confidential for a period of time, include an accompanying Confidentiality Submission Letter cover page (DOCX, 22.5 KB)ᅠ in your final report. This letter is normally located in the report immediately after the title page and before the abstract.

If your thesis does not need to remain confidential, use the ᅠNon-Confidential Submission Letter cover page (DOCX, 24.3 KB).

Any queries, please contact:

Course Coordinator: Professor Lianzhou Wang, l.wang@uq.edu.au

Chemical Engineering Enquiries: studentenquiries@chemeng.uq.edu.au

Assesment

At the end of the year, the student will submit a project report in the form of a thesis that will be read and assessed by the supervisor and a nominated examiner. A short seminar abstract (for publicising presentation) and an oral presentation of about 15 min (~10 min presentation and 5 min questions) will also be required that will be assessed. There will also be an interim assessment in the first semester of the course (report and seminar).ᅠ

All students are expected to provide an electronic version of their thesis report.ᅠ

Intellectual Property:

Intellectual Property created by students during the period of enrolment in the thesis course will be treated in accordance with the ᅠ4.30.01 Intellectual Property Policy. The main clause is:ᅠ Students other than HDR candidates

The University does not assert ownership of IP created by students other than HDR candidates. However, it is acknowledged that some students (in particular honours students or postgraduate course work students with a research component) may collaborate with external entities on research projects. If there is potential for IP to be created, the University expects students to assign IP that the student may create to the University before project commencement. If the project does result in the creation of IP, students other than HDR candidates will be treated as HDR candidates per the Intellectual Property Procedures.ᅠ

However, it is suggested that you discuss IP with your advisor and assign any IP associated with the research projects/thesis to the university to be consistent with HDR students, as outlined here: ᅠhttps://study.uq.edu.au/admissions/phd-mphil-professional-doctorate/intellectual-property.

Course requirements

Assumed background

This depends upon the specific topic chosen, but in general one should have undertaken the normal chemical engineering course work for the first six semesters.

Prerequisites

You'll need to complete the following courses before enrolling in this one:

Permission of Head of School.

Incompatible

You can't enrol in this course if you've already completed the following:

CHEE4006, CHEE4007, CHEE4027, MINE4205, MINE4206, MINE4216

Course contact

Course staff

Lecturer

Timetable

The timetable for this course is available on the UQ Public Timetable.

Additional timetable information

The contact hours need to be arranged between the students and their thesis supervisors. The students are strongly advised to have regular meetings with their supervisors to enable them to monitor, critique and advise on the students’ progress. The expectation is that students meet with their supervisors regularly and that typically students spend about 10 hours per week (per 2-unit) working on the project. The supervisors often co-supervise students with their postdoctoral researchers and Higher Degree Research students who can work more closely with students in the laboratory and provide advice and guidance in a timely manner. However, it is recommended that students arrange to meet with their thesis supervisors at least fortnightly.ᅠ

Lecture/workshop: There will be a lecture in the first/second week of the semester to go through: expectations of course, OHS, ᅠresearch methodology, report writing, presentation skills, etc. as well as highlighting the value of scientific research from an academic and industry perspective. There will be a second lecture in Week 8 or 9 in the semester focusing on thesis writing, presentation skill and assessment.

Seminar Day:ᅠ Presentations will be held during exam period and students will be required to attend and ask questions during the entire session (up to 4 hours) in which they present.