DPT: Chemical Engineering (MEng Hons) (UTCHENM)

Jump to: Year 1, Year 2, Year 3, Year 4, Year 5

Year 1 Academic year: 2018/19, Starting in: September

Compulsory courses

Chemistry for Chemical Engineers 1A

Must be taken during Semester 1

Engineering Mathematics 1a

Must be taken during Semester 1

Engineering 1

Must be taken during Semester 1

Chemical Engineering 1

Must be taken during Semester 2

Chemistry for Chemical Engineers 1B

Must be taken during Semester 2

Engineering Mathematics 1b

Must be taken during Semester 2

Year 2 Academic year: 2018/19, Starting in: August

Progression to Year 2 normally requires passes in at least 80 credit points worth of courses in Year 1.

In addition, entry to Year 2 is normally only permitted if the following pre-requisite courses are passed:

- CHEM08028: Chemistry for Chemical Engineers 1A
- CHEM08029: Chemistry for Chemical Engineers 1B
- SCEE08001: Engineering 1 or CHEE08001: Chemical Engineering
- MATH08074: Engineering Mathematics 1a
- MATH08075: Engineering Mathematics 1b.

Compulsory courses

Chemistry and Processes 2

Must be taken during Semester 1

Engineering Mathematics 2A

Must be taken during Semester 1

Computational Methods for Chemical Engineers 2

Must be taken during Semester 1

Separation Processes 2

Must be taken during Full Year

Fluid Mechanics 2

Must be taken during Semester 1

Plant Engineering 2

Must be taken during Semester 2

Introduction to Biochemical Engineering 2

Must be taken during Semester 2

Process Calculations 2

Must be taken during Semester 2

Chemical Engineering Thermodynamics 2

Must be taken during Semester 2

Materials Science and Engineering 2

Must be taken during Semester 2

Engineering Mathematics 2B

Must be taken during Semester 2

Year 3 Academic year: 2018/19, Starting in: August

Progression to Year 3 normally requires passes in at least 100 credit points worth of courses in Year 2. The 100 credit points passed must be from the list of courses given in Year 2 of the Degree Programme Table (DPT) of the student's chosen degree programme.

In addition, entry to Year 3 is normally only permitted if the following pre-requisite courses are passed:

- SCEE08003: Fluid Mechanics 2
- CHEE08014: Process Calculations 2
- CHEE08009: Thermodynamics (Chemical) 2.

Compulsory courses

Chemical Engineering Design 3

Must be taken during Full Year

Chemical Engineering Laboratory 3

Must be taken during Full Year

Solids Processing 3

Must be taken during Semester 1

Chemical Engineering Kinetics and Catalysis 3

Must be taken during Semester 1

Thermodynamics and Unit Operations 3

Must be taken during Semester 1

Heat, Mass and Momentum Transfer 3

Must be taken during Semester 2

Process Dynamics and Control 3

Must be taken during Semester 2

Process Safety and Environmental Issues in Chemical Engineering 3

Must be taken during Semester 2

Year 4 Academic year: 2018/19, Starting in: August

Compulsory courses

Chemical Engineering Design: Projects 4

Must be taken during Full Year

Chemical Engineering Study Project 4

Must be taken during Full Year

Fluid Mechanics (Chemical) 4

Must be taken during Semester 1

Chemical Engineering Design: Synthesis and Economics 4

Must be taken during Semester 1

Chemical Reaction Engineering 4

Must be taken during Semester 1

Chemical Engineering Design 4

Must be taken during Semester 1

Engineering Project Management 4

Must be taken during Semester 1

Course options

No more than 20 credits of Optional Courses at SCQF level 10 (indicated by a 4 in the course title) may be taken over 4th and 5th year combined, i.e. 120 credits at SCQF level 11 (indicated by a 5 in the course title) must be taken over 4th and 5th year combined.

In addition, a maximum of 20 credits may be taken from the list of Outside Options as detailed in the Year Guide. You may wish to consult your Personal Tutor about your choice of options. There may be timetable constraints which prohibit some combinations of courses.

It cannot be guaranteed that all combinations of courses will be timetable compatible.

Polymer Science and Engineering 5

Molecular Thermodynamics 5

Gas Separations Using Membranes 5

Separation Processes 5

Nanomaterials in Chemical and Biomedical Engineering 5

Industrial Ecology 5

Electrochemical Engineering 5

Fire Science and Fire Dynamics 4

Fire Investigation and Failure Analysis 5

Supply Chain Management 4

Operations Management 4

Modern Economic Issues in Industry 5

Technology and Innovation Management 5

Nanotechnology 5

Oil and Gas Systems Engineering 5

Particle Technology Fundamentals and Industrial Applications 5

Year 5 Academic year: 2018/19, Starting in: August

There are no compulsory courses in this year of this programme.

Course options

The industrial placement runs from June - December, the report is submitted in April.

Chemical Engineering Industrial Project 5

Selection must include Research Project. Whilst Group Design Project preferences will be sought, final allocation will be made by Director of Teaching to ensure balance across disciplines.

Chemical Engineering Research Project 5

Group Design Project (Potable Water Supply)

Group Design Project (The Passive House)

Group Design Project (Power Station with Carbon Capture and Storage)

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