Course Structure 2011-12

7/29/2019 Course Structure 2011-12

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Code Title of Module Credits Status Code Title of Module

J11ICH Introductory Chemistry 10 Compulsory H81ETD Engineering Thermodynamics

H81PEF Process Engineering Fundamentals 10 Compulsory H81HMT Heat and Mass Transfer

H81FLM Fluid Mechanics 10 Compulsory H81SPF Separation Processes Fundamentals

J11EMX Environmental Management 10 Compulsory H81CIE Chemistry in the Environment

H81PPC Physics and Process Chemistry 10 Compulsory J11ING Introductory Geology

HG1M11 Engineering Mathematics 1 10 Compulsory HG1M12 Engineering Mathematics 2


H82SP1 Separation Processes 1 10 Compulsory H82CSY Computer Systems

H82CPE Chemical and Phase Equilibria 10 Compulsory J12SEN Safety Engineering

H82PME Particle Mechanics 10 Compulsory H82PLD Plant Design

J12ANM Analytical Measurement 10 Compulsory H82ENM Engineering Materials

H82INC Interfacial Chemistry 10 Compulsory H82ENP Environmental Protection

HG2M13 Differential Equations and Calculus for

Engineers

10 Compulsory HG2MPN Probabi listic and Numerical Technique

for Engineers

Code

H83DPB


H83CEL Chemical Engineering Laboratory 10 Compulsory H83CPD Chemical Product Design

H83RED Reactor Design 10 Compulsory J13PRM Project Management

H83PDC Process Dynamics and Control 10 Compulsory J13SEN Safety Engineering

H83MCS Multicomponent Separations 10 Compulsory H83IND Industrial Dehydration

HG3MOD Advanced Math Techniques in Ordinary

Differential E uations for En ineers

10 Optional H83PS2 Process Simulation 2

H83SPC Statistical Process Control and Quality

Management

10 Optional H83TPH Advanced Transport Phenomena

H83PS1 Process Simulation 1 10 Optional

Code

H83DPX


H83RED Reactor Design 10 Compulsory H83CPD Chemical Product Design

H83PDC Process Dynamics and Control 10 Compulsory J13PRM Project Management

H83MCS Multicomponent Separations 10 Compulsory J13SEN Safety EngineeringHG3MOD Advanced Math Techniques in Ordinary

Differential E uations for En ineers

10 Optional H83CEL Chemical Engineering Laboratory

H83SPC Statistical Process Control and Quality

Management

10 Optional H83IND Industrial Dehydration

H83PS1 Process Simulation 1 10 Optional H83PS2 Process Simulation 2

J13AIP Air Pollution 10 Optional H83TPH Advanced Transport Phenomena

All MEng students (including the international students) studying at the Malaysia Campus must take H13I

(zero credit) during the summer vacation in Year 2 or Year 3, after completing Part I and prior to the com

the course.

H800 - MEng (Hons) Chemical Engineering

The University of Nottingham Malaysia CaFaculty of Engineering

COURSE STRUCTUREACADEMIC YEAR 2011-12

Department of Chemical and Environmental E

H810 - BEng (Hons) Chemical Engineering

Year 1 (Qualifying Year) - BEng/MEng

Most modules are worth 10 credits and are studied over a single semester unless otherwise indicated.

Students have to take modules attracting a total of 120 credits in each academic year.

BEng and MEng degrees are studied over three and four years full-time, respectively.

Year 3 (Part II) - MEng

Autumn Semester 1 Spring Semester 2

Title of Module

Year 3 (Part II) - BEng


Year 2 (Part I) - BEng/MEng

Full Year

Design Project BEng

Autumn Semester 1 Spring Semester

Note: Select 10 further credits from optional mo

modules subject to approval by the Director of S

Note: Select 10 further credits from optional modules listed above or other

modules subject to approval by the Director of Studies.

Full Year

Title of Module

Design Project

Note: Select 10 further credits from optional modules listed above or other Note: Select 10 further credits from optional mo



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Note:

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J11ICH Introductory Chemistry 10 Compulsory H81ETD Engineering Thermodynamics

H81PEF Process Engineering Fundamentals 10 Compulsory H81HMT Heat and Mass TransferH81FLM Fluid Mechanics 10 Compulsory H81SPF Separation Processes Fundamentals

J11EMX Environmental Management 10 Compulsory H81CIE Chemistry in the Environment

H81PPC Physics and Process Chemistry 10 Compulsory J11ING Introductory Geology

HG1M11 Engineering Mathematics 1 10 Compulsory HG1M12 Engineering Mathematics 2


H82SP1 Separation Processes 1 10 Compulsory H82CSY Computer Systems

H82CPE Chemical and Phase Equilibria 10 Compulsory J12SEN Safety Engineering

H82PME Particle Mechanics 10 Compulsory H82PLD Plant Design

J12ANM Analytical Measurement 10 Compulsory H82ENM Engineering Materials

J12SIV Site Investigation 10 Compulsory J12EAP Environmental Assessment in Practice

HG2M13 Differential Equations and Calculus forEngineers

10 Compulsory HG2MPN Probabilistic and Numerical Techniquefor Engineers

Code

H83DPB


H83CEL Chemical Engineering Laboratory 10 Compulsory J13WWT Waste and Waste Water Treatment

H83RED Reactor Design 10 Compulsory J13SEN Safety Engineering

H83PDC Process Dynamics and Control 10 Compulsory J13PRM Project Management

H83MCS Multicomponent Separations 10 Compulsory H83IND Industrial Dehydration

MM3EM2 Energy Efficiency for Sustainability 2 10 Compulsory H83TPH Advanced Transport Phenomena

HG3MOD Advanced Math Techniques in Ordinary 10 Optional

H83SPC Statistical Process Control and Qual ity 10 Optional

H83PS1 Process Simulation 1 10 Optional

Code

H83DPX


H83RED Reactor Design 10 Compulsory J13WWT Waste and Waste Water Treatment

H83PDC Process Dynamics and Control 10 Compulsory J13SEN Safety EngineeringH83MCS Multicomponent Separations 10 Compulsory J13PRM Project Management

MM3EM2 Energy Efficiency for Sustainability 2 10 Compulsory H83CEL Chemical Engineering Laboratory

HG3MOD Advanced Math Techniques in Ordinary 10 Optional H83IND Industrial Dehydration

H83SPC Statistical Process Control and Quality 10 Optional H83TPH Advanced Transport Phenomena

H83PS1 Process Simulation 1 10 OptionalNote: Select one 10 credit module in the year (i.e. Autumn or Spring Semester) from optional modules listed above or other m

b the Di ecto of St dies

All MEng students (including the international students) studying at the Malaysia Campus must take H13I

(zero credit) during the summer vacation in Year 2 or Year 3, after completing Part I and prior to the com

the course.

MEng students must complete an Industrial Placement (i.e. the zero-credit module H13IDT) after Part I a

Full Year

Title of Module

Design Project BEng

Autumn Semester 1

Year 2 (Part I) - BEng/MEng

Spring Semester



Year 3 (Part II) - BEng

Design Project

Title of Module

Note: Select one 10 credit module in the year (i.e. Autumn or Spring Semester) from optional modules listed above or other m

by the Director of Studies.

The University of Nottingham Malaysia CFaculty of Engineering

COURSE STRUCTUREACADEMIC YEAR 2011-12

Department of Chemical and Environmental E

H8HF - BEng (Hons) Chemical Engineering with Environmental Engineering


Students have to take modules attracting a total of 120 credits in each academic year.

H8H2 - MEng (Hons) Chemical Engineering with Environmental Engineering

Year 1 (Qualifying Year) - BEng/MEng

BEng and MEng degrees are studied over three and four years full-time, respectively.

Most modules are worth 10 credits and are studied over a single semester unless otherwise indicated.

Year 3 (Part II) - MEng

Full Year


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H804 - MSc in Chemical Engineering

Note:

Code Cr

J14RPD

H84DEVor

H84DEP

J13APC

Code Title of Module Credits Status Code Title of Module Cr

H84PSD Process Synthesis and Design* 10 Optional H84ACM Advanced Computational Methods*

MM4CFD Computational Fluid Dynamics* 10 Optional H84ARE Advanced Reaction Engineering*

H84APC Advanced Process Control* 10 Optional H84MPS Multiphase Systems*

H84ARM Advanced Rheology and Materials 10 Optional H84NTC Nanotechnology

H84PGCPower Generation and Carbon

Capture10 Optional H84PDO Process Design and Optimisation

H84CFL Computer Flowsheeting 10 Optional H83CPD Chemical Product Design

H83SPCStatistical Process Control and

Quality Management10 Optional H83IND Industrial Dehydration

MM3EM2Energy Efficiency for Sustainability

210 Optional J13WWT Waste and Waste Water Treatment

H84BSE

Free Choice ** or

Bridging Skills in Chemical

Engineering**

10 Alternative Free Choice**

* See note above.

**

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Autumn Semester 1

The University of NFacult

COUACADEM

MSc Group Design Project

Department of Chemic

MSc Group Development Project

Students must choose 70 credits (40 in Autumn, 30 in Spring) from the optional list below of which a minim

Air Pollution Control Technology

For an IChemE Matching Section, at least 40 of these credits must be chosen from those modules marked *

Bridging Skills in Chemical Engineering is a tutorial-based module covering specific aspects of Chemical Eng

Full Year

Title of Module

Research Planning

Free Choice indicates that students may take any 10-credit module offered in the University subject to appr

Spring Semester 2

Course Structure 2011-12

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