The University of Nottingham Malaysia Campus Faculty of Engineering COURSE STRUCTURE ACADEMIC YEAR 2012-13 Department of Chemical andEnvironmental Engineering H810 - BEng (Hons) Chemical Engineering H800 - MEng (Hons) Chemical Engineering Note: 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. Students have to take modules attracting a total of 120 credits in each academic year. All MEng students (including the international students) studying at the Malaysia Campus must take H13IDT Industrial Training (zero credit) during the summer vacation in Year 2 or Year 3, after completing Part I and prior to the commencement of Part III of the course. Year 1 (Qualifying Year) - BEng/MEng Code J11ICH H81PEF H81FLM H81 FED H81PPC HG1M11 Autumn Semester 1 Title of Module Introductory Chemistry Process Engineering Fundamentals Fluid Mechanics Fundamentals of Engineering Design Physics and Process Chemistry Engineering Mathematics 1 Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Code H81ETD H81HMT H81SPF J11CIE J11ING HG1M12 Spring Semester 2 Title of Module Engineering Thermodynamics Heat and Mass Transfer Separation Processes Fundamentals Chemistry in the Environment Introductory Geology Engineering Mathematics 2 Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory *** Year 2 (Part I) - BEng/MEng Code H82SP1 H82CPE H82PME J12ANM H82INC HG2M13 Autumn Semester 1 Title of Module Separation Processes 1 Chemical and Phase Equilibria Particle Mechanics Analytical Measurement Interfacial Chemistry Differential Equations and Calculus for Engineers Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Code H82CSY H82PEP H82PLD H82ENM J12WMA HG2MPN Spring Semester 2 Title of Module Computer Systems Chemical Engineering Project Plant Design Engineering Materials Waste Management Probabilistic and Numerical Techniques for Engineers Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Code H83DPB Code H83CEL H83RED H83PDC H83MCS H83PS1 HG3MOD H84PGC H84FPT H84NTC H884SPC Autumn – Semester 1 Title of Module Credits Chemical Engineering Laboratory 10 Reactor Design 10 10 Process Dynamics and Control 10 Multicomponent Separations Process Simulation 1* Advanced Math Techniques in Ordinary Differential Equations for Engineers Power Generation and Carbon Capture Food Processing Nanotechnology Statistical Process Control and Quality 10 10 10 10 10 10 Year 3 (Part II) - BEng Full Year Title of Module Design Project BEng Status Compulsory Compulsory Compulsory Compulsory Optional Optional Optional Optional Optional Optional Code H83CPD J13PRM Credits 30 Spring – Semester 2 Title of Module Credits Chemical Product Design 10 10 Project Management Status Compulsory Status Compulsory Compulsory H83BRE H83TPH H84IND H84ACM Bioreaction Engineering* Advanced Transport Phenomena* Industrial Dehydration Advanced Computational Methods 10 10 10 10 Optional Optional Optional Optional Code H83DPX Code H83RED H83PDC H83MCS H83PS1 HG3MOD H84PGC H84FPT H84NTC H884SPC * anybody wishing to transfer to the UK for year 4 must choose these options Year 3 (Part II) - MEng Full Year Title of Module Credits Design Project 30 Autumn – Semester 1 Spring – Semester 2 Title of Module Credits Status Code Title of Module Credits Reactor Design 10 Compulsory H83CEL Chemical Engineering Laboratory 10 10 Compulsory H83CPD Chemical Product Design 10 Process Dynamics and Control 10 Compulsory J13PRM Project Management 10 Multicomponent Separations Process Simulation 1* Advanced Math Techniques in Ordinary Power Generation and Carbon Capture Food Processing Nanotechnology Statistical Process Control and Quality 10 10 10 10 10 10 Optional Optional Optional Optional Optional Optional H83BRE H83TPH H84IND H84ACM Bioreaction Engineering* Advanced Transport Phenomena* Industrial Dehydration Advanced Computational Methods 10 10 10 10 Status Compulsory Status Compulsory Compulsory Compulsory Optional Optional Optional Optional * anybody wishing to transfer to the UK for year 4 must choose these options Yesr 4 Full Year Title of Module MEng Project Status Optional Optional Optional Optional Code H84MPS H84ACM H84ARE H84PDO Code H84MEP Autumn – Semester 1 Code Title of Module Credits Depth (40 credits) H84ARM Advanced Rheology and Materials 10 H84PSD Process Synthesis and Design 10 10 MM4CFD Computational Fluid Dynamics H84APC Advanced Process Control 10 Breadth (20 credits) H84PGC Power Generation and Carbon Capture H84FPT Food Processing H84NTC Nanotechnology H884SPC Statistical Process Control and Quality Spring – Semester 2 Title of Module Credits Multiphase Systems Advanced Computational Methods Advanced Reaction Engineering Process Design and Optimisation 10 10 10 10 Credits 60 Status Compulsory Status Optional Optional Optional Optional 10 10 10 10 Optional Optional Optional Optional H884IND Industrial Dehydration 10 Optional Note: Select 40 credits from the Depth List and 20 credits from the Breadth List after completing Part I and prior to the commencement of Part III of the course.The University of Nottingham Malaysia Campus Faculty of Engineering COURSE STRUCTURE ACADEMIC YEAR 2012-13 Department of Chemical and Environmental Engineering H8HF .BEng Full Year Title of Module Design Project BEng Status Compulsory Compulsory Compulsory Compulsory Optional Optional Optional Optional Optional Optional Code H83WAT J13PRM J13AIP Spring – Semester 2 Title of Module Water Treatment Project Management Air Pollution Credits 30 Credits 10 10 10 Status Compulsory Status Compulsory Compulsory Compulsory H83PS1 Process Simulation 1* HG3MOD Advanced Math Techniques in Ordinary H84PGC Differential Equations for Engineers Power Generation and Carbon Capture H84FPT Food Processing H84NTC Nanotechnology H884SPC Statistical Process Control and Quality Management H83BRE H83TPH H84IND H84ACM Bioreaction Engineering Advanced Transport Phenomena* Industrial Dehydration Advanced Computational Methods 10 10 10 10 Optional Optional Optional Optional * anybody wishing to transfer to the UK for year 4 must choose these options Year 3 (Part II) . the zero-credit module H13IDT) after Part I and before Part III. All MEng students (including the international students) studying at the Malaysia Campus must take H13IDT Industrial Training (zero credit) during the summer vacation in Year 2 or Year 3.BEng/MEng Code H82SP1 H82CPE H82PME J12ANM J12SIV HG2M13 Autumn Semester 1 Title of Module Separation Processes 1 Chemical and Phase Equilibria Particle Mechanics Analytical Measurement Site Investigation Differential Equations and Calculus for Engineers Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Code H82CSY J12EFC H82PLD H82ENM J12WMA HG2MPN Spring Semester 2 Title of Module Computer Systems Environmental Field Course Plant Design Engineering Materials Waste Management Probabilistic and Numerical Techniques for Engineers Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Code H83DPB Code H83CEL H83RED H83PDC H83MCS Autumn – Semester 1 Title of Module Credits Chemical Engineering Laboratory 10 Reactor Design 10 Process Dynamics and Control 10 Multicomponent Separations 10 10 10 10 10 10 10 Year 3 (Part II) . respectively.e. Most modules are worth 10 credits and are studied over a single semester unless otherwise indicated.BEng/MEng Code J11ICH H81PEF H81FLM H81 FED H81PPC HG1M11 Autumn Semester 1 Title of Module Introductory Chemistry Process Engineering Fundamentals Fluid Mechanics Fundamentals of Engineering Design Physics and Process Chemistry Engineering Mathematics 1 Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Code H81ETD H81HMT H81SPF J11CIE J11ING HG1M12 Spring Semester 2 Title of Module Engineering Thermodynamics Heat and Mass Transfer Separation Processes Fundamentals Chemistry in the Environment Introductory Geology Engineering Mathematics 2 Credits 10 10 10 10 10 10 Status Compulsory Compulsory Compulsory Compulsory Compulsory Compulsory Year 2 (Part I) . Students have to take modules attracting a total of 120 credits in each academic year. MEng students must complete an Industrial Placement (i.BEng (Hons) Chemical Engineering with Environmental Engineering H8H2 .MEng (Hons) Chemical Engineering with Environmental Engineering Note: BEng and MEng degrees are studied over three and four years full-time. *** Year 1 (Qualifying Year) .MEng Full Year Title of Module Design Project Status Compulsory Compulsory Compulsory Code H83CEL H83WAT J13AIP J13PRM H83BRE H83TPH H84IND H84ACM Code H83DPX Code H83RED H83PDC H83MCS Autumn – Semester 1 Title of Module Credits Reactor Design 10 Process Dynamics and Control 10 Multicomponent Separations 10 Spring – Semester 2 Title of Module Chemical Engineering Laboratory Water Treatment Air Pollution Project Management Bioreaction Engineering Advanced Transport Phenomena* Industrial Dehydration Advanced Computational Methods Credits 30 Credits 10 10 10 10 10 10 10 10 Status Compulsory Status Compulsory Compulsory Compulsory Compulsory Optional Optional Optional Optional H83PS1 Process Simulation 1* HG3MOD Advanced Math Techniques in Ordinary Differential Equations Carbon Capture H84PGC Power Generation andfor Engineers H84FPT Food Processing H84NTC Nanotechnology H884SPC Statistical Process Control and Quality Management 10 10 10 10 10 10 Optional Optional Optional Optional Optional Optional * anybody wishing to transfer to the UK for year 4 must choose these options Year 4 (Part III) .MEng Full Year Title of Module MEng Project Status Optional Optional Optional Optional Code H84MPS H84ACM H84ARE H84PDO J14AP2 H84WTE Spring – Semester 2 Title of Module Multiphase Systems Advanced Computational Methods Advanced Reaction Engineering Process Design and Optimisation Air Pollution 2 Water Treatment Engineering Code H84MEP Autumn – Semester 1 Code Title of Module Credits Depth (40 credits) H84ARM Advanced Rheology and Materials 10 H84PSD Process Synthesis and Design 10 MM4CFD Computational Fluid Dynamics 10 H84APC Advanced Process Control 10 Credits 60 Credits 10 10 10 10 10 10 Status Compulsory Status Optional Optional Optional Optional Optional Optional Breadth (20 credits) H84PGC Power Generation and Carbon Capture H84FPT Food Processing H84NTC Nanotechnology H884SPC Statistical Process Control and Quality Management 10 10 10 10 Optional Optional Optional Optional H884IND Industrial Dehydration 10 Optional Note: Select 40 credits from the Depth List and 20 credits from the Breadth List . . 30 in Spring) from the optional list below of which a minimum 30 credits must be at Level 4.The University of Nottingham Malaysia Campus Faculty of Engineering COURSE STRUCTURE ACADEMIC YEAR 2011-12 Department of Chemical and Environmental Engineering H804 . at least 40 of these credits must be chosen from those modules marked *. Credits 10 10 10 10 10 10 10 10 10 10 Status Compulsory Optional Optional Optional Optional Optional Optional Optional Optional Optional for nonchemical engineers only H84ACM H84ARE H84MPS H84PDO H83CPD H884IND H84WTE J14AP2 Code Spring – Semester 2 Title of Module Credits Status Advanced Computational Methods* Advanced Reaction Engineering* Multiphase Systems* Process Design and Optimisation Chemical Product Design Industrial Dehydration Water Treatment Engineering Air Pollution 2 10 10 10 10 10 10 10 10 Optional Optional Optional Optional Optional Optional Optional Optional H84BSE 10 ** Bridging Skills in Chemical Engineering is a tutorial-based module covering specific aspects of Chemical Engineering tailored to individual needs following discussions with the Course Director. For an IChemE Matching Section.MSc in Chemical Engineering Note: Students must choose 70 credits (40 in Autumn. Full Year Code H84DEV or H84DEP MSc Group Design Project MSc Group Development Project 30 Alternative Title of Module Credits Status Code Summer Period Title of Module Credits 60 Status H84IRP Individual Research Project Autumn – Semester 1 Code J14RPD H84PSD MM4CFD H84APC H84ARM H84PGC H83PS1 H84NTC H84FTP H84SPC Title of Module Research Planning Process Synthesis and Design* Computational Fluid Dynamics* Advanced Process Control* Advanced Rheology and Materials Power Generation and Carbon Capture Process Simulation 1 Nanotechnology Food Processing Statistical Process Control and Quality Management Bridging Skills in Chemical Engineering** * See note above.