Draft dpt for MEng Electronics and Computer Science

Transcription

1 Draft dpt for MEng Electronics and Computer Science Year 1 INFR08012 Informatics 1 - Computation and Logic INFR08013 Informatics 1 - Functional Programming INFR08014 Informatics 1 - Object- Oriented Programming INFR08015 Informatics 1 - Data and Analysis SCEE08001 Engineering 1 ELEE08001 Electrical Engineering 1 MATH08060 Mathematics for Science and Engineering 1a MATH08061 Mathematics for Science and Engineering 1b Year 2 INFR08009 Informatics 2B - Algorithms, Data Structures, Learning INFR08018 Informatics 2C - Introduction to Computer Systems INFR08019 Informatics 2C - Introduction to Software Engineering ELEE08016 Analogue Circuits 2 ELEE08015 Digital System Design 2 SCEE08007 Signals and Communication Systems 2 ELEE080 Microelectronics 2 MATH08066 Probability SCEE08009 Engineering Mathematics 2A SCEE080 Engineering Mathematics 2B ELEE08019 Electronics Project Laboratory 2C Year 3 Progression to the 4 th year of the programme is dependent on achieving a mark of at least 55% in the 3 rd year. Select a minimum of 40 credits and a maximum of 80 credits of Electronics courses from the following two groups as follows: Select a minimum of 30 credits and a maximum of 70 credits from: ELEE09026 Analogue Circuits 3 ELEE09024 Digital System Design 3 ELEE09022 Engineering Design Analysis & Manufacturability 3 ELEE09016 Engineering Software 3 ELEE09023 Electromagnetics 3: Signal Transmission ELEE09021 Microelectronics 3 SCEE09002 Control and Instrumentation Engineering 3 ELEE09017 Signal and Communication Systems 3

2 Select a minimum of credits and a maximum of credits from: ELEE09018 Digital Systems Laboratory 3 ELEE09025 Analogue Mixed Signal Laboratory 3 Select a minimum of 40 credits and a maximum of 80 credits of Computer Science courses from the following two groups as follows: These lists include courses at level 9 (code INFR09xxx) and level (code INFRxxx). In general, level courses will contain more advanced material and be taught at a higher level than level 9 courses and you should take account of this fact when planning your course combination. Each entry links to a matching page in the University course catalogue, where you can find a description of the course content and information about any specific entry requirements. Select a minimum of credits and a maximum of 70 credits from: INFR052 Algorithms and Data Structures INFR09009 Computer Architecture INFR090 Computer Design * () INFR09027 Computer Communications and Networks INFR058 Computer Security * () INFR053 Compiling Techniques INFR055 Database Systems INFR09031 Logic Programming INFR09015 Operating Systems Not known Software Design and Modelling INFR057 Software Testing INFR059 Introduction to Theoretical Computer Science INFR063 Introductory Applied Machine Learning INFR061 Elements of Programming Languages Select a minimum of credits and a maximum of 40 credits from: INFR09032 System Design Project INFR09040 Computer Science Large Practical INFR09039 Software Engineering Large Practical * These courses might change to credits Note: Informatics are changing some 3 rd year courses to credits from 16/17. Where this is known they are indicated as such in the 3 rd year section above. Text highlighted in red represents unknown information or possible changes. We don t currently have information on which semester the course will be delivered in, but if all the credit courses are in a single semester, course choices will obviously be impacted.

3 Year 4 ELEE017 Professional Issues for Engineers 4 Select one of: ELEE191 MEng Electronics and Electrical Engineering Project Phase One (Internal) ELEE195 MEng Electronics and Electrical Engineering Project Phase One (External) Select a minimum of 40 credits and a maximum of 50 credits from: ELEE0 Analogue Electronics (Circuits) 4 ELEE0 Digital Signal Analysis 4 ELEE006 Digital Communications 4 ELEE003 Microelectronic Device Principles 4 ELEE007 Digital System Design 4 ELEE023 Digital Systems Laboratory ELEE021 Analogue Electronics (Project) 4 ELEE025 Electromagnetics 4: RF Engineering ELEE025 Electromagnetics 4: RF Engineering ELEE181 Introduction to Bioelectronics 4 ELEE194 Biosensors 4 These lists include courses at level (code INFRxxx) and level 11 (code INFR11xxx). In general, level 11 courses will contain more advanced material and be taught at a higher level than level courses and you should take account of this fact when planning your course combination. Each entry links to a matching page in the University course catalogue, where you can find a description of the course content and information about any specific entry requirements. Select a minimum of 40 credits and a maximum of 50 credits from: INFR169 Adaptive Learning Environments 1 (Level 11) INFR174 Automated Reasoning (Level 11) INFR167 Computer Animation & Visualisation (Level 11) INFR121 Computer Graphics (Level 11) INFR112 Computational Complexity INFR149 Computer Networking (Level 11) INFR132 Compiler Optimisation (Level 11) INFR122 Distributed Systems (Level 11) INFR117 Human- Computer Interaction (Level 11) INFR162 Machine Translation (Level 11)

4 INFR161 Natural Language Understanding (Level 11) INFR124 Parallel Architectures (Level 11) INFR123 Parallel Programming Languages and Systems (Level 11) INFR138 Software Architecture, Process, and Management (Level 11) INFR042 System Level Integration Practical INFR186 Topics in Cognitive Modelling (Level 11) INFR110 Text Technologies for Data Science INFR049 Agent Based Systems (Level ) INFR052 Algorithms and Data Structures INFR053 Compiling Techniques INFR054 Computational Cognitive Science INFR058 Computer Security INFR055 Database Systems INFR056 Software Engineering with Objects and Components INFR057 Software Testing INFR1 Algorithmic Game Theory and its Applications INFR133 Automatic Speech Recognition INFR11111 Computer Algebra INFR188 Extreme Computing INFR199 Introduction to Quantum Computing INFR173 Machine Learning & Pattern Recognition (Level 11) INFR114 Semantic Web Systems INFR059 Introduction to Theoretical Computer Science INFR11113 Topics in Natural Language Processing LASC061 Speech Processing (Hons) PHIL024 Theories of Mind (Philosophy Hons) PHIL133 Logic, Computability and Incompleteness INFR198 Secure Programming INFR005 Intelligent Autonomous Robotics (Level ) INFR11119 Machine Learning Practical INFR111 Embedded Systems INFR061 Elements of Programming Languages INFR11124 Social and Technological Networks INFR131 Advanced Vision (Level 11) Year 5 Select one of: ELEE190 MEng Electronics and Electrical Engineering Project Phase 60 Two (Internal) ELEE189 MEng Electronics and Electrical Engineering Project Phase 60 Two (External) Select a minimum of credits and a maximum of 40 credits from:

5 ELEE173 Analogue Electronics (Project) 5 ELEE153 Electronic Product Design and Manufacture 5 ELEE182 Sigma Delta Data Converters 5 ELEE183 Embedded Mobile and Wireless Systems (EWireless) 5 ELEE176 BioSensor Instrumentation 5 PGEE142 Lab- on- Chip Technologies Select a minimum of credits and a maximum of 40 credits from: INFR1 Algorithmic Game Theory and its Applications INFR169 Adaptive Learning Environments 1 (Level 11) INFR174 Automated Reasoning (Level 11) INFR133 Automatic Speech Recognition INFR167 Computer Animation & Visualisation (Level 11) INFR121 Computer Graphics (Level 11) INFR132 Compiler Optimisation (Level 11) INFR122 Distributed Systems (Level 11) INFR117 Human- Computer Interaction (Level 11) INFR199 Introduction to Quantum Computing INFR173 Machine Learning & Pattern Recognition (Level 11) INFR114 Semantic Web Systems INFR162 Machine Translation (Level 11) INFR161 Natural Language Understanding (Level 11) INFR124 Parallel Architectures (Level 11) INFR123 Parallel Programming Languages and Systems (Level 11) INFR138 Software Architecture, Process, and Management (Level 11) INFR110 Text Technologies for Data Science INFR116 Bioinformatics 1 INFR105 Bioinformatics 2 INFR188 Extreme Computing INFR108 Neural Computation INFR150 Probabilistic Modelling and Reasoning INFR1 Reinforcement Learning INFR191 Robot Learning and Sensorimotor Control INFR135 Neural Information Processing INFR136 Computational Cognitive Neuroscience INFR149 Computer Networking (Level 11) INFR186 Topics in Cognitive Modelling (Level 11) INFR192 Robotics: Science and Systems INFR112 Computational Complexity INFR11111 Computer Algebra INFR11113 Topics in Natural Language Processing INFR115 Applied Databases INFR179 Music Informatics

6 INFR198 Secure Programming INFR11125 Accelerated Natural Language Processing INFR111 Embedded Systems INFR11122 Advanced Topics in Foundations of Databases INFR11119 Machine Learning Practical INFR11124 Social and Technological Networks INFR11114 Types and Semantics for Programming Languages INFR131 Advanced Vision (Level 11) Notes: There is a 65:55 credit imbalance toward S1 in 2 nd year. This is a consequence of including Electronics Project Laboratory 2C that spans both semesters. Project Lab 2B cannot be included because project Lab 2A is a co- requisite, and including Project Lab 2A would increase the imbalance. Power Options could be offered by including an option for Signals and Comms 2/Power Systems 2 in S2 of 2 nd year. However, 2 nd year options for lecture courses are discouraged. In 5 th year there are insufficient credits from non project courses to insist on at least 40 being taken in both Engineering and Informatics. It is therefore important to ensure that projects are a genuine mix of hardware and software so that project credits can be apportioned equally and the 40 credit minimum from each discipline for a joint programme be attained for all students.