Year 1
units (120 credits)
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1A
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A student will take
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Semester 1
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AER21002
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Engineering Statics
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AUT SEM
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10 credits
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FCE1001
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Global Engineering Challenge Week
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AUT SEM
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0 credits
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GEE105
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Introduction to Materials Science and Engineering
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AUT SEM
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15 credits
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Full academic year
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COM160
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Computer Problem Solving and Object Oriented Design
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ACAD YR
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20 credits
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GEE101
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Interdisciplinary Design I
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ACAD YR
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15 credits
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GEE102
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Introduction to Electrical Engineering
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ACAD YR
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15 credits
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GEE103
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Introduction to Process Engineering
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ACAD YR
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15 credits
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GEE104
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Thermofluids
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ACAD YR
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15 credits
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MAS161
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General Engineering Mathematics
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ACAD YR
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15 credits
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1B
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Before proceeding to Level 2, a student must attain a satisfactory standard in a) Engineering Applications and b) Engineering Drawing and Computer-aided Design as part of GEE101 Interdisciplinary Design I, the arrangements being subject to the approval of the Head of Department.
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Year 2
units (120 credits)
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2A
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A student will take
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Semester 1
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FCE2001
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Engineering - You're Hired
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AUT SEM
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0 credits
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GEE204
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Thermal & Fluid Engineering
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AUT SEM
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15 credits
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Semester 2
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CPE270
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Process and Product Design
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SPR SEM
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15 credits
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GEE206
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Mechanical and Functional Behaviour of Materials
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SPR SEM
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15 credits
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Full academic year
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GEE201
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Interdisciplinary Design II
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ACAD YR
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15 credits
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GEE202
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Electromechanical Energy Transformation
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ACAD YR
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15 credits
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GEE205
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Systems and Control
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ACAD YR
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15 credits
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GEE207
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Mechanics of Structures
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ACAD YR
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15 credits
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MAS261
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Further General Engineering Mathematics
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ACAD YR
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15 credits
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2B
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A student must take FCE1001 Faculty Global Engineering Challenge Week as a core module at Level 1. A student will be expected to pass the module in order to progress to Level 3. A student must pass the module in order to graduate. A student must take FCE2001 Engineering - You're Hired as a core module in Level 2. A student will be expected to pass the module in order to progress to Level 3. A student must pass the module in order to graduate.
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Year 3
units (100 credits)
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3A
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A student will take
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Semester 1
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ACS317
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State-Space Control Design
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AUT SEM
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10 credits
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ACS318
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System Identification
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AUT SEM
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10 credits
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ACS323
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Intelligent Systems
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AUT SEM
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10 credits
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ACS329
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Robotics
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AUT SEM
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10 credits
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MGT388
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Finance and Law for Engineers
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AUT SEM
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10 credits
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Semester 2
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ACS321
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Digital Signal Processing
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SPR SEM
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10 credits
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ACS341
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Machine Learning
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SPR SEM
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10 credits
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Full academic year
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GEE301
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Interdisciplinary Group Design Project
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ACAD YR
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30 credits
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units (20 credits)
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3B
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A student will take 20 credits from this group.
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Semester 1
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ACS327
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Space Systems Engineering
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AUT SEM
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10 credits
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MEC304
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Manufacturing Systems
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AUT SEM
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10 credits
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Semester 2
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ACS336
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Hardware-in-the-Loop & Rapid Control Prototyping
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SPR SEM
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10 credits
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ACS340
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Biomechatronics
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SPR SEM
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10 credits
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AER324
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Aircraft Dynamics and Control
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SPR SEM
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10 credits
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EEE230
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Electronic Circuits
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SPR SEM
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10 credits
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Full academic year
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EEE226
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Engineering Software Design
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ACAD YR
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10 credits
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Year 4
units (120 credits)
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4A
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A student will take
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Full academic year
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GEE303
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Engineering Year in Industry
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ACAD YR
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120 credits
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4B
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A student must normally achieve a weighted grade of 55 or above at Level 2 in order to proceed to the Year in Industry, progression being at the discretion of the Course Director. A student who fails to progress may be permitted to become instead a student for the Degree of MEng Engineering (Systems and Control) (GEEU22).
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4C
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A student will be responsible for securing a suitable industrial placement in order to take GEE303 Engineering Year in Industry. The appropriateness of placement will be determined by the Course Director. A student who fails to obtain a suitable placement will instead be required to become a student for the Degree of MEng Engineering (Systems and Control) (GEEU22). A student will take GEE303 Engineering Year in Industry before proceeding to Level 4.
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4D
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GEE303 requires that a student will spend a minimum of 38 weeks working in an industrial establishment, the arrangements being subject to the approval of the Course Director. A student who fails to satisfy these requirements may be permitted by the Faculty to become instead a student for the Degree of MEng in Engineering (Systems and Control) (GEEU22).
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Year 5
units (45 credits)
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5A
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A student will take
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Full academic year
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GEE401
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Individual Advanced Project
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ACAD YR
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45 credits
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units (75 credits)
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5B
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A student will take 75 credits from this group.
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Semester 1
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ACS6127
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Real-Time Embedded System
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AUT SEM
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15 credits
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ACS6132
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Agent-based modelling and multi-agent systems
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AUT SEM
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15 credits
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ACS6408
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Optimisation: Theory, algorithms and applications
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AUT SEM
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15 credits
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ACS6427
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Data Modelling and Machine Intelligence
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AUT SEM
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15 credits
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Semester 2
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ACS61010
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Optimal Control
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SPR SEM
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15 credits
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ACS61011
|
Deep Learning
|
SPR SEM
|
15 credits
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ACS61012
|
Machine Vision
|
SPR SEM
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15 credits
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ACS6106
|
Cybersecurity for control systems
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SPR SEM
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15 credits
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ACS6116
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Advanced Control
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SPR SEM
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15 credits
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ACS6124
|
Multisensor and Decision Systems
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SPR SEM
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15 credits
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5C
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A student must pass the Individual Advanced Project (GEE401) at the first attempt in order to be eligible for the award of the Degree of MEng General Engineering with a Year in Industry (GEEU23). A student who fails to satisfy this requirement may be permitted by the Faculty to be awarded the Degree of BEng General Engineering with a Year in Industry (GEEU45).
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6
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A student must pass a minimum of 100 credits at Level 4 in order to be awarded the degree of MEng General Engineering with a Year in Industry with accreditation.
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7
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A student must satisfy the requirements of the General Regulations for First Degrees as to progression in order to continue as a student for the Degree of MEng General Engineering with a Year in Industry (GEEU23). A student who fails to satisfy these requirements may be permitted by the Faculty to (a) at the end of Level 2 become a candidate for the Degree of BEng General Engineering with a Year in Industry (GEEU45), or (b) at the end of Level 3 become a candidate for the unaccredited Degree of BEng Engineering Technology (GEEU46). A student who fails the Individual Advanced Project at Level 4 or who chooses to withdraw from the University at the end of Level 3 may be awarded the unaccredited Degree of BEng Engineering Technology (GEEU46).
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