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INTRODUCTION
INTRODUCTION
The aim of this course is to ensure graduates have a thorough engineering education combined with specialist Design and Management knowledge recognised in the professional engineering community by an accredited degree. This ensures that graduates are equipped with the skills demanded by employers in rapidly changing economic environment, where the management of engineering design is growing significantly in importance. The complexity of multi-partner engineering design projects, increasingly distributed design environments, and the need to implement design realisation potentially across continents, is becoming the norm. Hence, the course provides a firm foundation in engineering design-related subjects including mechanical engineering and electronics, allowing one progress to progress to inter-disciplinary aspects of design and design management.
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Additional Details
Students must study 120 credits per year. All modules are worth 15 credits unless stated otherwise in brackets. Students must study and pass the following modules:
- Year 01 - Semester 01
- ET1123 Engineering Mathematics 1
- ET1102 Electrical Engineering Science
- ET1124 Engineering Design 1
- ET1125 Professional Development
- Year 01 - Semester 02
- ET1201 Engineering Practice and Product Technology
- ET1202 Engineering Materials
- ET1203 Engineering Mechanics 1
- ET1204 Electronic Devices
- Year 02 - Semester 01
- ET2101 Machine Programming
- ET2102 Engineering Mathematics 2
- ET2103 Project Management for Engineers
- ET2104 Fluid Power Hydraulics & Pneumatics
- Year 02 - Semester 02
- ET2251 Engineering Mechanics 2
- ET2252 Network Technology
- ET2253 Engineering Design 2
- ET2255 Automotive Power Units and Transmissions 1
- Year 03 - Semester 01
- ET3100 Engineering Individual Project (30 credits). To be carried out during the entire 3rd year.Only one attempt is allowed to pass this module
- ET3101 Quality and Reliability
- ET3102 Microelectronic Product Design
- ET3104 Finite Element Applications
- ET3106 Product Assessment
- Year 03 - Semester 02
- ET3100 Engineering Individual Project (30 credits). To be carried out during the entire 3rd year.Only one attempt is allowed to pass this module.
- ET3207 Supply Chain Analysis
- ET3208 Concurrent Engineering
- ET3209 Digital Manufacturing and Prototyping
- ET3210 Engineering Innovation and Enterprise
Admission Requirements
G.C.E. A/L (Sri Lanka / London) with Mathematics and Physics; minimum grades of 1C & 2S (Sri Lanka)or 1C & 2D (London)
Or
City & Guilds Technician Diploma
Or
Three passes at the G.C.E A/L (Sri Lanka/London) with Mathematics and Physics and pass the Entry Test conducted by CINEC.
Or
G.C.E. O/L with five credit passes including Mathematics, English & Science + CINEC Foundation Studies Programme. Or
City & Guilds Technician Certificate + CINEC Foundation Studies Programme.
English Language Requirement
IELTS overall (academic) score of 6 or one year of secondary or tertiary study conducted and completed in English within the last two years in a country in which English is an official language.
Bridging Programme in Mathematics
A bridging programme in Mathematics is offered for those GCE A/L students who did not take Mathematics as a subject at A/L, but have successfully completed Mathematics at GCE O/L.
Foundation Programme
This programme is specially designed for students with GCE O/L or an equivalent qualification, who wish to follow the CINEC engineering degree programme.
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