MSc Civil And Structural Engineering
01 Jul 2017 - 15 Jul 2020
| Course Leader | |
|---|---|
| Course Team | Jiping Bai, Jonathan Oti, Paul Davies, Blessing Adeleke, Joanne Thomas, John Kinuthia, Jerome Daly, Rae Gordon |
| Awarding Body | University of South Wales |
| Teaching Institutions | University of South Wales |
| Modes of Study | Full Time, Part Time |
Document Version
| Version | 8 |
|---|---|
| Valid From | 01 Jul 2017 |
| Valid To | 15 Jul 2020 |
QAA Benchmarks
Educational Aim
The primary aim of the proposed course is to provide an advanced level of study that is in line with
current practice and research developments in civil engineering. In particular, the course aims to satisfy the academic and professional development needs of graduates and practitioners who wish to (i) increase the
depth of their civil engineering technical knowledge and skills base, and (ii) broaden their other technical and non-technical knowledge and skills. In general the course aims to:
• Provide an in-depth technical and non-technical understanding of civil engineering theory and practice, informed by recent research and developments in the profession.
• Produce highly professional engineers who are competent in the holistic integration of technical and non- technical skills in providing creative, original and sustainable solutions to complex engineering challenges and contexts.
• Provide training in the development of competent skills necessary to undertake applied research.
• Build on students' existing academic and professional expertise and further enhance their ability for logical thought, critical judgment and assessment of relevant issues.
• Develop the critical faculties and abilities necessary for effective decision-making and problem-solving, and the skills for effective and participatory communication, team work and use of Information Technology.
Learning Outcomes
| A1 | Critical awareness of the holistic interdisciplinary nature of civil engineering practice and the need to integrate technical civil engineering core skills and non technical skills in providing sustainable solutions to various challenges and contexts. |
| A2 | Have systematic understanding and comprehensive knowledge of the core subject areas of civil engineering relevant to the course and informed by, or at the forefront of current thinking, research developments, new technologies, tools and technical/sustainability limits to civil engineering practice and management. |
| A3 | Originality in the application and communication of knowledge through team work and exercise leadership in engineering implementation. |
| A4 | An in-depth knowledge and critical understanding of structural behaviour and the application of relevant codes (e.g. Eurocodes) in the design of structures for various settings and end use requirements. |
| B1 | Demonstrate analytical, systematic and creative problem-solving skills based on identifying, evaluating and implementing technical and non technical solutions to engineering challenges. |
| B2 | Have the ability to critically and comprehensively assess and evaluate new ideas, engineering techniques, materials, data, models and concepts in relation to their application to the design and implementation of technically sound and environmentally sustainable solutions to engineering challenges and/or contexts. |
| B3 | Critically and systematically assess problems, and collect and interpret qualitative and quantitative data to obtain results and synthesise solutions in both familiar and new situations. |
| C1 | Apply creativity in the use of design standards, codes, guides and various tools in the design and decision- making processes. |
| C2 | Systematically plan and apply appropriate mathematical methods to analyse and solve/model engineering problems. |
| C3 | Show originality in drawing from other relevant disciplines and professions closely associated and interacting with sustainable engineering. |
| C4 | Creatively apply ICT, engineering and management tools. |
Course Structure
Level 7 Modules
| Module Code | Module Id | Module Title | Module Status | Credit Value | Module Type |
|---|---|---|---|---|---|
| NG4H101 | MOD007368 | Seismic Analysis and Design to Eurocodes | Closed | 10 | optional |
| NG4H102 | MOD007369 | Structural Timber and Masonry Design to Eurocodes | Closed | 10 | optional |
| NG4H241 | MOD001338 | Fatigue and Fracture | Running | 10 | optional |
| NG4H245 | MOD001340 | Further Finite Element Analysis | Running | 10 | optional |
| NG4H246 | MOD001341 | Further Computational Fluid Dynamics | Running | 10 | optional |
| NG4H247 | MOD001342 | Non-destructive Testing | Running | 10 | optional |
| NG4S101 | MOD001348 | Advanced Civil Engineering Materials | Running | 20 | optional |
| NG4S102 | MOD001349 | Integrative Project Planning and Management | Running | 20 | optional |
| NG4S103 | MOD001350 | Geo-environmental Engineering | Running | 20 | optional |
| NG4S114 | MOD007416 | Advanced Structural Analysis and Structural Concrete Design | Closed | 20 | optional |
| NG4S115 | MOD007417 | Further Advanced Structural Analysis and Steel/Composite Design | Closed | 20 | optional |
| NG4T702A | MOD010167 | Individual Dissertation | Running | 60 | core |
Teaching and Assessment
Learning and Teaching Methods
Employer Engagement
Research and Consultancy
Staff in Civil Engineering have a very good tradition of being active in applied research and consultancy work linked with industry. This has proved greatly beneficial in the development of the this course, , aiding in modules, where the academic strengths and research expertise have exposed students to the latest management techniques, technologies, materials and design procedures. For example, in the MSc module Advanced Structural Analysis & Structural Concrete Design, the research work of Dr Davies and Dr Bai is directly utilised. The work carried out by Dr Bai and Professor Kinuthia has also been extended and utilised into individual dissertation, enabling students to gain and develop a full understanding of the new sustainable materials, technologies and design principles.
The Centre for Engineering Research and Environmental Applications (CEREA)
Further links with industry are developed through (CEREA) which is contained within the School of Engineering and has a mission to facilitate collaborative links with industry and the business world and more specifically to provide high quality short and long-term research based solutions to local, national and international organisations. The projects carried out by CEREA are used as real life examples in the teaching programmes, and in particular, the student projects.
Students and staff benefit greatly from the integration of commercial research alongside the course of study.
The Professional Academy
The Professional Academy provides work based learning opportunities to the Welsh work force and connects with a variety of business sectors across Wales to improve employees’ skills through flexible bite- sized learning solutions.
The project aims to transform the University’s conventional form of delivering modules by allowing employees to learn directly within the workplace. They offer innovative and flexible ways to study, including
live streaming of lectures, online distance learning materials and bespoke training, while ensuring students always have access to the expertise of academic staff.
Professional Bodies:
Paul Davies is a committee member for the Association of Civil Engineering Departments (ACED), who work with the JBM and UK HE institutions offering Civil Engineering courses, to ensure the continuing improvement and development of UK academic provision in the subject area.
Norman Seward is the 2013/14 Chairman of the Institution of Civil Engineers Wales and has previously served as Chairman for the Wales Branch of the Institution of Structural Engineers.
Emma McGivern is the current Honorary Secretary of the Institution of Civil Engineers Wales.
John Kinuthia is a committee member for the Chartered Institution of Highways and Transportation Wales
Branch.
Means of Assessment
Assessment will reflect the emphasis placed on skills and competences of the student rather than memory retention abilities alone. The means of assessment will be varied with some modules being assessed
100% through coursework whilst others are assessed through a mix of coursework and end of session examination. The coursework/examination weighting is variable across modules.
In order to achieve a JBM CEng accredited degree, normally all modules must be passed with an overall minimum module mark of 50%, with each Learning Outcome being achieved once with no significant weakness. A significant weakness is defined as 0-39.99% and the module will be assigned an F2 grade.
The Examination Boards would normally observe that:
All learning outcomes in a module must be passed at a threshold level (normally interpreted as a F1 grade)
or compensated/condoned in addition to securing an overall pass grade for the module.
Modules designated as Core are essential in the delivery of the aims of the course and would not normally be compensated or condoned.
All coursework normally have detailed explicit assessment criteria and submission date.
The standard University regulations will be applied at Level 7 to those students who do not wish to graduate with a JBM CEng accredited degree.
Learning Support
Student Handbook and Module Guides. Blackboard.
Outline module database defining modules.
Subject Leader, Course Leaders and Module co-ordinators. Module supporting educational materials.
Student Services specialist advice for welfare, health, financial and special needs support. Student e-mail accounts.
Computer Laboratories. Learning Resources Centre. Specialist guest lectures.
Faculty pastoral tutors / Specific Needs Co-ordinators. Induction Sessions.
Subject area “open-door” policy. Student “Drop-In” Centre.
On-line learning and assessment materials. Academic Personal Tutors.
Course Exit Points
| Award | Criteria | Final |
|---|---|---|
| Master of Science | The 180 credits will consist of 60 credits from the project dissertation, 100 specified and 20 optional credits. | Final |
| Postgraduate Diploma | Pass in 120 credits at FHEQ Level 7 | Intermediate |
| Postgraduate Certificate | Pass in 60 credits at FHEQ Level 7 | Intermediate |
Progression Route
Entry Requirements
Admission to the course is typically through the following qualifications:
Admission to the course is through academic, experiential and English Language requirements:
A good honours degree, normally a JBM accredited BEng degree with 2:2 honours or better, or a BSc honours degree of class 2:1 or better (or equivalent professional or recognised overseas qualifications) in Civil or Structural Engineering, or sufficient and relevant industrial work experience.
Students with a JBM accredited IEng degree will need to have competences in the subject areas of Structures, Materials and Geotechnics.
The University of South Wales's IPG/Masters package. This provides an alternative entry route to the course for students with lower qualifications and no appropriate Civil and/or Structural Engineering work experience, or students with the required academic qualifications but without fluency in English.
Any degrees, diplomas or certificates eligible in the academic qualifications above should have been taught and assessed in English, or students must have attained English language fluency to TOEFL 550, IELTS 6.5 or higher.
Inclusive Curriculum Statement
The University of South Wales operates a policy of inclusive learning, teaching and assessment to ensure that all students have an equal opportunity to fulfil their educational potential. Course teams will have considered ways of designing out any potentially disadvantageous element of courses during the course design process. However some specific needs may remain, details about how to apply to have your needs assessed can be found at: http://unilife.southwales.ac.uk/pages/3040-disability-and-dyslexia-service/
Addendum for Delivery at a Partner Institution
N/A
Methods Of Quality Standards
N/A
Quality Of Standards Indicators
N/A