BSc (Hons) Lighting Design And Technology

01 Sep 2021 - 31 Aug 2023

Course Leader Rob Locke
Course Team Joao Ramos, Leshan Uggalla
Awarding Body University of South Wales
Teaching Institutions University of South Wales
Modes of Study Full Time, Full Time Sandwich

Document Version

Version 10
Valid From 01 Sep 2021
Valid To 31 Aug 2023

QAA Benchmarks

N/A

Educational Aim

The overall aim of the course is to prepare the students for practise as lighting engineers by developing their knowledge, skills and ability to perform technical duties of an established or novel nature in posts demanding a detailed understanding of Lighting Design & Technology; additionally to provide them with a sound basis for professional development.

 

  • Provide the student with the knowledge and critical understanding and in depth technical knowledge of the operational aspects and underlying technology used in the design and application of lighting technology and systems
  • Develop the student's powers of analytical, logical and critical thought and argument, as well as the ability to come to an independent judgement based upon the available data
  • Develop in the student an understanding of the limits of their knowledge, and how this influences analyses and interpretations based on that knowledge.
  • Provide undergraduate engineers with a sound basis for continuing professional development.
  • Develop an appreciation of the current state of research in the discipline through work informed by leading edge developments.
  • Develop the ability to critically appraise the specifications, design and performance of lighting and sound systems in a variety of situations and locations and fully appreciate the linkage between the theoretical and practical experience of the technology.
  • Develop the Managerial aspects of organising a live event, including working with clients to establish, specifications, costing, budgets and logistical requirements

Learning Outcomes

A1 Understanding of the technical and managerial requirements of organising a live event in a variety of locations
A2 Knowledge and understanding of lighting practice including the regulatory framework for safety.
A3 Understanding of social context in which the lighting industry operates and consequent ethical responsibilities.
A4 Knowledge of lighting industry business and management, including codes of practice, finance, law, personnel and quality.
A5 Understanding of the design, reliability and maintenance of equipment, product quality and value and safety issues related to industry practice.
A6 Understanding of the general science, mathematics and technology base relevant to the performance and control of lighting in the industry.
B1 Produce engineering solutions to artistic and creative problems. Assess risks, and take appropriate steps to minimise those risks.
B2 Integrate and evaluate information and data from a variety of sources to create lighting systems.
B3 Apply the engineering and scientific equivalents of aesthetic and perceptual quality judgements for lighting.
B4 Acquire the ability to select and apply computer-based methods for the design and control of lighting.
B5 Use appropriate scientific principles in the analysis of lighting production and control systems, processes and products related to the production and propagation of light and lighting.
B6 Select and apply appropriate mathematical methods for modelling and analysing well understood luminaries and lighting systems.
C1 Use lighting control systems for the creation of original artistic products.
C2 Implement and maintain lighting engineering systems and facilities within commercial constraints.
C3 Use hardware and software (including programming) for the creation and operation of lighting designs.
C4 Use safely and effectively a wide range of electrical equipment, instruments, and computer hardware/software to produce effective lighting systems
C5 Plan and execute safely and effectively to artistic/aesthetic criteria a set of practical assignments and group and individual projects.

Course Structure

Level 3 Modules

Module Code Module Id Module Title Module Status Credit Value Module Type
AM0S01 MOD006470 Foundations of Mathematics Running 20 specified
AM0S05 MOD010664 Application of Mathematical Skills Running 20 specified
NG0S106 MOD010650 English for Engineering Running 20 optional
NG0S208 MOD010143 Foundation Engineering Principles Running 20 specified
NG0S703 MOD011878 Engineering Project Running 20 specified
NG0S704 MOD011879 Essential Engineering Skills Running 20 specified
NG0S851 MOD007596 Electrical Science Closed 20 optional

Level 4 Modules

Module Code Module Id Module Title Module Status Credit Value Module Type
NG1S855 MOD007489 Electrical Principles and Design Closed 20 specified
NG1S856 MOD007576 Introduction to Lighting Design and Technology Closed 20 specified
NG1S861 MOD009780 Video and Sound Technology Closed 20 specified
NG1S866 MOD009779 Business and Event Safety Closed 20 specified
NG1S867 MOD009833 Concept Design and Professional Development Closed 20 specified
NG1S903 MOD006293 Electronics 1 Closed 20 specified

Level 5 Modules

Module Code Module Id Module Title Module Status Credit Value Module Type
NG2S803 MOD007443 Flying and Rigging Design Closed 20 specified
NG2S806 MOD007579 Entertainment Lighting Design Closed 20 specified
NG2S853 MOD007580 Architectural Lighting Design Closed 20 specified
NG2S854 MOD007505 Power Systems Verification Closed 20 specified
NG2S855 MOD009781 Lighting Control and Network Technology Closed 20 specified
NG2S900 MOD007462 Optical Technology Closed 20 specified

Level 6 Modules

Module Code Module Id Module Title Module Status Credit Value Module Type
NG3D902 MOD007444 Group Project Closed 40 core
NG3S857 MOD007889 Lighting Practice Closed 20 specified
NG3S858 MOD009782 Lighting Design and Technology Closed 20 specified
NG3S859 MOD009783 Innovation and Entrepreneurship Closed 20 specified
NG3S860 MOD010328 Independent Study Closed 20 specified
NGPU700 MOD012363 Supervised Work Experience (SWE) Running 120 specified

Teaching and Assessment


Learning and Teaching Methods

The University operates a quality system which incorporates a number of mechanisms for evaluating and improving the quality and standards of teaching and learning: These are detailed below:Individual module reviews prepared by the module leader (includes analysis of student feedback questionnaires and module leader’s module delivery analysis and critical report)Annual Programme monitoring, considered by course boards and the Faculty’s annual monitoring board and reporting to the Faculty’s FQAC with audit of process by QAC.Periodic review which includes external panel members.Academic and professional body accreditation guidelines.Advice from practitionersAnnual staff appraisal.External Examiners’ Reports, resulting in action plans as appropriate.Faculty’s Teaching and Learning GroupElectrical and Electronics Subject area industrial advisory boardStudent feedback and NSSThe subject also employs a range of methods for soliciting student feedback during the session. These include:Student representation on all course boards which incorporate a specific agenda item addressing student feedback, actioned via the course teams:Module feedback questionnaires;Student representation on faculty teaching and learning committeeCourse feedback meeting held at the beginning of the spring term to provide feedback to students regarding any changes to course operation or regulations and to solicit views on course operation;Year tutor and course leader contact;Based on the above, the current methods for the effective delivery of modules have been designed on the basis of either 200 hours of effort for standard 20 credit modules or 100 hours of effort by the student for standard 10 credit modules. This effort is divided between class contact time, directed learning time and independent study time. The class contact time for all modules is principally lectures, supported by tutorials, practical sessions and seminars, as appropriate. These activities are further supported by design projects and site visits, lectures delivered by visiting industrialists. The variety of teaching methods is considered appropriate for the BEng/MEng Electrical and Electronic Engineering subject area. This mix of different learning experiences provides a progressive learning environment which allows the student to demonstrate the course learning outcomes through a range of assessment vehicles. This standard format is expected and outlined in QAA subject guidelines and by professional bodies to cover course aims, curriculum and the specific learning out comes given for each course and set by subject bench mark statements. The range of different teaching methodologies for each module guides the assessment regime which meets the module learning outcomes, which are carefully mapped to the professional body learning outcomes for each level of award.Staff within the subject area are strongly encouraged to make use of the blackboard virtual learning environment and for the majority of modules this resource forms the major hub for students to access a wide variety of materials to enhance the learning experience. Material includes course notes, tutorial questions, revision material, past examination papers, course assignments and video material.

Employer Engagement

The subject area has an industrial advisory group (IAG) which meets twice per year. This group have been consulted regarding the revalidation process and its views sought regarding content of the taught modules. The IAG also provides a forum which allows closer links between the industries represented and USW in terms of ongoing collaboration across a range of areas including specialist course development, increased industrial placement opportunities and internships within the companies.

The current industry representation on the IAG is:

General Dynamics, Renasas, Airbus Defence & Space, Microsemi, IQE Europe, Axiom, Cymtec Ltd , Toucan Systems Ltd, Seabank, Guardian Global Technologies Ltd, Fike Safety Technology, Torchwood Technologies Ltd, Sony, SPTS Technologies, IRF, EST Net, Renishaw, Perkin Elmer, Welsh Government.

The IAG as well as providing input into ensuring module content is current with the latest technologies and techniques also contribute directly by the delivery of specialist aspects of our course in the form of guest lectures.

An annual event involving industry for the subject area is the ‘Student Project Showcase’, where industrialist are invited to attend and present prizes to the most outstanding projects. This has been endorsed by industrialists who are generously providing prestigious prizes for the winning category. This has been seen as an excellent event in developing the students and enhancing their overall student experience.


Means of Assessment

Assessments have been designed to meet the learning outcomes of the modules and courses. Most of the course running in the subject area will be submitted for professional body accreditation at either IEng of CEng levels, and as such the course and module learning outcomes have been designed to be compliant with the UK-SPEC and IET requirements. The development and review process for modules has been to map the modules to the required professional learning outcomes and then design assessments to meet these outcomes. If all the learning outcomes can be met by all assessments then the module is a bonded module, if not it is designed as a non-bonded module.

The assessment regime for each course aims to measure the skill and competence of the individual student by means of a structured and integrated approach to a defined coursework schedule. The assessment strategy has been devised to reflect the diverse nature of the module content with a balance between those modules assessed through assignments, coursework and class tests, and others that are examined at the end of the session.

The criteria set for each element of coursework in each module is designed to meet the learning outcomes of that bespoke module hence meeting the level of achievement for the given level of study as set out in the learning outcomes matrix for each course. This is in keeping with the University’s strategy for assessing and quantifying standards of achievement expected by QAA benchmark statements and professional guideline documents.

Modules which are used to develop the student's understanding of fundamental principles are assessed through the formal, end of year examinations. These examinations generally contribute between 50% and 100% of the available marks for the module, with the remainder being allocated to practical or assignment work. There are two modules that are assessed by 100% coursework, which are engineering applications and the 2nd year group project.

At all five levels of assessment, the examinations are normally either of 2 hours duration for a 10 credit module or 3 hours duration for a 20 credit module.

Oral presentations are used at all levels, especially in design and group work, and in the individual project in Level 6 of the degree awards. This addresses modern industry requirements for graduates to be able to confidently present information. Elements of self and peer assessment are used, especially in group design and project activities.

The assessment profile, together with its weighting and number of assessments (student workload), is presented for all levels of all courses in the tables within the relative course specification documents.

The development of key skills is incorporated throughout each course. It is located within the modules and related to relevant assessments, as appropriate.

For each of the courses the attainment level for each of the learning outcomes and key skills is indicated by the number of occurrences stated in the learning outcomes and key skills matrices.

Regulations for Assessment

Derogation to University Regulations

The BSc awards have derogation from the University’s Assessment Regulations to meet the requirements of the IET accreditation criterion.


Learning Support

Students undertaking taught modules within the subject area receive academic support from the module leader who liaises with individual staff on the module to ensure consistency of delivery and assessment.

Students undertaking project modules which are largely self directed receive academic support from a project supervisor who meets with the student on a regular, typically weekly basis to ensure the projects are progressing satisfactorily. A member of academic staff is also appointed to manage the allocation and overall running of projects within the subject area and produces a student project handbook to aid the students in the delivery of the project.

Students on placement receive support from the industrial liaison and training officer, who assist with obtaining placements, and gives advice on interview techniques and completing a CV prior to applying, then provides support to the students when on placement. Students are also visited twice during their placement to ensure everything is running smoothly.

The following additional support systems are in place to further enhance the students learning experience:

  • One week induction programme for new students.
  • Student online induction programme, learning and assessment schedules, key procedures and regulations.
  • On-line database defining all modules.
  • Printed teaching handbooks.
  • On-line learning through Blackboard MLE.
  • Modern computer laboratories providing both programme specific facilities and centrally managed open access cluster facilities
  • Modern well equipped laboratories with technician support.
  • Modern Library providing a range of text, journal and on-line material and a wide range of study facilities.
  • Student email accounts providing access to support from academic staff.
  • Open door policy of academic staff.
  • Student Development and Study Skills Service based in the Library to provide help with core subjects, such as Mathematics.
  • Grad Edge - http://gradedge.southwales.ac.uk/

Course Exit Points

Award Criteria Final
Bachelor of Science (with Honours) Successful completion of 360 credits specified on the course Final
Certificate of Higher Education successful completion of 120 credits at L4 Intermediate
Diploma of Higher Education successful completion of 240 credits at L4 and L5 Intermediate

Progression Route

none


Entry Requirements

Admission to the course is typically through the following qualifications:

260 UCAS tariff points,

May include A level Mathematics and one other science based subject. E.g., Physics, Chemistry, Biology, Geography,IT.

BTEC equivalent awards in an appropriate subject area will be considered.

GCSE: Five at grade C or above, including Mathematics and English Language

International qualifications are reviewed on an individual basis and matched to the equivalent UK entrance qualifications

A minimum of IELTS 6.0 is required for the undergraduate programmes.

Genuine interest in the subject area supported by a personal statement indicating work experience either through school or college events or industrial experience or self employment


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