Module Descriptors
DESIGN AND TECHNOLOGY
XXEM50041
Key Facts
Faculty of Business, Education and Law
Level 5
15 credits
Contact
Leader:
Email:
Hours of Study
Scheduled Learning and Teaching Activities: 24
Independent Study Hours: 126
Total Learning Hours: 150
Assessment
  • ASSIGNMENT weighted at 100%
Module Details
Module Indicative Content
This module builds upon the knowledge and understanding gained in the module Design & Procedures and explores the inter-relationship of building components and assembly. It concentrates on the following:
Selection of materials and methods of use
Specification of materials
Common building defects
Preventative techniques to address defects
Planned maintenance
Graphical techniques
Module Learning Strategies
Delivery will comprise lectures (12 hours) and workshops (12 hours) which will include student centred exercise.

Independent study and guided learning will support each session. You can expect to spend around 36 hours in preparation for the workshops. Self tuition through a Study Pack is expected to take approximately 24 hours and access to tutor and work-based guidance will take place. It is expected that in-house support will facilitate the learning environment and you could expect to spend about 24 hours on work-based learning. Additionally you can expect to utilise some web-based enquiry as part of your independent learning.

Module Resources
Technical Indexes
Professional journals and trade literature
A range of ICT/CAD facilities.
Library, British and European Standards, CDM Regulations.
Codes of Practice. Projects from the student's workplace including specifications, maintenance manuals and scheduler.
Module Texts
Neufert, E & Neufert, P (2000) Architects' Data 3rd Edition Blackwell Science ISBN 0632057718
Zunde, J (1989) Design Technology Sheffield Hallam University Press
ISBN 0863392032
Chanter, B Swallow, P (2000) Building Maintenance Management (Blackwell Science ISBN 0632057661
Wordsworth, P (2001) Lee's Building Maintenance Management 4th Edition Blackwell Science ISBN 063205362-3
Taylor, G (2000) Materials in Construction 3rd Edition Pearson ISBN
Lyons, A (2003) Materials for Architects and Builders, An Introduction 2nd edition Butterworth Heinemann ISBN 0750657251
Oliver, A (1996) Dampness in Buildings Blackwell Science ISBN 0632040858
RIBA (2002) Architect?s Handbook of Practice Management ISBN 1859461190
Module Additional Assessment Details
One individual scenario based assessment covering all learning outcomes. (2,000 words plus sketches and drawings) 100%.