Unit 4001CE Construction Design Project Civil Engineering (Pearson-set) Assignment Brief
| Unit Number | 4001CE |
| Unit Title | Construction Design Project Civil Engineering (Pearson-set) |
| Unit code | Y/651/2453 |
| Unit level | 4 |
| Credit value | 15 |
Introduction
The success of any project relies on the development of a good design and the technical information to allow the project to be built. The aim of this unit is to help students to appreciate and be aware of the design process and the information required to communicate the design itself, specify and quantify materials, provide instructions for the assembly and erection, and facilitate precise costing and project management.
Topics included in this unit are: project phases; construction drawing; detailing; Computer Aided Design (CAD); Building Information Modelling (BIM); schedules; specifications; bills of quantities; information collaboration.
On successful completion of the unit, students will be able to analyse scenarios, make decisions and produce drawings and specifications to achieve appropriate, creative and innovative home design proposals.
In particular, this unit complements the English Level 4 Civil Engineering Senior Technician occupational standard and alongside other key units provides comprehensive coverage of required Knowledge Skills and Behaviours.
Learning Outcomes
By the end of this unit, a student will be able to:
LO1 Discuss the stages of a design process and the types of information required to communicate, share and manage the project process
LO2 Explain the different types of construction information developed through the course of a project
LO3 Produce design propositions that address project requirements defined through feasibility stages
LO4 Present a construction information package, highlighting the coordination of information between different project stakeholders to ensure accuracy.
Essential Content
LO1 Discuss the stages of a design process and the types of information required to communicate, share and manage the project process
- Design criteria
- Project type (e.g., residential, commercial, industrial, infrastructure)
- Client type (e.g., private, institutional, public)
- Environment/sustainability
- Statutory requirements (e.g., planning permissions, health and safety, building regulations)
- Project process
- Feasibility
- Design
- Construction information
- Site operations (e.g., variations, architect’s/engineer’s instructions, on-site design)
- Handover
- Post-occupancy
- Cost/fee information
- Initial budget
- Professional fees (e.g., architect/design fees, engineers’ fees, Project manager fees)
- Construction costs (e.g., material costs, plant costs, labour costs)
- Design process
- Concept design
- Design development
- Detail design
- Construction information
- Construction information
- Drawings (e.g., sketches, construction drawings, CAD)
- Models (e.g., physical models, digital models, BIM data)
- Specifications
- Schedules
- Information sharing
- CAD formats
- BIM data
- Digital collaboration systems
- Data Security
LO2 Explain the different types of construction information developed through the course of a project
- Construction Drawings
- Site drawings
- General arrangement (GA) drawings
- Consultant Information (e.g., structural, mechanical, environmental)
- Details
- Specifications
- Preliminaries (‘prelims’)
- Specification types (e.g., outline specification, performance specification)
- Specification sections
- Schedules
- Drawing schedules
- Structural Beam schedules
- Bar Bending schedules.
- Schedule of Works
- Information coordination
- Manual information coordination
- Digital information coordination (e.g., BIM, single-model data)
- Clash detection
- Manual clash detection
- Digital clash detection
- Health and safety information
- Pre-construction health and safety plan
- Health and safety method statements
- Risk assessments
- Construction phase plans
- Health and safety file
- Material safety information (e.g., control of substances hazardous to health [COSHH], material handling guidelines)
LO3 Produce design propositions that address project requirements defined through feasibility stages
- Feasibility
- Client need
- Site conditions including – geotechnical (e.g., soil properties) hydraulics (e.g., fluid properties and behaviour) contamination (e.g., soil remediation) environmental strategy (e.g., materials selection and local supply)
- Project type (buildings and infrastructure)
- Budget
- Legal/statutory requirements
- Design propositions
- Initial/concept propositions
- Design development
- Design evaluation
- Environmental evaluation
- Design iteration
- Construction information:
- Drawings
- Specifications
- Schedules
- Health and safety information
LO4 Present a construction information package, highlighting the coordination of information between different project stakeholders to ensure accuracy
- Project roles/stakeholders
- Client
- User/occupier
- Architects
- Engineers (e.g., structural, mechanical)
- Contractors (e.g., main contractor, sub-contractors)
- Project managers
- Contract managers
- Cost consultants/quantity surveyors
- Suppliers
- Manufacturers
- Project relationships
- Contractual relationships
- Professional collaboration (e.g., information sharing, information management, Data security)
Learning Outcomes and Assessment Criteria
| Pass | Merit | Distinction |
| LO1 Discuss the stages of a design process and the types of information required to communicate, share and manage the project process | D1 Critically evaluate the relationship between design and project stages, highlighting the processes and procedures to ensure information coordination throughout. | |
| P1 Describe the stages and activities of a construction design process.
P2 Explain the types of information required throughout the different stages of a project process. |
M1 Assess the relationship between design and project stages and the information sharing requirements in each. | |
| LO2 Explain the different types of construction information developed through the course of a project | ||
| P3 Examine a brief to ascertain the requirements of a civil engineering project.
P4 Outline the relationships between drawings, schedules and specifications. |
M2 Analyse the importance of clash detection and information coordination. | |
| Pass | Merit | Distinction |
| LO3 Produce design propositions that address project requirements defined through feasibility stages | D2 Evaluate a package of construction information, in relation to their coordination and accuracy. | |
| P5 Create construction drawings and details using industry-standard tools and techniques.
P6 Produce specifications, schedules and an outline construction health and safety phase plan for a given project. P7 Outline potential geotechnical, hydraulic, contamination and environmental problems for a given project |
M3 Prepare specification prelims and schedule of works, in coordination with construction drawings and details. | |
| LO4 Present a construction information package, highlighting the coordination of information between different project stakeholders to ensure accuracy | ||
| P8 Present construction information to an audience of specialists and non-specialists.
P9 Explain the coordination and information sharing between different roles and stakeholders in a construction project. |
M4 Analyse the ways in which different forms of contractual relationships between stakeholders influence flow of information in a construction project. | |
Recommended Resources
Print Resources
BELBIN, R. (2010), Team Roles at Work, Routledge
BUSSEY, P. (2019), CDM 2015: A Practical Guide for Architects and Designers, Routledge
CHING, F. (2011), Building Construction Illustrated, John Wiley & Sons
CHUDLEY, R., GREENO, R., KOVAC, K. (2020), Chudley and Greeno’s Building Construction Handbook, Butterworth-Heinemann
CONSTRUCTION SPECIFICATIONS INSTITUTE (2011), The CSI Construction Specifications Practice Guide, John Wiley & Sons
DOUGLAS, J., GASIOREK, J., SWAFFIELD, J. (2001), Fluid Mechanics, Addison-Wesley Longman Limited
GRIBBLE, C., MCLEAN, A. (2017), Geology for Civil Engineers
HUTH, M. (2018), Understanding Construction Drawings, Cengage Learning
KALIN, M., WEYGANT, R., ROSEN, H., REGENER, J. (2010), Construction Specifications Writing: Principles and Procedures, John Wiley & Sons
LAWSON, B. (2006), How Designers Think: The Design Process Demystified, Routledge
MAKSTUTIS, G. (2018), Design Process in Architecture, Laurence King Publishing
MEIER, H., WYATT, D. (2008), Construction Specifications, Delmar Pub
Links
This unit links to the following related units:
- Unit 2: Construction Technology
- Unit 4: The Construction Environment
- Unit 5: Legal and Statutory Requirements in Construction
- Unit 6: Digital Applications for Construction Information
- Unit 12: Tender & Procurement
- Unit 13: Building Information Modelling
- Unit 17: Civil Engineering Technology
- Unit 21 Geotechnics & Soil Mechanics
- Unit 23: Construction Economics & Sustainability
- Unit 24: Principles of Off-site Construction
- Unit 26: Digital Applications for Building Information Modelling
- Unit 27: Law & Legal Frameworks in Quantity Surveying
- Unit 28: Group Project (Pearson-set)
- Unit 29: Contracts & Management
- Unit 30: Project Management
- Unit 32: Advanced Construction Drawing & Detailing
- Unit 39: Personal Professional Development
- Unit 42 Hydraulics
- Unit 47: Advanced Building Information Modelling
- Unit 53: Advanced Off-site Construction
- Unit 54: Advanced Quantity Surveying Practice
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