2x2 4x6 5x6 2x2 6x5 Lift 4x5 bedroom double bedroom Lift Lift bedroom Lift double 6x5 bedroom bedroom 4x5 4x5 bedroom 475 bedroom Kitchen 4x5 bedroom bedroom 4x5 Laundry Room communal Aren. bedroom 4x5 bedroom 4x5 4×5 kitchen. belovon 4×5 bedroom カー bedroom bedroom 5x4 5x45x4 5x4 5x4 bedsom bedroom bedroom bedroom 4x5 bedroom 4x5 bedroomy double bedroom bedroom 4x5 514 5x4 Sx6 415 First and Second floor: 242 5x4 5x6 212 6.3 bedroom bedroom th 4x5 Lift double bedom double double bedroom bedroom Lift double bedraa 6x5 wardrobes bedroom 415 desks belom 4x5 4x5 bedroom Laundry Room 475 bedien Kitchen Communal Aren bedroom 4x5 kitchen 4x5 bedroom bedroom 4×5 4x5 bedre bedroom 4x5 bedroom 4x5 о Consuite bathroom bed beds double bedroom 4×5 bedro bedside talde 3x4 5x4 5x4 5x4 2 single beds SA4 514 Sx4 5x6 475 813 Bedon TU-147 Bedroo THIKI Bedroom This Bedroom Laundy wwwww kitchen Betoon SK4 Toike T TUILET sxy Single bedroom: enterance desk security con Debson TOILET Common Area. Say Kitchen TOILET Laundry Room wardrobe SAY TOILET S TOILET bed Lunday Sn3 belan Bedrmed kitchen 8x3 4x4 4x4 4x4 4x4 414 744 window chest drawer onsuite bathroom 3D Concept:/n UNIVERSITY of BRADFORD CSE5014-B Structural Design Project Faculty of Engineering and Informatics BEng/MEng Civil and Structural Engineering Structural Design Project CSE5014-B Detailed Design 2023-24 Requirements Following your initial report, your group needs to select their preferred scheme and carry out a more detailed design. For your detailed design report, you will 1. Prepare sufficient design calculations to establish the form and size of the principal structural elements (one slab, one beam, one column), for the chosen scheme. 2. Select a suitable type of foundation for this structure and some preliminary design calculations 3. Prepare general arrangement plans, sections and elevations to show the dimensions and layout of the structural elements. These drawings can produced using Autodesk/Revit or drawn by hand. 4. Consider the method of construction and prepare a Construction plan, including a Gantt chart showing the order and duration of activities 5. Prepare a Risk Assessment for the Construction Process 6. Assess the sustainability of your design decisions, considering issues such as (but not limited to) embodied carbon, waste produced during the construction/use/end of life of the building. 7. Prepare a reflective statement about how the principles of BIM could be used in completing this type of project. The principles of sustainable development must be embedded into all of your design decisions For the detailed report, worth 50% of the module, the breakdown of marks will be as follows Report element Design calculations Foundation Design Sustainability Marks (% of component grade) 20 10 25 Risk Assessment 15 Construction Plan 10 Implementation of BIM - reflective statement Drawings 10 10 There is not a strict word-count but the main body of the final report should be approximately 5000- 10000 words, supplemented by diagrams and appendices as appropriate. The report should be paginated and prefaced by a table of contents. The report should contain the above elements of the project in the main body of the report or appendices. This report must be submitted on Canvas by 4 pm on Friday 12th April. Only one submission is required per group. Page 1 of 1