Individual Building Design Project Assignment Sample

Introduction to Individual Building Design Project Assignment Sample

Filbert Street redevelopment is intended to develop a new, modern and inclusive place for student accommodation at De Montfort University. The outline in this document covers digital modelling, the reasoning behind the design and the use of low-energy approaches according to Passivhaus standards, relying on the analysis we did earlier. While coming up with the design, the main factors were the site’s location, what the users would need and the local environment.

This Individual Building Design Project Assignment Sample explores the Filbert Street redevelopment at De Montfort University, focusing on student accommodation, digital modelling, inclusive design, and Passivhaus energy-efficiency standards. An Assignment writing helper can support students in understanding sustainable building design, site analysis, user requirements, and environmentally responsible construction approaches.

Modelling Tools and Workflow

The concept and architectural plans were created by using SketchUp Pro as the main tool. The model was placed at the correct location using the coordinates (52.624304, -1.140924) so that it would face true north and be accurate for sunpath and ventilation design. After that, AutoCAD was used for putting in measurements, writing comments and scaling up technical drawings. To make drawings more professional, I also used Photoshop for refining the details and merging the landscaping and zoning colours.

Key steps included:

• Importing a geo-referenced site boundary using the site analysis data.
• Designing the building with modular blocks and repetitive bedrooms to improve how it is built and used.
• Designing the spaces to include communal lounges, kitchen areas, utility sections and a central courtyard according to what the client asked for.

Concept Design and Assumptions

The initial design is based on several guiding principles:

• Maximum accommodation capacity: 150 en-suite rooms (15–18 sqm each).
• Building height: Four storeys, considering the precedent set by Filbert Village.
• Passive solar orientation: Optimised for maximum daylight in winter and shading in summer.
• Floor-to-ceiling height: Minimum 2.4m across all floors.

The concept massing model for SketchUp aims to place blocks so that there is better use of light and air. Including stairways and lifts in every block helps people with disabilities. The design plans say the courtyards are placed in locations that make the buildings pretty and allow a lot of cross-ventilation.

Planning Drawings Developed

Planning-stage drawings prepared include:

• Site Location Plan (1:1250): Made using Digimap and marked with the surrounding area and the project site’s boundaries.
• Site Plan with Landscaping (1:500): Illustrates the sidewalks, grass areas, places for charging electric vehicles and systems for sustainable drainage (SuDS), along with other features.
• Floor Plans including Roof Plan (1:100): Sections of circulation, central service zones and social areas have been clearly outlined in the floor plans (1:100).
• Elevations (1:100): The elevations (1:100) have the building’s facades, main windows, various shading systems and brick designs inspired by period architecture from Leicester’s past.
• Sections (1:100): Show floor slabs, thermal insulation layers, and spatial zoning.

The proposed development has been accurately outlined in the planning application form and all documentation includes a scale bar, list of important attributes and a north-oriented view.

Technical Drawings and Passivhaus Integration

Designers used the following drawings to ensure the building meets the standards of Building Regulation and Passivhaus:

• Site Plan (1:200): The design shows where SuDS are used, attenuation tanks are covered and areas to preserve important trees can be found.
• Floor Plans (1:50): Detailed information about gridlines, location of the insulation and placement of sanitary fixtures.
• Elevations and Sections (1:50): Façade treatment and wall assembly details as well as U-value goals (less than 0.15 W/m²K) should be shown on elevations and sections at 1:50 scale.
• Spot Details (1:10):
  • Wall-roof insulation junctions
  • PV panel installation anchorage
  • Thermal break at floor slab to façade
• Integrated Services Plan (1:50): Illustrates the routes of ducting, mechanical airflow systems (MVHR) and electrical risers, as well as highlighted zones for easier maintenance.

Drawings of the project include information on cost-effective innovations like triple-glazed windows, efficient LED lighting and panels that capture the sun’s energy.

Sustainable Design Measures

The structure is built with the knowledge and statistics from the site’s environmental and climate studies.

• Rainwater harvesting via sloped roof drainage into underground tanks.
• Natural daylighting and ventilation enhanced by window placement and internal courtyards.
• Noise mitigation through use of acoustic glazing on south-facing façades.
• Green roof elements to support biodiversity and provide thermal mass.

The design also includes:

• Bicycle storage facilities
• Limited car parking to promote public transport use
• Smart security access control
• Use of locally sourced materials like Leicester red bricks and low-carbon concrete.

Conclusion

The technical part of the design uses modelling, architectural design and sustainable strategies made for the specific environment of Filbert Street. Design has made sure the site is easy to reach, includes people from different walks of life and preserves nature. By using the concept, one can match contemporary needs with cultural traditions, meeting all the required regulations. The following phase covers checking the building’s design and using simulation software to confirm that both energy and material uses are as planned.

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