Scenario $3($Timber Structure$)$:

The Eco$-$Friendly Community Centre in Chiswick, London is more than just a structure; it exemplifies the transformative potential of sustainable architecture. With a $3,500,000$ budget and a meticulous $70-$week construction schedule, this project is poised to revolutionise the way we view Community spaces and the impact of our built environment. Central to this project is the deliberate choice to use timber as the primary construction material. This is my part i need to do ALL of these parts: Comprehensive Planning:

$$ Include a detailed project management plan that assigns roles and responsibilities to team

members $($include a chart of your organisation$)$ and outlines communication protocols.

$$ Integrate sustainability principles into the project plan, specifying green building certifications

$($e$.$g$.,$ LEED Platinum$)$ to pursue or energy$-$saving strategies like passive solar design.

Procurement Strategy:

$$ Specify the selected procurement method, e$.$g$.,$ design$-$build, and allocate $37,000$ for

procurement$-$related expenses.

$$ Detail how local suppliers and contractors will be engaged to reduce transportation$-$related

carbon emissions and ensure timely material deliveries.

Financial Analysis:

$$ Conduct a cost$-$benefit analysis comparing sustainable construction choices $($e$.$g$.,$ solar panels,

rainwater harvesting$)$ with traditional alternatives, with a focus on long$-$term savings.

$$ Perform a financial analysis based on the provided cash flow projection for the project over $20$

years:

o Using the provided cash flow data and a discount rate of $10\%,$ calculate the Net Present

Value $($NPV$)$ and Internal Rate of Return $($IRR$)$ of the project.

o Interpret the results of the NPV and IRR calculations. Is the project financially viable?

Explain your reasoning. Construction Quote:

Description

Total Cost $(\backslash (\backslash$mathbf$\{(1)\}\backslash )$

Site Preparation

Site Clearing and Demolition

Excavation and Grading

Soil Testing and Remediation

Foundation and Structure

Foundation Construction

Timber Structure

Roof Trusses and Beams

Utilities and Services

Plumbing and Sanitary Systems

Electrical Systems

HVAC Systems

Interior Finishes

Flooring and Wall Finishes

Ceiling Systems

Interior Fixtures and Furnishings

Exterior

Roofing and Waterproofing

Exterior Wall Finishes

Landscaping and Exterior Amenities

Landscaping and Green Areas

Parking Lot and Paving

Contingency $(10\backslash \%)$

Total Estimated Project Cost Cash Flow $($after completion$)$: