Four dimensions define the scope of this model: asset type, physical program, capital structure, and analytical outputs. Each is summarized below.
Mixed use development projects require a model that can hold phased construction draws, variable financing mechanics, staggered lease up, and a multi-year operating history before an exit event. Most spreadsheet approaches treat these as separate workbooks, which creates version control problems and makes sensitivity testing unreliable.
This model was built to connect all four stages in a single linked workbook, so that any change to a cost line, a draw assumption, or a lease up rate propagates through to the debt schedule and the equity return waterfall without manual reconciliation.
The goal was not simply to produce an IRR. The goal was to build a model that could support investor decision making at each stage of the capital cycle. That means a clearly structured assumptions page, a development budget that ties to a quarterly draw schedule, a debt module that calculates interest during construction, and an operating pro forma that feeds cleanly into an exit valuation.
Readability was treated as a modeling standard, not an afterthought. The workbook is structured so that an investor or lender can follow the logic from inputs to outputs without needing to reverse engineer formulas. All audit checks are visible and labeled. Every summary panel references the underlying schedule that produced it.
The project spans a construction period from 2027 to 2029, followed by a six-year hold period to exit in 2035. That timeline required the model to handle both development-phase accounting and stabilized-asset accounting within the same structure.
The workbook is organized as a linear analytical chain. Each module receives outputs from the prior stage and passes its results to the next. The structure below reflects the actual tab sequence in the workbook.
Costs, timeline, financing terms, lease rates, cap rate
Land, hard costs, soft costs, phased draw schedule
Senior facility, drawdowns, IDC, repayment
Revenue ramp, NOI, operating cash flow
Cap rate applied to stabilized NOI
IRR, equity multiple, net proceeds
Each layer is directly linked to the one before it. Timing, cost, leverage, and operating assumptions all flow through to investor outcomes. There are no manual inputs between modules. A change to the construction draw schedule, for example, automatically updates interest during construction, which flows to total project cost, which updates the sources and uses, which recalculates equity at entry and net proceeds at exit.
The model is organized into six functional modules. Each is self-contained but linked to the broader analytical chain.
The following panels represent the primary output sections of the workbook. Each is designed to be presentation-ready and directly traceable to its source assumptions.