Digital Transformation of Development

The use of building information modeling (BIM) technologies, the transition to cloud infrastructure for storing and processing design data, as well as the spread of modular solutions, have a direct impact on the parameters of financial models for development projects. The changes affect not so much the visual aspect of design (three-dimensional modeling) as the distribution of capital expenditures (CAPEX), the nature and scale of cost overrun risks and, consequently, the principles of return assessment.

The application of the BIM approach implies a transition from a fragmented set of drawings and specifications to an integrated information model of the facility. Such a model integrates geometric characteristics, engineering solutions, the range and quantities of materials, cost indicators, and scheduling parameters. For a developer, this means that clashes, design errors, and potential gaps in cost estimates can be identified at the pre-construction stage rather than during construction, when any adjustment leads to direct additional costs and indirect time losses.

The higher the level of detail and quality of the information model, the lower the need to include “contingency reserves,” and the more predictable the structure of capital investments becomes. Cloud-based software and hardware solutions further reinforce this effect: when all participants in the investment and construction process (designers, contractors, suppliers, technical clients) operate within a single digital environment, the number of conflicting versions of documentation is reduced.

Quantity and cost indicators are generated automatically based on the current model. Moreover, any changes made are recorded transparently. As a result, the developer shifts from managing a project with a high level of informational noise to a process in which the level of risk can be defined and controlled.

The spread of modular technologies forms the second important dimension of transformation. Shifting a significant share of operations from the construction site to an industrial base reduces the category of “unforeseen expenses” associated with downtime, labor overruns, material waste, and weather conditions. The production of modules is generally synchronized with preparatory and foundation work, making it possible to shorten the overall investment and construction cycle. Shorter project timelines, in turn, reduce total interest expenses on borrowed financing and increase the sensitivity of performance indicators (NPV, IRR) to accelerated commissioning.

The combined use of BIM technologies and modular construction makes project management more formalized and predictable. For industrial module manufacturers, precise digital specifications generated from the information model are critically important. A significant portion of risks shifts from the most costly and uncertain stage of “on-site” construction to the design and planning phase, where making changes is significantly cheaper and less risky.

At the industry level, this evolution signifies a transition from viewing construction as primarily a craft-based activity to a model of an industrial and at the same time IT-intensive business. Developers capable of accounting not only for the cost of constructed space and direct production costs, but also for the cost of time-related and technical risks, gain a long-term competitive advantage. In this context, the digital information model and the modular approach serve as important tools for increasing project resilience and profitability amid a high cost of capital.

Author: Candidate of Economic Sciences, Lecturer at the Department of World Economy and World Finance, Financial University under the Government of the Russian Federation Tamara Teimurazovna Adamia.