This presentation reflects on the Role of BIM in sustainability and it is useful for Civil engineers and may help for your construction project management course. All the best 😉

1. Presented by :-
Prafulla Kumar Mishra (1BM20CV114)
Om Tiwari (1BM20CV105)
Rishav Chandra (1BM20CV128)
Nikhil Kumar (1BM20CV101)
Role Of BIM In
Sustainability
A.A.T : Construction Project Management, Economics
and Professional Ethics

2. What is BIM ?
BIM is an acronym for Building Information Modeling or
Building Information Management. It is a highly
collaborative process that allows architects, engineers,
real estate developers, contractors, manufacturers, and
other construction professionals to plan, design, and
construct a structure or building within one 3D model.
It can also span into the operation and management of
buildings using data that building or structure owners
have access to (hence the Building Information
Management). This data allows governments,
municipalities, and property managers to make informed
decisions based on information derived from the
model— even after the building is constructed.

3. BIM, as a whole, refers to the process of all parties involved in the construction and lifecycle
management of built assets, working collaboratively and sharing data. However, the true power of
BIM lives in the “I” (information). All of the information gathered— from conception to
completion— isn’t just stored, it’s actionable.
The data can be used to improve accuracy, express design intent from the office to the field,
improve knowledge transfer from stakeholder to stakeholder, reduce change orders and field
coordination problems, and provide insight into existing buildings for renovation projects later on.
The “I” in BIM

4. How BIM helps Civil
Engineers ?
BIM helps civil engineers digitally explore alternative
design decisions, capture more detail, and enhance
coordination. Using BIM increases accuracy,
predictability, and understanding throughout project
life cycles, driving compelling results and providing
data-driven assurance for stakeholders that
projects will be delivered on schedule and on budget.

5. What is BIM Software?
BIM software is 3D design and modeling software that can help optimize
the work of designing for architecture, construction, plant, civil, and MEP
projects. It does this by:
• Helping make better design decisions and improve building
performance
• Digitizing the construction site and connecting information from
construction through handover
• Managing the design and construction of piping, structures, and
processes
• Improving predictability, productivity, and profitability of workflows
• Supporting project delivery success with improved design quality and
collaboration

6. “The development that meets the needs of the
present without compromising the ability of
future generations to meet their own needs.”
—Definition of
Sustainability

7. Sustainable practices have become increasingly crucial in modern
construction, driven by environmental concerns, regulatory requirements,
and the pursuit of long-term economic viability. BIM offers a range of
tools and functionalities that facilitate the integration of sustainable
principles into every stage of the building lifecycle, from design and
construction to operation and maintenance. By leveraging BIM technology,
stakeholders can optimize resource efficiency, reduce waste, enhance
energy performance, and improve overall sustainability outcomes.
Role Of BIM In Sustainability

8. How does BIM enhance sustainable development?
 Integrated Design and Collaboration:
BIM facilitates collaboration among architects, engineers, contractors, and other project
stakeholders, enabling integrated design processes that prioritize sustainability
objectives from the outset.
Through BIM, multidisciplinary teams can work together to optimize building
performance, explore alternative design options, and identify opportunities for resource
efficiency.
 Energy Analysis and Performance Optimization:
BIM software offers robust energy analysis capabilities that enable designers to assess
the energy performance of buildings and identify opportunities for improvement.
By simulating various design scenarios, stakeholders can optimize building envelope
design, HVAC systems, lighting, and other factors to minimize energy consumption and
enhance sustainability.

9. How does BIM enhance sustainable development?
 Material Selection and Lifecycle Assessment:
BIM platforms facilitate the evaluation of material properties, embodied carbon, and
environmental impacts throughout the building lifecycle.
With access to comprehensive data on building materials, stakeholders can make
informed decisions to select sustainable materials, minimize waste, and reduce
environmental footprint.
 Construction Planning and Waste Reduction:
BIM enables precise construction planning and sequencing, leading to more efficient use
of resources, reduced construction waste, and minimized environmental impact.
By visualizing construction processes in a virtual environment, stakeholders can identify
potential conflicts, optimize construction schedules, and streamline workflows to enhance
sustainability outcomes.

10. How does BIM enhance sustainable development?
 Facility Management and Maintenance:
BIM supports the integration of building information into facility management systems,
enabling efficient operation, maintenance, and performance monitoring over the
building's lifecycle.
By providing access to accurate, up-to-date information on building components, systems,
and maintenance schedules, BIM helps optimize building performance, reduce energy
consumption, and enhance occupant comfort.

11. CONCLUSION
Building Information Modeling (BIM) plays a pivotal role in
advancing sustainability within the construction industry by
enabling integrated design, energy analysis, material assessment,
construction planning, and facility management. By leveraging BIM
technology, stakeholders can optimize resource efficiency, minimize
environmental impact, and enhance the overall sustainability of
construction projects. As sustainability continues to be a top priority
for the industry, the adoption of BIM is expected to grow, driving
positive environmental, social, and economic outcomes.

12. THANK YOU