Презентацияция

1.

2.

Career
The construction and operation of buildings and structures
involve diverse roles spanning planning, design,
construction, and maintenance. Key professions include civil
and structural engineers, architects, construction
managers, project managers, building inspectors, and
skilled trades like carpenters, plumbers, and electricians.
These professionals ensure safety, functionality, and
sustainability.

3.

Construction Today:
Digitalization and Industrialization
Modern construction focuses on speed, precision, and
safety through three main pillars:
• BIM (Building Information Modeling): This is the backbone of
modern projects. It involves creating a 3D digital representation
that includes all physical and functional characteristics of a
building.
• Modular and Offsite Construction: To combat labor shortages and
weather delays, large sections of buildings (pods, wall panels) are
manufactured in factories and assembled onsite.
• Onsite Technology: The use of drones for site mapping, robotic
total stations for layout, and wearable tech for worker safety is now
standard on large-scale projects.

4.

Building Operation
The "Operation" phase is the longest part of a
building's life (30–50+ years), and today it is focused
on efficiency:
• Smart Sensors: Real-time monitoring of HVAC (heating,
ventilation, air conditioning), lighting, and occupancy to
reduce energy waste [4].
• Digital Twins: Facility managers use a "live" BIM model that
reflects the building's current state, allowing them to
simulate repairs or renovations before they happen [5].
• Predictive Maintenance: Instead of waiting for a pipe to
burst, sensors detect pressure changes early, allowing for
"just-in-time" repairs [4].

5.

In ten years

6.

Construction in 10 Years:
Automation & Robotics
• Autonomous Swarm Robotics: Instead of large crews, swarms
of small, specialized robots will handle masonry, painting, and
welding with 24/7 efficiency.
• 3D Concrete & Composite Printing: Large-scale 3D printing w
be the norm for structural shells, reducing material waste by
up to 60%.
• Generative AI Design: Architects will use "Optioneering"—AI
that generates thousands of structural designs optimized for
the lowest carbon footprint and highest energy efficiency in
seconds.

7.

Building Operation in 10 Years
• Digital Twins & Predictive Maintenance: Every building will ha
a real-time virtual replica. Sensors will predict structural fatigu
or pipe leaks before they happen, triggering automated repair
orders.
• Self-Healing Materials: Concrete embedded with specialized
bacteria will automatically "heal" cracks when moisture enters
drastically extending the building's lifespan. [
• Net-Positive Energy: Buildings will act as power plants, using
transparent solar glass and hydrogen fuel cells to generate mo
energy than they consume, selling the excess back to the city
grid. [3]

8.

Sources
• RICS: The Future of AI and Robotics in
Construction — On autonomous site
management.
• Market Research Future: Construction
Robotics Forecast 2032 — Data on the
shift to automated building.
• Oxford Economics: Future of
Construction 2030+ — Economic and
sustainability trends for the next
decade.
• Tejjy Inc: The Role of Digital Twins in
2035 — How buildings will manage
themselves.
• MDPI: Evolution toward Construction
5.0 — Academic outlook on humanrobot collaboration in 10 years.
• RICS: Artificial Intelligence in the Built
Environment — Insights on AI and
robotics on modern sites [1].
• Autodesk: The State of Design & Make
— Detailed data on BIM adoption and
digital workflows [2].
• Oxford Economics: Future of
Construction — Economic outlook and
modular construction trends [3].
• Market Research Future: Smart
Building Market Outlook — Growth
data on IoT and building operations [4].
• Tejjy Inc: Digital Twins in Smart
Construction — Explaining the link
between construction and operation
phases [5].