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History of Civil Engineering
From Ancient Structures to Smart
Cities
1. Prehistoric and Ancient Civil Engineering
• Early shelters (~10,000 BCE)
• Ancient Egypt: Pyramids, canals
• Mesopotamia: Ziggurats, drainage
• Indus Valley: Urban planning, drainage
• China: Great Wall, irrigation systems
Civil History-From Ancient Structures to Smart Cities.pptx
2. Classical Era (Greece & Rome)
• Greek geometry and temples
• Roman arches, aqueducts, roads
• Use of concrete and engineering manuals
• Iconic structures: Colosseum, Roman roads
Civil History-From Ancient Structures to Smart Cities.pptx
Civil History-From Ancient Structures to Smart Cities.pptx
Civil History-From Ancient Structures to Smart Cities.pptx
Civil History-From Ancient Structures to Smart Cities.pptx
3. Medieval Period
• Focus on military and religious buildings
• Castles, Gothic cathedrals (e.g., Notre Dame)
• Stone masonry and flying buttresses
• Limited scientific advancement
4. Renaissance and Enlightenment (1400s–
1700s)
• Revival of classical knowledge
• Engineers like Leonardo da Vinci, Galileo
• Hydraulic engineering
• Scientific approach to construction
5. Industrial Revolution (1700s–1800s)
• Rise of machines, iron, and steam
• John Smeaton: Father of Civil Engineering
• Railways, bridges, factories
• Invention of Portland cement
6. Modern Civil Engineering (20th Century–
Present)
• Specializations: Structural, Geotech, etc.
• Reinforced concrete, steel, skyscrapers
• CAD and computer modeling
• Iconic projects: Burj Khalifa, Golden Gate
Bridge
7. Future of Civil Engineering
• AI, IoT, and BIM integration
• 3D printing and modular construction
• Green and sustainable design
• Climate adaptation and smart infrastructure

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Civil History-From Ancient Structures to Smart Cities.pptx

  • 1. History of Civil Engineering From Ancient Structures to Smart Cities
  • 2. 1. Prehistoric and Ancient Civil Engineering • Early shelters (~10,000 BCE) • Ancient Egypt: Pyramids, canals • Mesopotamia: Ziggurats, drainage • Indus Valley: Urban planning, drainage • China: Great Wall, irrigation systems
  • 4. 2. Classical Era (Greece & Rome) • Greek geometry and temples • Roman arches, aqueducts, roads • Use of concrete and engineering manuals • Iconic structures: Colosseum, Roman roads
  • 9. 3. Medieval Period • Focus on military and religious buildings • Castles, Gothic cathedrals (e.g., Notre Dame) • Stone masonry and flying buttresses • Limited scientific advancement
  • 10. 4. Renaissance and Enlightenment (1400s– 1700s) • Revival of classical knowledge • Engineers like Leonardo da Vinci, Galileo • Hydraulic engineering • Scientific approach to construction
  • 11. 5. Industrial Revolution (1700s–1800s) • Rise of machines, iron, and steam • John Smeaton: Father of Civil Engineering • Railways, bridges, factories • Invention of Portland cement
  • 12. 6. Modern Civil Engineering (20th Century– Present) • Specializations: Structural, Geotech, etc. • Reinforced concrete, steel, skyscrapers • CAD and computer modeling • Iconic projects: Burj Khalifa, Golden Gate Bridge
  • 13. 7. Future of Civil Engineering • AI, IoT, and BIM integration • 3D printing and modular construction • Green and sustainable design • Climate adaptation and smart infrastructure