Engineering Notes

Introduction
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
• Definition: Application of science and math to solve real-world problems.
• Branches: civil, mechanical, electrical, computer, chemical.
• Importance: infrastructure, innovation, and development.
Civil Engineering
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
• Design and construction of buildings, roads, bridges.
• Focus on structural safety and sustainability.
• Urban planning and smart cities.
Mechanical Engineering
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
• Design and production of machines and engines.
• Thermodynamics and fluid mechanics.
• Applications in automotive and aerospace.
Electrical & Electronics
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
• Power generation and distribution.
• Electronics for communication and automation.
• Emerging field: renewable energy engineering.
Computer Engineering
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.
• Software development and hardware design.
• Artificial intelligence and cybersecurity.
• IoT and embedded systems.