FUTURE_TRENDS__PPT.pptx mechanical engineering

Ppt on future trends in mechanical engineering

1. Future trends in mechanical engineering By, v.Narayana rao s.Krishna Pavan

2. Introduction As we approach 2025 , the landscape of mechanical engineering is being altered by revolutionary technology, creative techniques, and the growing demand for sustainable solutions. The future of mechanical engineering is artificial intelligence, 3d printing, computer –aided engineering, nano technology, internet of things, digital twins , argument reality (ar) in design and maintenance, green engineering, ai infused dynamics, robotics ......etc

3. Contents 3d printing Computer-aided engineering Nano technology Internet of things industrial automation Robotics Green engineering CONCLUSION

4. INDUSTRIAL AUTOMATION In the present century, industrial automation has been significantly growing due to minimize the man power. In industrial automation there will be a few mistakes unless it is checked by people in their company Industries such as automotive , pharmaceutical , beverages, food,textile industries are using robots to minimize the man power for low running cost of the industry to gain profits and expand their company ADVANTAGES: Less consumption of man power High precision Efficient Quick and responsive

5. Internet of things It enables mechanical systems and equipment to communicate providing engineers and manufactures with valuable insights for monitoring,controlling, and optimizing various processes. IOT transformes ordinary objects into smart, connected devices contributing to a more interconnected and intelligent world ADVANTAGES: Enhanced Decision-Making Remote Monitoring and Control Enhanced Customer Experience Improved Healthcare

6. Nano technology Nano technology has led to many advancements in mechanical engineering, including: ADVANTAGES: Improved surface properties Nano 3d printing Sensors & actuators Reduced energy consumption Miniaturised robots

7. 3d printing 3d printing, also known as additive manufacturing, is a game changer in mechanical engineering because it allows for: Rapid prototyping: Engineers can quickly create physical proto types of their designs for testing and evaluation. Complex geometries: 3d printing can create intricate designs that are difficult or impossible to make using traditional methods. ADVANTAGES: Reduced material waste Increased efficiency

8. Computer –aided engineering Computer –aided engineering (cae) is a method that uses soft ware and computational tools to help design , analyse, and manufacture products. It is used in mechanical engineering to optimise product designs and make better decisions. Benefits of cae in mechanical engineering: Time savings Cost effectiveness Simulation

9. ROBOTICS Robotics is the interdisciplinary study of the design, construction, operation, and use of robots The goal of most robotics is to design machines that can help and assist humans. Many robots are built to do jobs that are hazardous to people, such as finding survivors in unstable ruins, and exploring space, mines and shipwrecks. Others replace people in jobs that are boring, repetitive, or unpleasant, such as cleaning, monitoring, transporting, and assembling. ADVANTAGES: Increased efficiency Improved accuracy Enhanced productivity Flexibility Supply chain optimization

10. GREEN ENGINEERING It is the process of designing, innovation, and implementing the solutions in a way that minimizes the environmental impact and promotes sustainability. It involves integrating eco-friendly principles into engineering practices across various fields. Green engineering focuses on resources efficiency pollution prevention, and system and use of renewable energy sources , aiming to create technologies and systems that are environmentally responsible throughout their life cycle ADVANATGES: Environmental Protection Energy Efficiency Job Creation Job Creation

11. CON CL USION In the future of mechanical engineering, AI is poised to revolutionize design optimization, streamline manufacturing processes, and enhance predictive maintenance,ultimately leading to more efficient and sustainable solutions. Innovations while also raises challenges related to ethics and job roles. From autonomous systems to predictive maintenance, the integration of AI promises a future where machines seamlessly collaborate with human expertise, ushering in a new era of advanced engineering solutions.

12. ANY QUESTIONS ?

13. THANK YOU!