Latest Seminar Topics for Production Engineering | Recent Trends

Production Engineering Seminar

Production engineering integrates the manufacturing technology, engineering sciences with management science. This is one of the rapidly evolving fields of study. The production engineers have a wide set of skills, competencies, and attitudes based on market and scientific knowledge. The only way to stay ahead in the competition and grasp the market share is to introduce the latest trends.
Latest Seminar Topics for Production Engineering
Production Engineering students must take seminars on innovation and emerging technologies as well as the new technologies that have become important tools for engineers and designers. In the next decade, the current machines will enter into a more complex era. Manufacturing world will experience a rapid evolution of the existing technologies along with new innovation. Major engineering technology trends are already been visible throughout since the introduction of IoT and Automation. The transition to smart manufacturing will contribute to healthier economies.

Latest Seminar Topics for Production Engineering [2019]

Here we have listed the latest seminar topics for production engineering which will characterize the technological trends consequently impacting engineering and manufacturing in coming years.  In order to face this inevitable change, production engineering students must have knowledge about these new technologies and upgrade the existing skills that will help them to adopt in their job.



The following are the latest production engineering seminar topics for 2019

  1. Industry 4.0
    • Industry 4.0 (the fourth industrial revolution) encapsulates future industry development trends to achieve more intelligent manufacturing processes, including reliance on cyber-physical systems, the Internet of things (IoT), cloud computing and cognitive computing which leads to implementation and operation of smart factories. The concept of Industry 4.0 promises many positive changes to today’s manufacturing, including mass customization, flexible production, increased production speed, higher product quality, decreased error rates, optimized efficiency, data-driven decision-making, better customer proximity, new value creation methods, and improved work life. Download Seminar Report
  2. Smart Engineering and Production
    • Conventional products are becoming more networked, agile and intelligent. Only consumer goods such as gadgets and appliances but industrial goods are also becoming smart day by day. It is estimated that Smart Products will control most industrial sectors in the coming decades and lead to the Fourth Industrial Revolution (Industry 4.0). 
  3. 3-D Printing in Manufacturing
    • In recent years, the Additive Manufacturing, 3D Printing is making production faster and cheaper. By enabling manufacturers to produce items on demand instead of having to manufacture and store, 3D printing has been greatly reducing the cost and time. Download Seminar  Report
  4. Advanced Manufacturing through Automation, M2M (Machine-to-Machine), and H2M (Human-to-Machine)
    • Automation is one of the most vital aspects of future industries. The new generation of robotics will be easier to program and easier to use. The robotics systems will free up valuable thinking time for employees to make greater contributions than manual labor allows. Download RPA Seminar Report
  5. Engineering design with AR, VR, and MR
    • Assistive technologies, such as augmented reality (AR) and virtual reality (VR), will continue to create mutually beneficial partnerships between man and machine that positively impact manufacturers. In 2019, Augmented Reality is going to grow exponentially and is going to help engineering designers and many others work and collaborate across multiple geographies.
  6. Environmental Impacts of Production Systems
    • It should be also noted that smart production systems will require massive data centers to process and support their network needs. Data centers consume large amounts of energy and resources to needed for energy production will impact the environment negatively. 
  7. IoT and Production Engineering
    • Manufacturers are increasingly leveraging the Internet of Things (IoT), which entails the interconnection of unique devices within an existing Internet infrastructure, to achieve a variety of goals including cost reduction, increased efficiency, improved safety, meeting compliance requirements, and product innovation.
  8. Intelligent factories - Cloud-based Manufacturing 
    • As of 2019, the factories are gradually driving advancements in cloud computing and smart sensors in addition to robotics and virtual reality. They enable companies to extract information that affects the production line and analyze them.
  9. Management of Product and Process Innovations
    • This includes significant improvements in technical specifications, components, and materials, software in the product, user-friendliness or other functional characteristics.
  10. Management Systems in Production Engineering
    • Organizations constantly look for new, innovative solutions and methods which could be used to improve their efficiency and increase the quality of their products. 
  11. Manufacturing Engineering and Maintenance
    • It remains a key priority for manufacturers to ensuring that all equipment is functioning optimally therefore, maintenance should be performed to save valuable time, money, and resources. 
  12. Manufacturing Intelligence
    • Greater insights into just how a manufacturing site is performing and what steps can be taken to optimize its workflows will provide a wealth of data to drive more efficient production operations. Learn about Digital Twins
  13. Manufacturing Process Design and Planning
    • The process planning includes all work that is necessary to ensure the manufacture of the product by the most economical means.
  14. Organizing and Controlling of Production Processes
  15. Quality Engineering and Management
    • There is always a need for more concentrated efforts at managing suppliers to higher product quality levels while attaining more accurate demand forecasts.
  16. Social Aspects of Production Engineering
    • Traditional workforces are going to see the change due to automation, yet they need to develop skills to execute the digital transformation that automation brings to the manufacturing sector. The implementation of smart production systems will create a demand for information technology specialists to design, develop, run and maintain network programs. 
  17. Real-time monitoring and Predictive Analytics
    • The next generation of manufacturing metrics is based on real-time monitoring and predictive analytics.
  18. Sustainability Engineering and Management
  19. Technology Assessment
  20. Workplace Health and Safety Management Systems
Also check out the seminar topics such as Agile manufacturing, Lean Manufacturing and Top 20 Recent Trends in Mechanical Engineering