1. Advancements in Semiconductor Technology:

   • Discuss the latest developments in semiconductor materials and processes.

   • How do these advancements impact the performance and efficiency of electronic devices?

2. Internet of Things (IoT):

   • Explore the applications and challenges of IoT in various industries.

   • Discuss the security and privacy concerns associated with IoT devices.

3. Renewable Energy Systems:

   • Analyze the role of electronics in renewable energy systems such as solar and wind power.

   • Discuss the challenges and opportunities in integrating renewable energy into the grid.

4. 5G Technology:

   • Examine the impact of 5G on communication systems and electronics.

   • Discuss the potential applications and challenges of implementing 5G technology.

5. Artificial Intelligence (AI) in Electronics:

   • Explore how AI is being integrated into electronic systems and devices.

   • Discuss the benefits and potential risks of AI in electronics engineering.

6. Wearable Technology:

   • Analyze the current trends and future prospects of wearable electronic devices.

   • Discuss the design and engineering challenges in developing wearable technology.

7. Embedded Systems:

   • Explore the applications of embedded systems in various industries.

   • Discuss the design considerations and challenges in developing embedded systems.

8. Robotics and Automation:

   • Examine the role of electronics in the development of robotics and automation.

   • Discuss the ethical and societal implications of increasing automation.

9. Nanotechnology in Electronics:

   • Explore the applications of nanotechnology in electronics engineering.

   • Discuss the challenges and potential impacts of nanotechnology on the industry.

10. Smart Grids:

    • Analyze the role of electronics in the development and management of smart grids.

    • Discuss the benefits and challenges of implementing smart grid technology.

11. Electronic Waste Management:

    • Discuss the environmental impact of electronic waste and the importance of recycling.

    • Explore innovative solutions for managing and reducing electronic waste.

12. Quantum Computing:

    • Explore the principles and potential applications of quantum computing.

    • Discuss the challenges and future prospects of quantum computing in electronics.

13. Signal Processing:

    • Analyze the importance of signal processing in modern electronic systems.

    • Discuss the latest advancements and applications of signal processing technology.

14. Cybersecurity in Electronics:

    • Examine the importance of cybersecurity in electronic systems and devices.

    • Discuss strategies and technologies for protecting electronic systems from cyber threats.

15. Autonomous Vehicles:

    • Explore the role of electronics in the development of autonomous vehicles.

    • Discuss the challenges and future prospects of autonomous vehicle technology.

Other group members will listen and ask questions / give opinions / seek clarifications from the speaker during his/her speech.

After the speech, you must write short constructive comments & suggestions for the speaker. Distribute them discreetly.

NOTE: You are free to agree or disagree with the speaker's ideas, but you must do so in appropriate manners.

Presentation date: 21.10.2024 (W17)