Master of Engineering in Electronics and Nanoengineering

• Advanced Analog & Digital Circuits: High-performance design.
• Advanced Signal Processing: Digital image and audio processing.
• VLSI & Microelectronics: Integrated circuit design.
• Communication Systems & Networks: Wireless and optical comms.
• Power Electronics: Efficient energy conversion.

• Nanomaterials & Nanostructures: Synthesis and applications.
• Nanofabrication & Characterization: Advanced microscopy and lithography.
• Nanoelectronics: Molecular and quantum devices.
• Quantum Devices & Nanophotonics: Light-matter interaction.
• Molecular Electronics: Single-molecule devices.
• MEMS & NEMS Devices: Micro-electro-mechanical systems.

Electronics & Embedded Systems

• Embedded Systems & IoT
• Robotics & Automation
• Control Systems
• Intelligent Electronic Systems

Nanotechnology & Materials

• Advanced Materials Characterization
• Nanostructured Semiconductors
• Nano-optics & Plasmonics
• Biomedical Nanodevices

Energy & Sustainability

• Nanoelectronics for Energy Applications
• Nanomaterials for Batteries & Solar Cells
• Energy Harvesting at Nanoscale

• Research Methods in Electronics & Nanoengineering: Experimental design.
• Graduate Seminar: Latest research presentations.
• Technical Writing & Ethics: Scientific communication.

• Master’s Thesis / Dissertation: Independent research.
• Industrial or Research Internship: Advanced practical training.