The ICRTESME conference would feature plenary and keynote speeches, interactive sessions and oral presentations. Prospective authors from India and abroad are solicited to submit original unpublished manuscripts, and not currently under review in another journal or conference on the topics mentioned. Authors are advised to check the manuscript for plagiarism.


The papers will be double blind peer reviewed for the final acceptance and presented papers will be published in journals.

Conference Tracks:

• Advanced Instrumentation
• Biomedical Engineering
• Communication Systems and Networking
• Control Systems
• Electrical Engineering Applications
• Emerging Technologies
• Industrial Automation
• Nanotechnology- Materials and Devices
• Role of Technologies and Challenges in Government of India Initiatives
• Signal and Image Processing

Detailed list of Tracks :

Advanced Instrumentation
• Smart sensors
• Multi sensor data fusion
• Control system components and Instrumentation
• Digital Measurement techniques

Biomedical Engineering
• Biomedical Signal Processing
• Biomedical Imaging
• Clinical Engineering
• Rehabilitation Engineering
• Wearable Sensors for Healthcare monitoring
• Ethics and Regulatory compliance in Medical Devices development and production
• Implants and Artificial Organs
• Smart Health care
• Affordable Medical Devices - Challenges in India

Communication Systems and Networking
• Antennas, Propagation and Computational EM
• MIMO and Adaptive Antennas
• RF/Millimeter-wave Circuits and Systems
• Wireless Communications and Networks
• Optical Communications
• Modulation and Coding Techniques
• Mobile Adhoc Networks
• Modulation
• Coding and Diversity
• Multi-Carrier Communication Systems
• Routing Protocols and QoS
• Cooperative Communications
• Network Security and Cryptography
• Cognitive Radio Systems and Networking

Control Systems
• Controller and Observer design
• Optimal and Robust control
• Adaptive control
• Digital and Hybrid control
• Nonlinear control
• Intelligent control
• MIMO system control
• Quantitative feedback theory
• Sliding mode control
• Application of Control Theory to Space Engineering
• Communication protocol and networking applied to process control and automation
• Advances in SCADA

Electrical Engineering Applications
• Green Energy Technology
• Power Electronics for distributed energy systems
• Smart Grid Technologies
• Power Energy Storage Systems and Technologies
• Communication Protocols and Computer Networking for Energy Applications
• Control Engineering Applications for Energy Conservation and Energy Efficiency
• Automated Lighting Controls
• Electrification of Transportation

Emerging Technologies
• Spintronics
• Robotics
• Lasers
• 3D Printing
• Internet of Things (IOT)
• Humanitarian Technologies
• Next Generation Batteries
• Autonomous Vehicles
• Nano sensors and the Internet of Nanothings
• Building automation
• Mechatronics and smart structures
• E-Learning, E-Governance, E-Commerce, E-Agriculture
• Green Communication
• Geographical Information Systems

Industrial Automation
• Communication protocol and networking applied to process control and automation
• Advances in SCADA

Nanotechnology - Materials and Devices
• Nanoelectronics
• Flexible Electronics,
• Materials, structures and Devices: Graphene, carbon nanotubes,
• Metamaterials and plasmonic devices
• Photonic materials and devices
• Organic and oxide semiconductor materials
• Nanotubes, Nanowires, Quantum dots and other low dimensional materials, Nanocomposite materials

Role of Technologies and Challenges in Government of India Initiatives
• Make in India
• Smart Cities and Infrastructure Development
• Startup India
• Digital India
• Swachh Bharat Abhiyan
• Skill India
• LED-based Home and Street Lighting

Signal and Image Processing
• Speech and Language Processing
• Digital and Multirate Signal Processing
• Computer Vision and Pattern Recognition
• Signal Processing for Communications
• Array Processing
• Wavelets and Filter Banks
• Multimedia Signal Processing
• Signal Processing Architectures

• Digital, Analog and Mixed Signal ICs
• Memory
• High Frequency and RF circuits
• Analog VLSI Signal Processing
• Reconfigurable VLSI Systems
• Low Power VLSI Design
• Device modeling and simulation
• VLSI Testing and Testability