Research & Consultancy Activity of Electronics and Communication Engineering Department at Lords involves all stakeholders of the Education System. Our students & faculty have worked on various innovative projects. Every student and faculty is mandated to do Research on topics of their choice and publish papers in reputed journals. Our faculty members have published books that are used by students all across the World. In addition to publishing Books & Papers, our faculty and students have also worked on various Industrial Consultancy Assignments that have generated revenue for the Department.
Patent PublicationConference PublicationBook AuthoredJournal PublicationStudent PublicationStudent ProjectsStudent Innovations
Patents Publication
Conference Publication
Books / Book Chapter Authored
S. No | Name of Author | Title of Book /Book chapter | Name of Publisher | ISBN Number | National / International |
1 | Mr. Mohammed Imaduddin | Micro Electro Mechanical Systems | JEC Publication | 978-93-6175-783-9 | National |
2 | Dr. Shaik Mahammed Rasool | Wireless Body Area Network: An Optimal Medium Access Control Based on Energy and QoS Compromise Technique | Nisaab Publisher | 987-93-82350-39-2 | National |
3 | Dr Mohammad Jabirullah | Fundamentals of Digital Image Processing | Notion Press | 9798885464826 | National |
4 | Dr Mohammad Jabirullah | Machine Learning: Principles and Applications | Princeton Press | 9789205202159 | International |
5 | Dr.B.Suneela | Fundamentals of Computer Vision | Notion | 9798885217169 | National |
6 | Dr.B.Suneela | Digital communication | Notion | 9798885696906 | National |
7 | Dr.Y. Rajasree Rao | Basic Electronics Engineering | Redshine Publishers | 978-93-89840-35-3 | National |
8 | Mr B.ESHWAR | Basic Electronics Engineering | Redshine Publishers | ISBN 978-93-89840-35-3 | National |
9 | S.V Altaf | Microprocessor and Microcontrollers | Imperial Publishing House | ISBN-10: 8129801086 ISBN-13: 978-8129801081 |
National |
Journal Publication
Student Paper Publication
The following are few projects done by our students in the 2024
- Advance Bus Real Information Tracking
- Advance Dishwasher
- Android Based Vehicle Weight Monitoring System For Bridges
- Design And Fabrication of Smart Seed
- Design of a medical prototype nurse assistance for ICU patient using IOT
- Implementation of Home Automation
- Industry Oriented Automation Robot
- Internet of Things-Based Device Monitoring and Automation
- IOT Based Digital Notice Board Using Raspberry PI
- Raspberry Pi Internet Radio and Streaming Station
- Raspberry Pi Intranet Radio and Streaming Station
- Smart Automation with Internet of Things For Controlling Appliances
- Smart Water-Efficient Dishwasher
- Solar Powered Home Automation and Control
Student Innovations
S.No | Roll Number | Student Name | Name of the Title | SDGs Addressed | Technology involved | Small description |
1 | 160920735038 160920735313 160920735024 |
Syed Abdul Rahman Mohammed Fuzail Mujahid Mohammed Azeemuddin |
IOT based digital notice board using Raspberry pi | 8,9,11 | IOT | This IoT-based digital notice board utilizes Raspberry Pi to display real-time information and updates. Administrators can remotely manage and update notices via a mobile app or web interface. The board supports multimedia content, including text, images, and videos. Wi-Fi connectivity enables seamless updates, while the Raspberry Pi ensures a compact and energy-efficient design. Ideal for schools, offices, and public spaces, this digital notice board enhances communication and reduces paper waste, making it an innovative and eco-friendly solution. |
2 | 160920735036 160920735004 160920735306 |
Shahzada Salim Sk Rahmath Uddin Md Abdul Jabbar |
Advanced Automation using IOT for controlling and monitoring appliances | 8,9,11 | IOT | This IoT-based automation system enables remote monitoring and control of household/industrial appliances. Using sensors and actuators, appliances are connected to a central hub, allowing real-time monitoring and automation. Mobile apps/web interfaces enable users to control appliances, receive notifications, and analyze energy consumption. Advanced features include voice control, scheduling, and energy optimization. This system enhances convenience, energy efficiency, and safety, making it an ideal solution for smart homes and industries. Real-time data analytics enables predictive maintenance and optimized operations. |
3 | 160920735042 160920735005 160920735018 |
Syed Mujeebullah Hussaini Gandam Mohammad Taha Syed Shujath Ali |
Medicine delivering and patient parameter monitoring robot | 8,9,11 | ESP 322 Microcontroller | This robotic system assists healthcare professionals in delivering medicines and monitoring patient vital signs. Equipped with navigation and sensing technologies, the robot autonomously delivers medications and collects patient data, such as temperature, blood pressure, and oxygen levels. The robot’s mobile app/web interface enables remote monitoring and notifications, ensuring timely interventions. This innovative solution enhances patient care, reduces medication errors, and optimizes healthcare resource allocation, ultimately improving patient outcomes and experiences. Real-time data analytics enables personalized care and predictive health management. |
4 | 160920735046 160920735033 160920735023 |
Zain Ahmed Khan Mohammed Saiffuddin Amaan Ahmed |
Design and fabrication of smart seed sowing robot | 8,9,11 | ESP 322 Microcontroller | This smart seed sowing robot is designed to automate the process of sowing seeds in agricultural fields. Equipped with GPS, sensors, and a robotic arm, the robot navigates through the field, detects optimal planting locations, and precisely sows seeds at correct depths and spacings. The robot’s IoT connectivity enables remote monitoring and data analytics, optimizing crop yields and reducing labor costs. Solar-powered and eco-friendly, this innovative robot enhances agricultural efficiency, productivity, and sustainability. |
5 | 160920735301 160920735045 160920735020 |
Radwan Jameel Yamin Ahmed Mohammed Syed Abdul Muqhit |
Smart water efficient dishwasher with Dynamic spray nozzle system | 8,9,11 | IOT | This innovative dishwasher features a dynamic spray nozzle system that optimizes water usage and cleaning efficiency. Advanced sensors detect soil levels, dish arrangement, and water temperature, adjusting spray patterns and flow rates in real-time. AI-powered algorithms ensure precise cleaning, minimizing water consumption (up to 50% savings) and energy usage. Wi-Fi connectivity enables remote monitoring, scheduling, and maintenance alerts. This smart dishwasher redefines cleaning efficiency, sustainability, and convenience, making it an ideal solution for eco-conscious households and commercial kitchens. |