Dr. M. Fatima is a distinguished academician, researcher, and innovator in the field of Electronics and Communication Engineering with extensive expertise in Wireless Communication, Microwave Engineering, MANET, IoT, and Antenna Design. She currently serves as Professor in the Department of Electronics and Communication Engineering at Sagar Institute of Research and Technology, Bhopal. Her research contributions span advanced wireless networks, intelligent communication systems, embedded technologies, and next-generation antenna systems. She is widely recognized for her scientific excellence, innovative research contributions, academic leadership, and interdisciplinary engineering research.

Online Profiles

Dr. M. Fatima maintains active academic and professional research profiles through ResearchGate, IEEE membership platforms, conference proceedings, Scopus-indexed journals, Springer publications, and Google-based scholarly indexing systems. Her online scholarly visibility reflects international collaborations, citations, research impact, and contributions to engineering and communication technologies.

Education

Dr. M. Fatima completed her Ph.D. in Electronics and Communication Engineering from Rajiv Gandhi Prodyogiki Vishwavidyalaya (RGPV), Bhopal. She earned her M.Tech. specialization in Microwave and Millimeter Wave Engineering from Maulana Azad National Institute of Technology (MANIT), Bhopal, and completed her B.E. in Electronics and Instrumentation Engineering from Samrat Ashok Technological Institute, Bhopal. Her academic background established strong expertise in wireless communication systems, microwave engineering, control systems, and signal processing technologies.

Research Focus

Her major research interests include MANET Routing Protocols, Wireless Communication Systems, Microwave and Millimeter Wave Engineering, Circularly Polarized Patch Antennas, IoT Applications, Artificial Intelligence in Communication Systems, Embedded Systems, Signal Processing, Congestion Control Algorithms, and Smart Wireless Networks. Her research also focuses on energy-efficient communication systems, antenna bandwidth optimization, intelligent routing protocols, and machine learning-based prediction systems.

Experience

Dr. M. Fatima possesses extensive academic, research, and administrative experience in engineering education. She has served as Professor in Electronics and Communication Engineering at Sagar Institute of Research and Technology, Bhopal. She has guided one Ph.D. scholar, supervised 12 M.Tech dissertations, and mentored more than 50 undergraduate projects. Her academic responsibilities include teaching, research supervision, conference organization, curriculum development, laboratory management, and professional mentoring.

Research Timeline

Dr. M. Fatima’s research career began with wireless communication and MANET optimization studies during her postgraduate research. Between 2010 and 2015, her research concentrated on routing protocols, congestion control, fuzzy logic optimization, and cross-layer communication approaches. From 2016 onward, she expanded her work toward microwave antennas, IoT systems, AI-integrated communication technologies, metasurface antennas, and intelligent wireless systems. Her recent contributions include broadband antenna systems, circular polarization technologies, industrial IoT applications, and machine learning-based predictive communication systems.

Research Publications

Dr. M. Fatima has published numerous research papers in reputed international journals, IEEE conferences, Springer proceedings, Scopus-indexed publications, and peer-reviewed engineering journals. Her publications cover wireless ad hoc networks, antenna design, communication optimization, IoT technologies, machine learning applications, microwave engineering, and advanced networking protocols.

Publications Format

1. Fatima, M., “Performance Analysis of Route Discovery by Cross Layer Routing Protocol-RDCLRP.” International Journal of Computer Network and Information Security, Vol. 5, No. 8, pp. 46–54, 2013.
2. Fatima, M., “Investigation of Impact of Traffic on RDCLRP (Route Discovery using Cross Layer Approach Routing Protocol).” International Journal of Wireless and Mobile Computing, Vol. 7, No. 5, pp. 500–508, 2014.
3. Fatima, M., “RDCLRP-Route Discovery by Cross Layer Routing Protocol for Performance Improvement.” IEEE International Conference in Network and Computer Science, 2011.
4. Fatima, M., “Interdigital Capacitance Based Quasi-Lumped Patch Antenna With Varying Inductance Slot.” IEEE International Conference on Communication, Control and Information Sciences, 2021.
5. Fatima, M., “Unconventional Prediction Algorithm for Route Discovery in MANET.” International Conference on Computing, Communication and Signal Processing, Springer, 2019.
6. Fatima, M., “Wideband Metasurface Loaded Circularly Polarized MIMO Microstrip Antenna with High Isolation.” Journal of Microwave Review, 2022.
7. Fatima, M., “Design and Development of Linear to Circular Polarization Convertor Loaded Microstrip Antenna with Wide Impedance Bandwidth.” Journal of Optoelectronics Laser, 2022.
8. Fatima, M., “Performance Analysis of AODV and ZRP for Congestion Consequences in MANET.” International Journal of Science, Engineering and Technology, 2020.
9. Fatima, M., “Optimization of ART and DC for Scalable MANET.” International Journal of Scientific Research & Engineering Trends, 2020.
10. Fatima, M., “Survey Paper on IoT and Image Processing Based Crop Disease Identification System.” International Journal of Computer Sciences and Engineering, 2018.

Research Impact

Dr. M. Fatima’s research has significantly contributed to wireless communication systems, congestion control mechanisms, MANET optimization, antenna engineering, and intelligent networking technologies. Her scientific publications in IEEE, Springer, Scopus-indexed journals, and peer-reviewed international journals demonstrate strong academic influence and technological innovation in communication engineering and embedded systems research.

Innovation & Intellectual Property

Dr. M. Fatima has contributed extensively to innovation and intellectual property through patents, copyrights, and engineering product development. Her published and granted patents include wireless charging systems, machine learning-based COVID-19 prediction methods, retrofitted railway safety designs, and engineering technology solutions. She has also secured copyrights for academic course files and MATLAB-based laboratory manuals.

Research Projects & Funding

Dr. M. Fatima received a research grant of 1.5 Lakhs from SERB, Delhi for organizing the International Symposium on Modern Technologies of Electronics, Computer and Electrical Engineering for Health (ISMTECEE-2024) under the IEEE Student Branch initiative. Her funded activities support advanced engineering research, interdisciplinary innovation, and academic-industry collaboration in electronics and communication technologies.

Conference Contributions

Dr. M. Fatima has actively organized and contributed to numerous international conferences, national conferences, symposiums, workshops, FDPs, and technical events. She served as organizer and convener for conferences including ICIREMPS 2019, NCRIMA 2020–2023, SAGECON2K24, and the SERB-supported ISMTECEE-2024 symposium. Her conference leadership promotes scientific exchange, engineering innovation, and collaborative research culture.

Academic Excellence

Dr. M. Fatima has demonstrated academic excellence through sustained research productivity, successful postgraduate supervision, quality engineering education, and interdisciplinary technical mentoring. Her expertise spans Control Systems, Digital Signal Processing, Microwave Engineering, Embedded Systems, MATLAB applications, and Communication Technologies. She has consistently contributed to institutional academic development and engineering research advancement.

Societal / Industry Contribution

Her research and innovation activities contribute toward smart communication systems, healthcare technologies, intelligent transportation support systems, wireless optimization, industrial IoT applications, and sustainable engineering solutions. Her technological innovations support industrial automation, smart infrastructure, digital connectivity, and advanced wireless communication development for modern engineering applications.

Global Recognition

Dr. M. Fatima received the Inspirational Scientist Award from the International Scientist Awards in Engineering, Science, and Medicine during the international event conducted in Coimbatore, India. She is also an active member of professional bodies including IEEE and IETE. Her international publications, patents, conference leadership, and scientific collaborations have established her as a globally recognized researcher and academic contributor in Electronics and Communication Engineering.

Dr. Madhu T. N. is an accomplished agricultural scientist and entomologist currently serving as Scientist (Entomology) at ICAR-Central Plantation Crops Research Institute. Her expertise spans pest management, toxicology, chemical ecology, and biological control with a strong focus on sustainable agricultural protection systems. She has made significant scientific contributions in insecticide resistance, integrated pest management, insect ecology, and plantation crop protection through impactful research publications, funded projects, and international conference presentations.

Online Profiles

Dr. Madhu T. N. maintains professional academic engagement through institutional collaborations, scientific conference participation, and research publications in high-impact international journals. Her academic communication channels support interdisciplinary research in entomology, crop protection, and sustainable agricultural innovation.

Education

Dr. Madhu T. N. completed her B.Sc. in Agriculture from University of Agricultural Sciences Bangalore with 87.2% marks. She earned her M.Sc. in Agricultural Entomology from the same university with an outstanding score of 95.1%. She subsequently completed her Ph.D. in Agricultural Entomology from University of Agricultural Sciences Bangalore in 2022 with 93.5% marks. Her doctoral research focused on reproductive biology and insecticide resistance in pink bollworm, Pectinophora gossypiella.

Research Focus

Dr. Madhu T. N.’s research primarily focuses on pest management, insect toxicology, chemical ecology, insecticide resistance, integrated pest management, biological control, and crop protection in cotton, cocoa, rice, arecanut, and plantation crops. Her work emphasizes sustainable agricultural practices, eco-friendly pest management strategies, insect behavior, and molecular characterization of crop pests.

Experience

Dr. Madhu T. N. began her professional career as Scientist at ICAR-NAARM in 2016. She later served as Scientist at ICAR-Central Institute for Cotton Research from 2016 to 2022 where she conducted extensive research on cotton pests and insecticide resistance. Since 2022, she has been serving as Scientist (Senior Scale) at ICAR-Central Plantation Crops Research Institute focusing on plantation crop protection and sustainable pest management technologies.

Research Timeline & Research Publications

Dr. Madhu T. N. has established a strong research profile through continuous scientific contributions in entomology and crop protection. Her work spans insect behavioral ecology, molecular characterization of pests, integrated pest management, and insecticide resistance mechanisms. She has published numerous peer-reviewed papers in reputed journals including Scientific Reports, Crop Protection, Animal Biology, International Journal of Tropical Insect Science, Journal of Pesticide Science, Phytoparasitica, Entomological Research, Silicon, and Insects.

Research Impact

Dr. Madhu T. N.’s research has significantly contributed to the understanding of insect resistance, pest ecology, crop protection strategies, and sustainable agriculture. Her studies on pink bollworm, tea mosquito bug, brown planthopper, cocoa pests, and cotton pest management have supported the development of innovative and eco-friendly pest control technologies beneficial to agricultural productivity and environmental sustainability.

Innovation & Intellectual Property

Dr. Madhu T. N. has contributed innovative research approaches in chemical ecology, essential oil-mediated pest management, microbial volatile applications, and eco-friendly insect attraction systems. Her pioneering work on enhancing yellow sticky trap efficiency using natural essential oils and developing bioassay methods for insecticide toxicity assessment demonstrates her commitment to sustainable agricultural innovation.

Research Projects & Funding

Dr. Madhu T. N. has successfully handled multiple research projects as Principal Investigator including “Studies on Chemical Cues Mediated Response Between Sucking Pests and Their Natural Enemies in Cotton,” “Enhancing the Effectiveness of Yellow Sticky Traps Using Natural Essential Oils in Cotton,” and “Management of Sucking Pests Using Microbial Volatile and Essential Oils in Palms and Cocoa.” She also leads an RKVY-funded project on integrating beekeeping and mushroom production for improving farmer income under plantation-based cropping systems in coastal Karnataka.

Conference Contributions

Dr. Madhu T. N. has actively contributed to national and international conferences through oral presentations, conference papers, and scientific discussions on pest management, chemical ecology, insecticide resistance, and sustainable agriculture. Her presentations at international conferences organized by UAS Bangalore, UAS Raichur, ICAR institutions, and biotechnology forums have received Best Oral Presentation awards and recognition for scientific excellence.

Academic Excellence

Dr. Madhu T. N. has consistently demonstrated exceptional academic performance throughout her educational and professional career. She received the prestigious DST-INSPIRE Fellowship and multiple gold medals including University Gold Medal for Merit, Puttarudraiah Gold Medal, Smt. Anita Kumaraswamy Gold Medal, and M.V. Rao Memorial Gold Medal from University of Agricultural Sciences Bangalore. She also received the Young Scientist Award from the Vasanth Raj Foundation in 2023.

Societal / Industry Contribution

Dr. Madhu T. N.’s research contributes significantly to sustainable agriculture, crop protection, and environmentally responsible pest management practices. Her studies support farmers by improving pest monitoring systems, reducing dependence on chemical pesticides, enhancing crop productivity, and promoting integrated agricultural systems beneficial to rural livelihoods and food security.

Global Recognition

Dr. Madhu T. N. has gained international recognition through publications in reputed global journals, conference presentations, and collaborative agricultural research. Her work on insect ecology, pest management, and crop protection has strengthened India’s scientific contributions in agricultural entomology and sustainable farming systems.

Publications

1. Madhu T. N., Mohan K.M., Keerthi M.C., et al. “Effect of temperature on the biological parameters of pink bollworm, Pectinophora gossypiella Saunders (Lepidoptera: Gelechiidae).” Scientific Reports, 2024.
2. Madhu T. N., Saneera E.K., Pandian R.T.P., et al. “A new pod bioassay method to determine the toxicity of insecticides against Tea mosquito bug, Helopeltis theivora.” Journal of Pesticide Science, 2024.
3. Madhu T. N., Saneera E.K., Pandian R.T.P., et al. “Laboratory rearing of tea mosquito bug, Helopeltis theivora Waterhouse on cocoa.” Phytoparasitica, 2024.
4. Madhu T. N., Saneera E.K., Pandian R.T.P., et al. “Field detection, molecular characterization and biology of the tea tortrix, Homona coffearia on cocoa from India.” International Journal of Tropical Insect Science, 2024.
5. Madhu T. N., Muralimohan K., Naik V.C., and Yadav D.K. “Widespread distribution and infestation of pink bollworm in Bt cotton growing regions of India.” Crop Protection, 2025.
6. Madhu T. N., Rishi Kumar, Naik V.C., et al. “Attraction of leaf hopper and whitefly toward natural essential oils in cotton.” Animal Biology, 2022.
7. Madhu T. N., Pandian R.T.P., Apshara S.E., et al. “New occurrence of Spodoptera litura infestation on cocoa in India.” The Journal of the Lepidopterists’ Society, 2023.
8. Madhu T. N., Mohan K.M. “Effect of host plants on the oviposition preference of pink bollworm.” Animal Biology, 2022.
9. Madhu T. N., Muralimohan K., Arunkumara C.G., Nagaraju M.C. “Effect of different nutrient diets on developmental and reproductive fitness of pink bollworm.” Entomological Research, 2021.
10. Madhu T. N., Shah V.K., Prabhulinga T., et al. “Optimization of pheromone trap densities and impact of insecticides on pheromone catches for mass trapping Helicoverpa armigera in chickpea.” Journal of Entomology and Zoology Studies, 2019.
11. Prabhulinga T., Rameash K., Madhu T.N., et al. “Maximum entropy modelling for predicting the potential distribution of cotton whitefly Bemisia tabaci in North India.” Journal of Entomology and Zoology Studies, 2017.
12. Madhu T. N., and Doddabasappa B. “Electroantennogram for Recording Olfactory Responses of an Insect to Plant Volatiles.” Springer, 2019.
13. Chakravarthy A.K., Manja Naik, and Madhu T.N. “Arthropods on Cotton: A Comparison Between Bt and Non-Bt Cotton.” Springer, 2016.
14. Madhu T. N. “Reproductive Biology of Indian Population of Pink Bollworm, Pectinophora gossypiella.” The ICAC Recorder, 2021.