Laavanya Rachakonda

Dr. Laavanya Rachakonda is an Assistant Professor in the Department of Computer Science at the University of North Carolina Wilmington, a role she has held since August 2021. She earned her Ph.D. and M.S. in Computer Science and Engineering under Dr. Saraju P. Mohanty at the University of North Texas, Denton, in 2021, and holds a B.Tech. in Electronics and Communication Engineering from JNTUH, Hyderabad, India.

A recognized leader in her field, Dr. Rachakonda is the Founder and Director of the Smart and Intelligent Physical Systems Laboratory (SIPS) at UNCW and serves as a Co-Principal Investigator for the Maritime Cybersecurity Applied Research, Technology & Education Center (MCARTEC) hub. Her career achievements include filing seven patents and publishing over 50 scholarly articles, book chapters, and reports. She has delivered multiple guest lectures and received numerous awards, including several Best Paper and Best Poster awards for her innovative research.

Deeply committed to education and fostering the next generation of engineers, Dr. Rachakonda has mentored over 50 doctoral, graduate, undergraduate, and high school students. She places a strong emphasis on international collaboration and expanding access to STEM through initiatives like Carolinas Women in Computing.

Dr. Rachakonda’s personal philosophy centers on self-belief and high aspirations as key drivers of progress. Outside of academia, she enjoys a balanced lifestyle through sports, dancing, reading, singing, cooking, and home decorating. These hobbies provide her with inspiration, fueling her dedication to ongoing personal and professional growth.

Education

Ph.D. in Computer Science and Engineering, University of North Texas
M.S. in Computer Science and Engineering, University of North Texas
B.Tech. in Electronics and Communication Engineering, Jawaharlal Nehru Technological University, Hyderabad

Specialization in Teaching

Dr. Laavanya Rachakonda specializes in teaching subjects that bridge foundational computer science with the rapidly evolving fields of Artificial Intelligence (AI), Machine Learning (ML), and the Internet of Things (IoT). Her interdisciplinary courses introduce students to intelligent, embedded, and cyber-physical systems, emphasizing hands-on learning and real-world applications. By integrating core computing principles with advanced IoT topics, she focuses on the programming, communication, and security architectures essential for modern connected devices.

Her pedagogical approach prioritizes model-based design and simulation to prepare students for complex systems engineering across industries ranging from healthcare and agriculture to maritime security and smart infrastructure. Through active learning projects and labs, she challenges students to develop applications utilizing edge computing, sensor networks, and real-time data processing.

Deeply committed to fostering an inclusive STEM environment, Dr. Rachakonda actively champions diversity in technology through initiatives like Carolinas Women in Computing. By combining rigorous academic instruction with dedicated mentorship, she equips her students with the technical acumen, ethical mindset, and innovative spirit required to tackle societal challenges and lead in a technology-driven world.

Courses Taught:
Dr. Rachakonda's university curriculum includes Introduction to Computer Science , Introduction to Intelligent Systems Engineering , Embedded Systems , Cyber-Physical Systems , Internet of Things , and Wireless Communications and Networks. Additionally, she actively expands STEM access by designing and teaching specialized courses for the Summer Ventures in Science and Mathematics (SVSM) program, including Maritime Cybersecurity with IoT and Hardware for Hunger: Engineering Smart Systems from Soil to Sea.

Research Interests

Dr. Laavanya Rachakonda’s research focuses on the intersection of intelligent physical systems, secure data handling, and edge computing. Leveraging Machine Learning, AI, and the Internet of Things (IoT), she pioneers low-power, sustainable systems blending technology with daily life across four primary domains.

Smart Agriculture (IoAT) - Dr. Rachakonda applies AI to optimize soil health and crop productivity. She develops autonomous systems, including the SanaSolo rover and the NC Innovation-backed TerraSense project, to analyze soil conditions and plant health through real-time data processing and advanced sensor integration.

Maritime Cybersecurity & Critical Infrastructure - Addressing operational technology security, she serves as Co-Principal Investigator for the Maritime Cybersecurity Applied Research, Technology & Education Center (MCARTEC) hub. She advances cyber defense strategies for maritime radio and satellite communications, leading the VessiGuard project and utilizing the Wartsila Simulator to ensure robust data privacy in critical environments.

Smart Healthcare & Edge AI - Investigating Internet of Medical Things (IoMT) approaches, she creates automated health monitoring tools. By embedding intelligent models directly on edge devices, these systems deliver real-time, localized analytics for stress detection, diet monitoring, and chronic illness management.

Smart Living - Exploring IoT-enabled consumer electronics, she designs secure, privacy-integrated solutions for connected living spaces. Her intelligent systems leverage environmental and personal data to drive smart decision-making and enhance daily quality of life.

Ultimately, Dr. Rachakonda aims to empower individuals and improve societal well-being by engineering intelligent, connected environments that are both highly secure and sustainable.

Professional Service

Dr. Laavanya Rachakonda actively enhances academic and research communities across Computer Science, IoT, and AI. She has contributed to over 20 international conferences, holding leadership roles such as Program Vice-Chair for IEEE iSES, Program Chair for OCIT, and Keynote Chair for the Wilmington Information Technology eXchange. Furthermore, she serves as a Technical Program Committee member, session chair, and Women in Engineering panel chair for events like the IFIP International IoT Conference.

A recognized expert, Dr. Rachakonda frequently reviews grants for the National Science Foundation (NSF), lending her expertise to competitive programs like Cyber-Physical Systems, Human-Centered Computing, Smart and Connected Health, and the Graduate Research Fellowship Program. She also supports the publication of high-quality research as a reviewer for prestigious journals, including Sensors, SN Computer Science, IEEE Consumer Electronics Magazine, and IEEE Transactions on Consumer Electronics, having conducted over 100 peer reviews.

Her commitment to expanding STEM access is evident through her leadership in Women in Engineering panels and active involvement with Carolinas Women in Computing, encouraging underrepresented groups in technology. She extends her expertise to local community engagement by spearheading a LoRaWAN IoT Network deployment for smart lighting and environmental monitoring for Wilmington's Landfall community.

Through these comprehensive roles, Dr. Rachakonda plays an integral part in advancing research standards, championing diversity, and guiding projects that address pressing technological and societal challenges.

Community Engagement

Dr. Laavanya Rachakonda is deeply committed to community engagement, actively bridging the gap between academia and the public by promoting STEM education and empowering underrepresented groups. She champions diversity in technology through her continuous involvement with Carolinas Women in Computing, hosting interactive discussions and mentoring sessions designed to inspire budding talent.

As a faculty member at the University of North Carolina Wilmington, Dr. Rachakonda extends her technical outreach directly to local communities and schools. A notable example is her leadership in deploying a LoRaWAN IoT Network for smart lighting and environmental monitoring within Wilmington's Landfall community. Furthermore, she actively designs and teaches specialized programs for high school students through the Summer Ventures in Science and Mathematics (SVSM) initiative, introducing them to advanced, hands-on topics like Maritime Cybersecurity and IoT-enabled agriculture.

At the core of her outreach is an exceptional dedication to mentorship. Within her Smart and Intelligent Physical Systems (SIPS) Laboratory, she has mentored over 50 students across all academic levels—including 5 doctoral, 7 master's, over 30 undergraduate, and 12 high school students. By providing opportunities in cutting-edge Machine Learning and IoT research, she ensures students from diverse backgrounds can engage in meaningful, impactful science.

Through these comprehensive efforts, Dr. Rachakonda continually fosters an inclusive environment, inspiring the next generation of technology leaders and ensuring that innovations in STEM directly benefit and uplift the broader community.

Honors & Awards

Dr. Laavanya Rachakonda’s contributions to research, education, and sustainable technology have been recognized with numerous honors and awards. Highlighting her expertise in intelligent cyber-physical systems, she recently earned the 2nd Best Paper Award at IEEE MetroCon (2025) and previously secured the 3rd Place Best Paper Award at the IEEE International Symposium on Smart Electronic Systems.

Her innovative work in smart agriculture—specifically the SanaSolo autonomous rover project—has garnered significant university and community backing. This includes the College of Innovation and Entrepreneurship Idea Pitch Award, multiple grants from The Green Initiative Fund (TGIF) for sustainable technology development, and several CSURF Travel and Supply Awards to advance and present her soil fertility research.

Dr. Rachakonda’s academic trajectory has been consistently supported by prestigious accolades, including National Science Foundation (NSF) Student Travel Grants and Texas Public Education Grants. Furthermore, her dedication to professional growth, mentorship, and enhancing diversity in STEM has been celebrated with the iREDEFINE Professional Development Award and the CAS Professional Development Pilot Grant from UNCW.

These accolades underscore Dr. Rachakonda's dual commitment to advancing edge-computing technology and fostering inclusive education. Whether developing award-winning healthcare frameworks or securing funding for sustainable agricultural solutions, her recognized achievements reflect a career dedicated to creating impactful, intelligent systems that serve society and the environment.