Ushaa Eswaran

Ushaa Eswaran is an esteemed author, distinguished researcher, and seasoned educator with a remarkable journey spanning over 34 years, dedicated to advancing academia and nurturing the potential of young minds. Currently serving as a Principal and Professor in Andhra Pradesh, India, her vision extends beyond imparting cutting-edge technical expertise to encompass the nurturing of universal human values. With a foundation in Electronics Engineering, Dr. Eswaran delved into the realm of biosensors, carving a pioneering path in nanosensor models, a remarkable achievement that earned her a well-deserved Doctorate. Her insights have been encapsulated in her acclaimed book, “Internet of Things: Future Connected Devices,” offering profound insights into the evolving IoT landscape. Her expertise also finds its place in upcoming publications centered around computer vision and IoT technologies. Dr. Eswaran's commitment to literature is rooted in her unwavering passion to equip the younger generation with the latest knowledge fortified by ethical principles. Her book stands as a beacon of practical wisdom, providing a roadmap through the intricate IoT terrain while shedding light on its future societal impacts. Her forthcoming contributions unveil her interdisciplinary perspective, seamlessly integrating electronics, nanotechnology, and computing. Bolstering her scholarly contributions is her ORCID identifier, 0000-0002-5116-3403, a testament to her prolific research journey that encompasses over a hundred published papers. Dr. Eswaran thrives in merging her profound academic insights with her dedication to nurturing holistic student growth. Her tireless exploration of the dynamic interface between technology and human values continues to shape her works. As the author of “Secure Connections: Safeguarding the Internet of Things (IoT) with Cybersecurity,” Dr. Ushaa Eswaran's voice emerges as a beacon of wisdom in the realm of IoT. Her work encapsulates her dedication to enhancing the interconnected world while ensuring its resilience against cyber threats. Dr. Ushaa Eswaran is an esteemed author, distinguished researcher, and seasoned educator with a remarkable journey spanning over 34 years, dedicated to advancing academia and nurturing the potential of young minds. Currently serving as a Principal and Professor in Andhra Pradesh, India, her vision extends beyond imparting cutting-edge technical expertise to encompass the nurturing of universal human values. With a foundation in Electronics Engineering, Dr. Eswaran delved into the realm of biosensors, carving a pioneering path in nanosensor models, a remarkable achievement that earned her a well-deserved Doctorate. Her insights have been encapsulated in her acclaimed book, “Internet of Things: Future Connected Devices,” offering profound insights into the evolving IoT landscape. Her expertise also finds its place in upcoming publications centered around computer vision and IoT technologies. Dr. Eswaran's commitment to literature is rooted in her unwavering passion to equip the younger generation with the latest knowledge fortified by ethical principles. Her book stands as a beacon of practical wisdom, providing a roadmap through the intricate IoT terrain while shedding light on its future societal impacts. As the author of “Secure Connections: Safeguarding the Internet of Things (IoT) with Cybersecurity,” Dr. Ushaa Eswaran's voice emerges as a beacon of wisdom in the realm of IoT. Her work encapsulates her dedication to enhancing the interconnected world while ensuring its resilience against cyber threats. Dr. Ushaa Eswaran is an esteemed author, distinguished researcher, and seasoned educator with a remarkable journey spanning over 34 years, dedicated to advancing academia and nurturing the potential of young minds. Currently serving as a Principal and Professor in Andhra Pradesh, India, her vision extends beyond imparting cutting-edge technical expertise to encompass the nurturing of universal human values. With a foundation in Electronics Engineering, Dr. Eswaran delved into the realm of biosensors, carving a pioneering path in nanosensor models, a remarkable achievement that earned her a well-deserved Doctorate. Her insights have been encapsulated in her acclaimed book, “Internet of Things: Future Connected Devices,” offering profound insights into the evolving IoT landscape. Her forthcoming contributions unveil her interdisciplinary perspective, seamlessly integrating electronics, nanotechnology, and computing. As the author of “Secure Connections: Safeguarding the Internet of Things (IoT) with Cybersecurity,” Dr. Ushaa Eswaran's voice emerges as a beacon of wisdom in the realm of IoT. Her work encapsulates her dedication to enhancing the interconnected world while ensuring its resilience against cyber threats.

Publications

Application of Sensors for Smart Farming

This chapter delves into the pivotal role of smart sensors in revolutionizing agriculture through smart farming practices. It begins by defining smart farming and elucidating the...

Role of Quantum Computing in the Era of Artificial Intelligence (AI)

Quantum computing introduces revolutionary techniques for information processing by harnessing uniquely quantum phenomena. The emergence of quantum processors, algorithms, and...

Healthcare Smart Sensors: Applications, Trends, and Future Outlook

Healthcare smart sensors represent integrated sensing systems capable of capturing, processing, and transmitting vital health parameters in real-time using advanced embedded...

Revolutionizing Healthcare: The Application of Image Processing Techniques

This chapter provides a thorough overview of the application of image processing techniques across various domains in healthcare. Advanced image analysis and computer vision...

Project-Based Learning: Fostering Collaboration, Creativity, and Critical Thinking

Project-based learning (PBL) represents a transformational pedagogical approach centered on students actively investigating authentic, complex problems leading to deeper learning...

Fortifying Cybersecurity in an Interconnected Telemedicine Ecosystem

Telemedicine overcomes geographic barriers but interconnectivity amplifies vulnerabilities that malicious actors exploit, compromising operations and eroding patient trust. This...

Revolutionizing Medical Imaging: Exploring Cutting-Edge Technologies

Medical imaging has transformed healthcare, but traditional techniques like X-rays and MRI have limitations. This chapter explores cutting-edge technologies like AI, quantum...

Converging Pharmacy Science and Engineering in Computational Drug Discovery: Interdisciplinary Drug Discovery

This chapter provides an in-depth exploration of the intersection between pharmacy science and engineering within computational drug discovery. It covers interdisciplinary...

Technologies and Applications of Sensors in Waste Treatment Systems

This chapter provides a comprehensive exploration of the integration of sensor technologies and advanced systems in waste treatment processes. It elucidates the pivotal role of...

Bioelectronics and Application in Waste Treatment Systems for Smart City

The rapid urbanization of modern societies has presented cities with numerous challenges, including the effective management of waste streams. In response, the concept of smart...

Agile Tech: Crafting Actionable User Stories and Prioritizing Features for IT Projects

This chapter delves into the core practices of agile software development, with a focus on crafting user stories and prioritizing features to align IT projects with customer...

Barriers and Challenges: Examining Systemic Barriers Impeding Women's Advancement in Leadership Positions

Women continue facing systemic barriers impeding their leadership advancement spanning stereotypes, biases, and institutional traditions requiring coordinated solutions between...

Real-Time Patient Monitoring and Personalized Medicine With Digital Twins

The convergence of digital twin technology with healthcare, particularly in Healthcare 6.0, is transformative. This chapter explores the interplay between digital twins...

Predictive Healthcare Analytics

The integration of digital twin technology with healthcare systems promises to revolutionize clinical decision-making and patient outcomes in Healthcare 6.0. This chapter...

Unlocking the Quantum Advantage: Practical Applications and Case Studies in Supply Chain Optimization

This chapter aims to delve into the practical applications and case studies of leveraging quantum computing for supply chain optimization. By exploring real-world examples and...

Revolutionizing Prenatal Care: The Role of Telemedicine and Soft Computing

The integration of telemedicine and soft computing technologies has revolutionized prenatal care, enabling remote consultations, continuous monitoring, and personalized...

Integrating Renewable Energy Sources Into Existing Energy Systems for Achieving a Low-Carbon Energy Transition

This chapter explores the challenges and opportunities of integrating renewable energy sources into existing energy systems for achieving a low-carbon energy transition....

Applying Machine Learning for Medical Image Processing

Medical imaging is fundamental to modern precision medicine, but analyzing complex image data requires sophisticated techniques. This chapter provides a comprehensive overview of...