My academic journey is a testament to my passion for engineering and my commitment to academic excellence. I am currently pursuing a part-time PhD in Low Power VLSI at the University College of Engineering, Hyderabad, under the esteemed Osmania University, having commenced my studies in 2017. This research endeavor reflects my dedication to advancing knowledge in the field of very-large-scale integration (VLSI) with a focus on low-power design.

Prior to my doctoral pursuits, I completed my Master of Engineering (M.E) in ES&VLSID (Embedded Systems and VLSI Design) at the University College of Engineering, Hyderabad, from 2010 to 2012, achieving an impressive score of 80%. This period marked a significant phase in my academic journey, where I honed my skills in embedded systems and VLSI design, laying a strong foundation for my future endeavors.

My undergraduate studies led me to earn a Bachelor of Technology (B.Tech) in Electronics and Communications from St. Stanley C.E.T, Muthangi, Patancheru, under the esteemed JNTU (Hyderabad) in 2008, where I graduated with distinction, securing 77%.

My academic journey commenced with my intermediate education at Nagarjuna Junior College, Sangareddy, where I pursued Mathematics, Physics, and Chemistry (MPC) and excelled with a remarkable score of 94% in the Intermediate Public Examination (IPE) in 2004. Prior to this, I completed my secondary education at Ravindra Model Govt. High School, Sadasivpet, securing an impressive 85% in the State Board of Secondary Education (SSC) examination in 2002.

These academic achievements underscore my dedication to learning and my pursuit of excellence in the field of engineering, laying a strong foundation for my continued growth and contributions to the field.

RESEARCH, INNOVATIONS AND EXTENSION:

My professional journey in research and development has been marked by a dedicated focus on Low Power VLSI Digital Design, a field where I have made significant contributions and garnered recognition. While my current focus is on ongoing research projects, my past endeavors have resulted in publications in prestigious journals indexed in SCI and SCIE, totaling two in each index. Additionally, my work has been cited in renowned databases such as Scopus, Web of Science, and PubMed, reflecting its impact within the academic community.

My commitment to knowledge dissemination is evident in my participation as an invited speaker and resource person at two events. Furthermore, I have presented my research findings at four conferences, showcasing my dedication to sharing insights and engaging with peers in the field. I have also organized two research conferences/workshops, contributing to the academic discourse and fostering collaborative environments for knowledge exchange.

While my research has not yet led to patent publications or consultancy projects, I remain engaged in collaborative activities, aiming to further enrich my contributions to the field. My membership in professional bodies, particularly ISTE (Indian Society for Technical Education), underscores my commitment to professional development and the advancement of education and research. Moving forward, I am eager to expand my research portfolio, foster more collaborations, and continue contributing to the field of Low Power VLSI Digital Design. My goal is to further elevate the impact of my research and make meaningful contributions to the advancement of technology and innovation in this domain.

Swetha Siliveri citation metrics and indices from Google Scholar are as follows:

Cited by: All: 21, Since 2018: 19
Citations: 21 (All), 19 (Since 2018)
h-index: 2 (All), 2 (Since 2018)
i10-index: 11 (All), 1 (Since 2018)

PUBLICATIONS:

1.Design of high speed, area optimized and low power arithmetic and logic unit

• Published in Energy Conversion and Management in 2027 with 13 citations.

2.Design of low power and area efficient full adder using modified gate diffusion input