Jadavpur University, India
Dona Chakraborty is a highly dedicated and accomplished engineering professional with a strong academic background and hands-on industry experience. With a Bachelor of Technology in Electronics and Communication Engineering and a Master of Engineering in Electronics and Telecommunication Engineering from prestigious institutions, she has consistently demonstrated academic excellence. She is driven by a passion for research and innovation in communication systems, especially in areas such as NOMA, MIMO, and OFDM technologies. Dona’s academic pursuits are well-complemented by her practical experience at industry leaders such as Tata Consultancy Services and Bajaj Auto Limited, where she contributed to real-world engineering challenges. Her postgraduate research on PD-NOMA systems has yielded multiple publications in IEEE and Wiley journals, underlining her capabilities as a research scholar. Apart from her academic and professional life, Dona actively engages in social outreach, has qualified the GATE examination three times, and possesses strong programming and analytical skills. With multilingual proficiency, a strong ethical foundation, and an inquisitive mindset, she aspires to make significant contributions to both academia and industry, embodying a blend of technical excellence, social awareness, and continuous learning.
Professional Profile
Education
Dona Chakraborty’s educational journey is marked by consistency, merit, and deep engagement in the field of electronics and communication. She began her academic excellence early, securing 87.14% in her 10th-grade examination under the West Bengal Board of Secondary Education and followed it with 78.20% in 12th grade from the West Bengal Council of Higher Secondary Education. She pursued her undergraduate degree, B.Tech in Electronics and Communication Engineering, from Maulana Abul Kalam Azad University of Technology, achieving an impressive 85.60% with an average SGPA of 9.31, reflecting her strong grasp of technical subjects. Her passion for advanced communication systems led her to Jadavpur University, where she completed her M.E. in Electronics and Telecommunication Engineering with a specialization in Communication Engineering. With a stellar CGPA of 9.45 and standing second in her department, she proved her aptitude for rigorous research and theoretical comprehension. Her M.E. thesis focused on “Study of Downlink PD-NOMA for Enhanced Spectrum and Energy Efficient System with Interference Management through NOMA Clustering,” supervised by Prof. Iti Saha Misra. Dona’s education has not only equipped her with academic knowledge but also provided a strong foundation in applied research, critical thinking, and innovation in next-generation communication technologies.
Professional Experience
Dona Chakraborty’s professional trajectory reflects a balance between academic research and industrial application. After earning her B.Tech degree, she began her corporate career at Tata Consultancy Services (TCS) as an Assistant System Engineer in July 2021. During her tenure until September 2022, she gained vital experience in software development and system integration, enhancing her skills in problem-solving, teamwork, and project management within a high-performance corporate environment. Her industry experience deepened further during her role as a Post Graduate Trainee Engineer at Bajaj Auto Limited from August 2024 to June 2025. Here, she engaged in engineering functions in a manufacturing and innovation-driven ecosystem, applying her communication systems knowledge to real-world industrial contexts. These experiences have honed her abilities to transition theoretical understanding into practical solutions, adapt to dynamic technical challenges, and collaborate effectively within multidisciplinary teams. Her professional journey has provided her with both software and hardware exposure, reinforcing her desire to work at the intersection of academia and industry. Dona’s roles have not only added technical depth to her profile but also allowed her to evolve as a reliable and productive engineer with the ability to contribute meaningfully to future innovations in electronics and telecommunication engineering.
Research Interest
Dona Chakraborty’s research interests lie in the evolving domain of wireless communication systems, with a focus on enhancing spectral and energy efficiency. Her primary interest revolves around Non-Orthogonal Multiple Access (NOMA), especially Power Domain NOMA (PD-NOMA), and its integration with MIMO and OFDM technologies. Through her thesis and academic endeavors, she has explored novel clustering methods to manage interference in downlink systems, thereby improving overall system performance. Her work aligns with next-generation communication goals such as 5G and beyond, where resource optimization, user fairness, and signal integrity are paramount. Dona is also deeply interested in the use of Software Defined Radios (SDRs) for validating communication models and developing testbeds for real-time system performance analysis. Her curiosity extends to channel estimation techniques, signal processing algorithms, and precoding strategies for efficient data transmission in complex multi-user environments. As communication technologies continue to advance rapidly, Dona seeks to contribute to the development of adaptive, robust, and efficient systems that cater to growing global data demands. She is keen on pursuing interdisciplinary research that bridges theoretical models with practical applications and aims to contribute to both academic knowledge and industrial innovation through her work.
Research Skills
Dona Chakraborty possesses a strong repertoire of research skills developed through rigorous academic training, hands-on projects, and scholarly publication. She is proficient in communication systems modeling, interference analysis, and spectral efficiency improvement using advanced access schemes such as PD-NOMA. Her thesis work involved clustering-based interference management, showcasing her ability to analyze, simulate, and improve complex wireless communication systems. Dona is experienced in using tools like MATLAB and Python for algorithm development and signal processing, and has worked with Software Defined Radio (SDR) platforms for real-time validation of theoretical models. Her skills in channel estimation, precoding, and OFDM-MIMO systems were further demonstrated in her published works in IEEE CALCON 2024 and Wiley journals. She is adept in interpreting experimental results, writing technical papers, and presenting research findings at academic forums. Dona’s exposure to both simulated and experimental approaches enhances her ability to blend computational analysis with hardware testing. Furthermore, she has a solid grounding in core ECE subjects such as digital communication, signal systems, control systems, and digital electronics. Her GATE qualifications and NPTEL certifications in C programming and digital circuits affirm her commitment to continuous learning and technical refinement.
Awards and Honors
Dona Chakraborty’s academic and professional accomplishments have been recognized through several awards and certifications that underscore her dedication and intellectual rigor. Notably, she qualified the highly competitive GATE examination in Electronics and Communication Engineering for three consecutive years—2022, 2023, and 2024—demonstrating her deep understanding of core engineering concepts. During her M.E. at Jadavpur University, she secured the second position in the Electronics and Telecommunication Engineering department, a testament to her academic excellence and commitment to research. Dona has earned certificates from prestigious NPTEL courses, including “Problem Solving through Programming in C” and “Digital Circuits,” which reflect her interdisciplinary learning and technical adaptability. Her research contributions have also gained attention, with publications in reputable conferences such as IEEE CALCON 2024 and in the Wiley-published International Journal of Communication Systems. Beyond academics, Dona has actively participated in social outreach, including visits to organizations such as the Institute for Indian Mother and Child (IIMC) and SANLAAP. Her achievements represent a blend of academic merit, research contribution, technical certifications, and social engagement—traits that highlight her as a well-rounded and forward-looking professional.
Conclusion
In conclusion, Dona Chakraborty embodies the qualities of an aspiring engineer, researcher, and contributor to technological advancement. With a firm foundation in Electronics and Communication Engineering, and a postgraduate specialization in Communication Systems, she has cultivated a comprehensive understanding of both theoretical and applied aspects of wireless communication. Her academic performance, research output, and professional experiences speak volumes about her dedication, competence, and future potential. By engaging in cutting-edge topics like PD-NOMA, OFDM, and MIMO systems, Dona has positioned herself at the frontier of next-generation communication technologies. Her research has not only been academically validated through prestigious conferences and journals but also demonstrates real-world relevance and application. She combines a keen intellect with a collaborative spirit, evident from her team-based project work and her roles in TCS and Bajaj Auto. Dona is also a compassionate individual with active participation in social outreach, highlighting her holistic approach to personal and professional development. As she continues her journey, she aims to leverage her expertise and values to drive innovation in telecommunications and contribute meaningfully to academia, industry, and society at large. Her trajectory reflects promise, purpose, and a passion for lifelong learning.
Publications Top Notes
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Performance Analysis of Downlink PD‐NOMA Using Precoding and Clustering With Experimental Validation
Authors: Dona Chakraborty, Iti Saha Misra
Year: 2025
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Experimental Approach of Interference Management in SIMO-NOMA Downlink for Enhanced Energy Efficiency through Clustering
Authors: Dona Chakraborty, Iti Saha Misra
Year: 2024
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Testbed Method of Channel Estimation and Study of Precoding Effects in OFDM based MIMO-NOMA System using Software Defined Radio
Authors: Dona Chakraborty, Nilak Patra, Iti Saha Misra
Year: 2024