Bidya Bedant Joshi

Saraswati Sishu Mandir, Dharmagad

2006 - 2016 (Upto class 8th)

Here I gained a strong foundation in academics and skills through a well-rounded curriculum. The school emphasized both academics and extracurricular activities, fostering holistic development.

• Languages: Odia, English, Hindi, and Sanskrit
• Mathematics: Basics of Algebra and Geometry
• Science & Social Studies: Introduction to fundamental concepts in both subjects
• Sports & Yoga: Participation in sports and yoga enhanced my physical and mental well-being
• Extracurriculars:Engaged in activities like acting, singing, speech, and essay writing, which contributed to my creativity, self-expression, and communication skills

I believe primary schooling should emphasize math and language, as they are foundational to all future learning. Subjects like science and social studies build on these fundamentals, helping us understand the world better.

Saraswati Sishu Vidya Mandir Brajavihar, Bhawanipatna

2016 - 2018 (class 9^th & 10^th)

Here I deepened my academic understanding and actively participated in extracurricular activities. This period laid a strong foundation for my higher education. During this time, I lived in a hostel for the first time, which was a transformative experience. I learned essential life skills, self-discipline, and independence. As a member of RSS, my daily routine included waking up early, practicing yoga, attending classes, learning self-defense techniques like nuddha, and dedicating evenings to skill-building and self-study. Hostel life taught me how to live a fulfilling and self-reliant life.

• Languages: Advanced grammar in Odia, English and Hindi
• Mathematics: Higher-order algebra, matrix, geometry,set theory, construction, basics of trigonometry, series and progression
• Social Science: Indian modern history, world history, and related topics
• Science: Fundamentals of life science and physical science
• Computer Science: Mastery of Microsoft Office tools, BASIC, Visual Basic, and C programming

Achivements

• Active participation in arts & sports
• Won "Best Actor of the Year" award in the Class 10th annual function
• Secured 88% in the 10th Board Examination

Saraswati Vidya Mandir Neelakantha Nagar, Berhampur

2018 - 2020 (class 11^th & 12^th)

Here I gained an in-depth understanding of science, mathematics, and communication skills. This period significantly shaped my academic interests and personality.

• Physics: Basics from NCERT books, including Newtonian mechanics, electromagnetism, heat and thermodynamics, and modern physics
• Chemistry: Fundamentals of physical, organic, and inorganic chemistry
• Mathematics: Advanced topics like quadratic equations, relations and functions, sets, permutations and combinations, probability, series and progression, matrices and determinants, linear programming, integral and differential calculus, and trigonometry
• Life Science: Botany and zoology, focusing on understanding how the human body, plants, and organisms function
• Languages: English and Hindi with a focus on communication in addition to grammar

Achievements & Personal Growth:

• Lost my stage fear through daily speeches and quotes during prayer
• Developed a strong interest in lab work and practical experiments
• Began reading newspapers, gaining general knowledge about sports, geopolitics, Indian politics,Indian arts and culture

This laid the groundwork for my passion for science and research. The combination of theoretical learning, practical experience, and communication skills prepared me for future academic and personal challenges. The exposure to diverse knowledge areas enriched my perspective and broadened my understanding of the world.

Gangadhar Meher University, Sambalpur

2020 - 2023 (B.Sc. Hon. Physics)

I pursued my bachelor’s degree in physics as my major and mathematics as my minor, fulfilling a long-held passion for understanding the laws of nature and their mathematical foundations. This journey not only deepened my academic knowledge but also instilled a love for research and innovation, along with unforgettable memories of hostel life and friendships.

• Physics: Newtonian mechanics, Lagrangian and Hamiltonian dynamics, classical electrodynamics, electromagnetic theory, optics, thermodynamics, semiconductor physics, electronics, solid-state and device physics, quantum mechanics, statistical mechanics, nuclear and particle physics, special relativity, and atomic and molecular spectroscopy
• Mathematics: Real and complex analysis, engineering mathematics (vector calculus, differential equations, Laplace and Fourier transforms), higher-order and partial differential equations, and special differential equations
• Simulations: Mathematical and physical simulations using C++ and Scilab

Achievements & Projects:

• Class Representative: Represented my class for all three years, maintaining excellent relationships with Friends and faculty.
• Organized Events: Played a key role in organizing "Science Day Celebration" and a "Seminar on Ultrasonic Physics" featuring scientists from the National Physical Laboratory.
• Analog Electronics Project: Led a team to design a low-cost audio amplifier using OP-AMP and recycled materials under Prof. SK Das's guidance.
• eGyanaVigyana Project: Developed an Android-based edutech app for undergraduate exam preparation, focusing on IIT JAM, JEST, and TIFR.
• Low-Cost Semiconductor Laser: Developed a rechargeable, battery-operated semiconductor laser using waste materials for a project presentation in the solid-state and device physics chapter.
• Piezoelectric Power Generation: Designed an electronic circuit based on SSHI and SECI techniques to generate electricity from piezoelectric materials, guided by Dr. Pranti Purohit and PhD scholar Bomkesh sir. Published the results in the STM journal.

Reflection on Hostel Life:

Living in the GMU hostel was an unforgettable experience. It taught me how to manage myself financially and adapt to social environments. I explored nearby areas in Sambalpur, connecting with the locals through our shared language and gaining a deeper appreciation for their arts and culture. These experiences enriched my life and left me with memories I cherish deeply.

This phase of my academic journey solidified my love for research, teamwork, and innovation. The guidance of my mentors and collaboration with friends made my bachelor’s years both productive and fulfilling, shaping the person I am today.

National Institute of Technology, Warangal, Telangana

2023 - 2026 (M.Sc. Tech. Engineering physics (Photonics))

I joined NITW by qualifying for the IIT JAM exam in Physics. Here, I am pursuing an M.Sc. Tech. in Engineering Physics with Photonics Specialization, a program that integrates core physics, engineering principles, and advanced photonics. This degree has significantly enhanced my knowledge and skillset, positioning me to contribute to the photonics industry upon graduation in 2026.

• Core Physics: Engineering mathematics, quantum mechanics, atomic and molecular physics, solid-state physics, geometrical and physical optics, and electromagnetic theory
• Engineering: Material science, workshop practices, and engineering graphics
• Electronics: Network analysis, electronic circuit design, analog electronics and integrated circuits, digital electronics, and logic design
• Photonics Specialization:
  • Geometrical optics and optical system design
  • Physical optics, Fourier optics, and holography
  • Optoelectronics and MOEMS
  • Optical instrumentation and radiometry
  • Laser technology and applications
  • Silicon photonics
  • Illumination and luminescent materials and devices
  • Fiber optic communication
  • Optical element production and testing

This program has provided me with a robust understanding of physics and photonics, blending theoretical knowledge with practical applications. The specialized coursework in photonics, coupled with hands-on experience, has prepared me for a dynamic role in the photonics industry. I am excited to apply these learnings and contribute to advancements in photonic technologies after completing my degree in 2026.

Web Development

2020 - During COVID

The COVID-19 lockdown, following my completion of Class 12th, provided me with an excellent opportunity to dive into the world of software development. Staying at home, I dedicated myself to learning various programming languages and technologies, which eventually led to some impactful projects.

• Frontend Development: HTML, CSS, JavaScript, Bootstrap, jquery
• Backend Development: PHP, Node.js
• Database Management: MySQL, MongoDB, sqlite
• Frameworks and Libraries: React
• Programming Languages: Java, c++

Projects:

• Medical Store Management System: Developed a full-stack project to manage medical store operations, including inventory tracking, billing, and report generation. This project was sold to an MCA graduate as their final-year project, marking a significant milestone in my web development journey.
• Portfolio Website: Designed and developed my own portfolio website during this time. Over the following months, I refined and updated it to reflect my evolving skills and experiences.

This phase of self-learning not only equipped me with technical skills but also fostered my creativity and problem-solving abilities. The experience of completing real-world projects and delivering them to clients gave me a strong foundation in software development and project management. It was a transformative period that solidified my interest in combining technology with innovation.

Android App development

2022 - 2023

Although my major in college is Physics, I have always been fascinated by application development. My passion for creating impactful solutions drove me to explore and master Android app development, beginning during the COVID-19 pandemic and extending into my college years.

• Android Development Fundamentals: Android application framework, APIs, and developer features
• Programming Skills: Core Java, Kotlin, XML for UI design
• Advanced Tools: Jetpack Compose for modern UI development
• Design Patterns: MVC, MVVM, and other software design principles
• Courses: Completed an NPTEL course on Android App Development using Java
• Software System Design: Learned essential concepts to architect robust applications

Projects

• Quote App: A feature-rich app containing thousands of quotes by great thinkers.
  • Features: Morning quote notifications, quote sharing, text-to-speech functionality
  • Interactive capabilities: Users could write, save, and read their own quotes
• eGyanaVigyana: An e-learning app developed with the guidance of Dr. Das, designed for students preparing for competitive exams like IIT JAM, GATE, TIFR, and JEST.
  • Features: Study materials in PDF format, video lectures, daily assignments
  • Highlight: Real-time mock test environment replicating actual exam conditions
  • Additional functionality: Automated test evaluation and progress tracking
• Minor Projects:
  • Attendance Taker App: Simplified attendance management for my class
  • Note-Taking App: Used Room Database for efficient note storage
  • Chatting App: Built with Firebase for real-time communication

These experiences strengthened my expertise in Android development and allowed me to integrate technical knowledge with practical applications. From creating apps for personal use to designing solutions for academic and professional purposes, I developed a comprehensive understanding of mobile application development. This journey also deepened my interest in blending technology with user-centric solutions.

Audio amplifier using Opamp

During 1^st year of bachelor’s

During my college journey, I gained a strong foundation in analog electronics and learned about various electronic components and circuits. These studies equipped me with the knowledge to design and build practical electronic systems.

• Electronic Components: Diodes, vacuum tubes, transistors, and operational amplifiers (op-amps)
• Amplifiers: Class A, Class B, Class AB, Class C, push-pull amplifiers, and power amplifiers
• Filters and Networks: RC and RL components in electronic networks

Project: Audio Amplifier

As a hands-on application of my learning, I designed and built an audio amplifier using the LM-386 op-amp along with supporting circuits.

• Design Highlights:
  • Compact design: The amplifier was packed into a multimeter cover, making it easy to carry.
  • Rechargeable and battery-operated: Enhanced portability and usability, especially in classrooms.
• Purpose: The amplifier was designed for use in large classrooms to ensure students sitting at the back could clearly hear the teacher. It proved to be a practical solution for improving classroom communication.

This project was a significant milestone in my journey as it combined theoretical knowledge with practical implementation. It taught me the importance of innovation and usability in electronics design, and it reinforced my passion for creating solutions that have a tangible impact.

Innovative Optical Instrument Design

During 2^nd year of bachelor’s

In my second year of bachelor’s studies, I delved into solid-state physics, laser applications, and superconductivity, alongside wave optics. These topics introduced me to the fascinating phenomena demonstrating the wave properties of light, such as:

• Young's Double-Slit Experiment
• Light Interference
• Fresnel and Fraunhofer Diffraction
• Michelson Interferometer

Project: Cost-Effective Optical Bench with Laser Mount

Inspired by my studies and leveraging my knowledge of electronics, I designed and built an optical instrument tailored for demonstrating these optical phenomena effectively and affordably.

Key Features of the Instrument:

• Construction:
  • Used a basic, standard, cheap metallic element as the optical bench.
  • Integrated a rechargeable, battery-operated semiconductor laser mounted on a sliding mechanism.
• Adjustable Laser Mount: The laser mount was designed to slide smoothly and be positioned precisely along the optical bench, allowing for accurate experimental setups.
• Cost Efficiency: The entire device was built for just INR 200, making it an accessible teaching aid for high schools.
• Applications: The instrument could demonstrate phenomena like interference, diffraction, and the working of a Michelson interferometer. It was designed to be extendable and modifiable for further applications.

This project was a significant achievement, blending physics and electronics to create a practical teaching tool. By developing a cost-effective solution, I contributed to making advanced optical experiments more accessible for high school students, enhancing their understanding through hands-on visualization.

Research Paper author: Energy Harvesting Circuits with Piezoelectric Material

Final year of bachelor’s

During my B.Sc. final year, I undertook a research project focusing on energy harvesting circuits using piezoelectric materials. The project combined theoretical knowledge from my electronics coursework with practical circuit design, development, and optimization techniques.

• Research Paper Publication: Published the paper: "Energy Harvesting Circuits with Piezoelectric Material: Design, Integration, and Optimization" with co-authors Dr. Bomkesh Bhoi and Dr. Pranati Purohit.
• Project Focus:
  • Designed and optimized circuits for piezoelectric energy harvesting.
  • Addressed challenges in low power output and developed methods for maximum power extraction.
  • Explored applications in self-powered technologies, such as IoT devices, wearable electronics, and wireless sensor networks.
• Skills and Tools:
  • Software: LT Spice, NI Multisim, MATLAB
  • Techniques: Circuit simulation, power optimization, integration of piezoelectric materials

This project marked a pivotal moment in my academic journey, allowing me to apply my knowledge of electronics to address real-world challenges. The interdisciplinary nature of the project, bridging electronics and emerging technologies like IoT and wearable devices, deepened my understanding and passion for innovative circuit design and optimization. This research experience has greatly influenced my aspiration to contribute to the field of self-powered devices and energy harvesting technologies.

IASc-INSA-NASI Summer Research Fellowship

During 1^st year of Master

As a recipient of the prestigious Summer Research Fellowship from the Indian Academy of Sciences (IASc), I joined IIEST Shibpur for two months, where I focused on a project integrating Android app development with robotics and mechatronics.

• Project Development:
  • Designed and developed an Android app and firmware to automate Arduino I/O operations using Bluetooth communication.
  • Enabled wireless control over Arduino systems, facilitating precise and efficient operation of remote devices.
  • Focused on applications like smart home systems, robotics, and control of high-end machinery through mobile devices.
• Technology and Tools Used:
  • Android SDK for app development
  • Java and XML for Android UI and logic
  • C++ for Arduino firmware programming

This internship allowed me to combine my interest in programming and hardware systems, deepening my understanding of IoT and automation. The experience of integrating Android applications with robotics broadened my skills in developing solutions for real-world applications, including smart home systems and industrial automation. The fellowship also provided valuable exposure to research methodologies and advanced technological tools in a collaborative academic environment.