ItsMePavitthra ✓ Verified
A curious and motivated individual eager to learn, grow, and embrace new opportunities that foster both personal and professional development.
Student
FINAL YEARAbout Me
I believe life is a constant process of learning, unlearning, growing, and discovering new sides of yourself. My professional education has taught me more than academics, making me adaptable, dependable, patient, and confident to step beyond my comfort zone. I enjoy trying new things and believe every experience offers an opportunity to learn and improve.
My interests include circuit electronics, embedded systems, and smart technologies that simplify everyday life. I enjoy exploring IoT, where hardware and software come together to create practical and useful solutions. Through my projects and skills in electronics and programming, I aim to build products that are meaningful and useful in real-world applications.
JORA CAREER™
Your professional identity.
ItsMePavitthra
Student · Nagpur
Aspiring electronics and embedded systems engineer, curious about how hardware, software, and IoT can come together to create meaningful solutions for everyday problems.
JORA Profile Snapshot
Final-year Electronics and Telecommunication student with a passion for building and exploring technology beyond the classroom. Experienced in working with electronics and programming through academic and personal projects, with a growing interest in embedded systems, IoT, and smart technologies. Eager to take on new challenges, learn from real-world experiences, and contribute to innovative projects.
Education & Experience
Projects & Work
Amplitude Modulated Single Channel Transmitter
An amplitude-modulated single-channel transmitter designed to transmit an audio signal over a specific frequency. The transmitted signal can be received and heard using a compatible AM radio receiver within the effective transmission range.
IR to Tap Code Converter
Developed with my team during a one-month Summer School at VNIT Nagpur. The project involved designing and implementing a system that converts IR signals into tap code, providing hands-on experience in electronics, communication, and practical system development.
Hands-Free Assistive Human-Computer Interface
Currently developing a hands-free assistive human-computer interface using a PCB-based capacitive touch sensor, ESP32 microcontroller, and MPR121 touch-sensing IC to detect tongue movements and translate them into cursor-control commands. The project involves PCB design, embedded programming, hardware integration, real-time signal processing, testing, and debugging, with a focus on enhancing accessibility for individuals with mobility limitations.
Capability Record
Derived from the projects and activities on this page. For a student the record shows direction of travel, not a track record — what has actually been built, and what it demonstrates.
- Hands-Free Assistive Human-Computer Interface — ESP32 firmware
- IR to Tap Code Converter — signal conversion logic
- Hands-Free Assistive HCI — PCB-based capacitive touch sensor
- Amplitude Modulated Single Channel Transmitter
- Amplitude Modulated Single Channel Transmitter — modulation and transmission over a carrier
- MPR121 touch-sensing IC integrated with an ESP32 microcontroller
- Tongue-movement detection translated into cursor-control commands (in progress)
- Hardware integration, testing and debugging on the assistive HCI project
- MATLAB and Cisco Packet Tracer, listed as working skills
- IR to Tap Code Converter — built with a team during Summer School at the 5G Lab, VNIT Nagpur
- Vice President, Engineering India YCCE Club (2025)
- Vice President, Literature and Magazine, YCCE Techfest (2026)
- Creative writing, listed as a working skill
- Vice President, Literature and Magazine
Nothing here is asserted separately from the profile above — every line points back to something on this page. This is also the record JORA SCOUT reads, rather than interpreting the prose a second time.
Derived by JORA
You wrote the profile above. This section is worked out from it by JORA — what the work evidences, where it carries, and what would make it stronger. Nothing here is a fact about you that you did not write yourself, and none of it is a score of you as a person.
Profile health
How complete and how current this page is. A measure of the document, not of you.
Updated this month.
Still missing
- Documents or credentials
Scale & context
What this profile evidences for what you want
Each thing in “Open To”, against what is actually on the page. This describes the profile, not the person — and there is deliberately no readiness score.
Three built projects with named components and tools, one of them team-based at VNIT Nagpur. That is materially stronger evidence than a CV listing coursework.
No publication, lab placement or supervised research appears on this profile. The VNIT summer school was a build project rather than research.
To change thatWrite up the final-year project as a short technical paper — the problem, the method, what was measured and what was found. One page is enough to evidence research capability where nothing evidences it today.
Where this transfers
Roles these capabilities read for, beyond the obvious one.
Directions worth considering
Suggestions, not instructions. Ignore any of them.
Accessibility engineering is the distinctive thread
Most final-year profiles are interchangeable. A hands-free interface for people with mobility limitations is specific, purposeful and memorable in a way a display project is not.
NextLead with it. Write up the design decisions and what was learned, and make it the first thing anyone reads.
The writing is an asset, not a footnote
Engineering plus genuine written communication is uncommon, and it is exactly what technical documentation, developer relations and product roles look for.
NextPublish one clear technical write-up of a project. It evidences both capabilities at once.
Convert coursework into a credential
Skills are self-asserted today. That is normal for a student, and it is the ceiling on how far the profile carries on its own.
NextOne recognised certification in embedded systems or IoT makes several claims independently verifiable.
Questions this profile invites
What someone reading this page is most likely to probe. Worth having an answer ready.
- How did you test the transmitter, and what range did you actually achieve?
- What made you choose the MPR121 over other capacitive sensing approaches?
- On the IR to tap code project, which parts were yours and which were your team's?
- The assistive interface is still in progress — what is the hardest problem left, and how are you approaching it?
To strengthen this profile
Honest gaps, and what would close each one.
No industry internship yet
A short internship would move several capabilities from project scale to production scale, which is the largest single gap between this profile and a hire-ready one.
No code or design artefacts are linked
A public repository or a shared schematic turns 'embedded systems programming' from a claim into something anyone can inspect in thirty seconds.
No reference yet
The VNIT summer school supervisor, or a final-year project guide, confirming the work would attest what no document can prove.
Currently
Working on my final-year project, while actively seeking internship opportunities to gain practical experience, develop my skills, and grow through real-world projects.
Open To
- Research
- Internship
Skills
- Leadership and Public Speaking
- Embedded Systems Programming
- Python and C++
- Creative Writing
- MATLAB and Cisco Packet Tracer
Achievements
- State Level Carrom Player, 2019
- Vice President, Engineering India YCCE Club, 2025
- Vice President, Literature and Magazine, YCCE Techfest 2026
Connect
Story