// about

About me.

From a small town in India to building tools that power automotive teams worldwide.

I was born in 1994 into a family that was rich in values but short on everything else. My father was a school teacher — a man who never earned much but walked through his town like a king, because everyone knew him, respected him, and trusted him. My mother held the house together in ways only Indian mothers know how. I was the middle child, often sick, often home. But being home meant I read everything I could get my hands on, studied on my own, and somehow kept finishing first or second in my class. Growing up watching my parents stretch every rupee taught me something no textbook ever could — that the things worth having are the things you fight for.

That belief was put to the test during a science exam I was completely unprepared for. I had been too sick to study, and I sat there staring at the paper, tears rolling down, convinced this was the day my streak ended. Then my science teacher walked over, leaned in, and said something I carry with me to this day: "You sat in my class. You listened. You understood. Now stop crying and write what you know — in your own words. If I can understand it, you get the marks." I wrote. I scored 95%. That was the day I stopped trying to memorize the world and started trying to understand it.

But not every lesson came from a classroom. I wanted a bicycle for as long as I could remember. We couldn't afford one, so I learned to ride on borrowed ones — a friend's bike here, a neighbor's there. After years of asking, my father struck a deal: score above 500 in my 10th standard exams, and he would find a way. I scored 499. A year later, he managed to get me one anyway. I was bedridden for a month and couldn't touch it. When I finally rode it, I had five days of pure joy — and then someone stole it. Standing there with nothing again, I made a quiet promise to myself: I will never depend on anyone for anything. What I earn with my own hands, that stays.

That promise carried me through every obstacle that followed. My schooling was free, made possible by my father's friends who believed in education and quietly supported our family. For engineering, I worked part-time to fund myself — nobody asked me to, but I knew what it cost my family for me to be in that classroom. From my second year onward, I started teaching fellow students subjects I had self-learned — Control Systems, Embedded Systems, Microprocessors, Digital Signal Processing — not for money, but because explaining something is the best way to truly understand it. When it came time for my Post Graduate Diploma at CDAC Kolkata, my mother pledged her only gold jewelry to cover the course fee. I promised myself I would make every rupee of that sacrifice count.

The day I got my first job at Continental, something shifted. I wasn't just building a career anymore — I was clearing loans, funding my sister's education, and making sure my parents never had to worry again. That responsibility has never stopped, and I carry it with pride. At work, the shy kid from a small town slowly grew into someone people relied on. I kept solving problems nobody asked me to solve, and over six years I collected 15 spot awards — not because I chased them, but because I couldn't walk past something broken without fixing it. Before I left, I was selected for the Train the Trainer program — an India-wide initiative across all Continental locations. I was paired with the plant head in Gurgaon, where together we explored ideas for digital transformation: improving infrastructure, creating recreation rooms for plant workers, introducing the latest technologies, and finding fresh ways to motivate people on the factory floor. I trained 4+ deputies across teams, making sure nothing fell apart when I moved on.

In 2022, I packed my life into two suitcases and moved to Germany. At Marquardt GmbH, I design and maintain tools for the Software Product Line Engineering platform — building automation that saves teams days of manual work, replacing expensive commercial tools with custom Python solutions, and conducting trainings that help colleagues ship better software. Every tool I build carries the same philosophy: if someone has to do it manually twice, it should be automated forever.

I am driven by curiosity, shaped by struggle, and always learning. Whether it is build systems, software architecture, design patterns, automation, or a new recipe in the kitchen — I don't stop until I understand how it works. And at the end of every month, when I see my family standing on their own feet because I didn't give up — that's the reward no spot award will ever match.

// the long version

Over a decade of building things that matter.

2014
Technical Paper on Moletronics
Presented a national level technical paper on Moletronics — An Invisible Technology during my engineering studies.
2013–2015
Teaching Fellow Students
From my second year through graduation, self-learned subjects, clarified concepts with professors, and taught fellow students Control Systems, Embedded Systems, Microprocessors, and Digital Signal Processing — semester after semester, while working part-time to fund my education.
2014
First Coding Experience
My first hands-on coding — wrote embedded code to flash into a robot for line following and object detection at the Robosapiens workshop.
2015
B.Tech Final Project — Healthcare Monitoring
Designed a patient health care monitoring system using Zigbee protocol and LTE messaging to enable emergency alerts when caretakers are unavailable.
2015
B.Tech in Electronics and Communication Engineering
Completed my engineering degree in Electronics and Communication Engineering.
2016
PG Diploma — CDAC Kolkata
Post Graduate Diploma in Embedded Systems Design with Grade A. My project was a GPIO Device Driver on Linux for ARM to control motors and LEDs.
2016
Continental Automotive
Started my career at Continental Automotive in the Vehicle Dynamics business unit. Automated the resource analysis process using Perl — extracting data, generating reports, and updating internal webpages.
2017
MKC1 Braking System — Worldwide Responsibility
Took worldwide responsibility for control function resource estimation across Asia, Germany, and the USA for MK100/MKC1 braking system products. Created the quotation database for new project estimations.
2017
First International Travel
Traveled to Germany for the first time to prepare MKC1 resource estimations for Ford, BMW, and Volvo projects and built the TB2015 database.
2018
Git Ambassador
Became a Git Ambassador, training a 40-member team on GitHub workflows and best practices. Fully automated the end-to-end testing and reporting pipeline.
2018
TriCore Resource Estimation
Extended the resource estimation Excel macro template (.xlsm) to support TriCore microcontroller project quotations — learned VBA and Excel macro automation on the job.
2019
GLIWA T1 Timing Analysis
Spent 3 months in Frankfurt integrating GLIWA T1 timing analysis into the RTM component for both Vector OS and Elektrobit OS. Analyzed timing parameters for vision control software across all global projects.
2020
MKC2 Braking Product Support
Developed and improved the quotation template for the new MKC2 braking product — extending the Excel macro tooling to support resource estimation for the new product line.
2021
Technical Architect & Python Tool
Developed a Python application to extract detailed timing data from GLIWA T1 enabled software — my first experience with Python and databases. It became the standard tool for worldwide timing analysis.
2022
Train the Trainer & Knowledge Transfer
Participated in the Train the Trainer program. Trained 4+ deputies across teams, ensuring complete knowledge transfer of all responsibilities and helping colleagues take ownership before transitioning.
2022
Marquardt GmbH, Germany
After 6.5 years at Continental and 15 spot awards, packed my life into two suitcases and moved to Germany. Joined Marquardt GmbH as an Advanced Software Development Engineer, working on the SPLE platform build system.
2023
RAM/ROM Reporting & Build Automation
Introduced automated RAM/ROM consumption reporting into the build process — giving project teams resource visibility for the first time. Co-developed build extensions that replaced numerous manual scripts, saving approximately one day per project per variant.
2024
Replacing Licensed Tools with Python
Built custom Python tooling to generate ODX/PDX/OUC artifacts and vFlashpacks, completely replacing expensive Vector tool licenses and eliminating recurring annual costs.
2025–present
SPLE Platform Trainer & AI Adoption
Co-conducted 10+ SPLE Platform Basic Training sessions. Co-introduced AI-assisted development workflows, already adopted by teams achieving up to 85% code coverage for legacy components in a single day.