My story: During school days, when friends were merely playing computer games, I was creating games. That's how much I loved programming. My story has a lot of twists though. In 1998, schools had few computers, so my school devised a logic test. Only those who passed could study computer science (CS). I passed easily but classmates said CS is tough so I opted for commerce. My parents said that CS is the future and forced me to choose CS. My teacher said my math and physics score aren't good enough, so I may struggle with CS, and recommended commerce. Overjoyed, I told my parents this but they insisted on CS. After almost failing my first CS test, my CS teacher motivated me, realizing my struggle was just a lack of practical experience with computers. I used an old abandoned computer to practice. A classmate shared a book containing BASIC game program listings and I understood how games were made. I accidentally discovered the MS-DOS manual and discovered various OS commands. Soon I started building my own games and was among the top programmers in class. My math and physics scores also improved, and I was among the top 6 rankers in class. When the dot com bubble burst, software engineers were losing their jobs and the scare (similar to how engineers are being laid off in 2025 due to AI) made parents and relatives force me to take up the '"safer" mechanical engineering. Even while studying mech I continued programming, and seniors were surprised to find me in the library reading CS books. I became a mech engineer, but took up a software programming job, loved it and decided to study software formally at CDAC. Due to MGPT's, only I passed the tough course in a class full of CS students. Got a job in a defence company as software engineer, eventually wrote CS GATE, got rejected by colleges due to my mech degree and finally MSRUAS which rejected me initially, called back saying that I could join the multidisciplinary AI course. I completed my MTech in AI, becoming the first ranker in my class and publishing research papers in the field of AI. I finally officially became a CS engineer and had a dream fulfilled. Eventually the long hours of work and lack of proper sleep crippled me with chronic eye strain and I figured out how to solve it, but my screen time is seriously limited now as I can't afford to slip back into a state of chronic eye strain.
Hobby projects created during school/college
Most of my initial programs were created on a 286 computer which didn't have Windows installed. Only MS-DOS. Black and white monitor (so I had to imagine the colors when creating programs). Max speed of the computer: 20MHz. Hard disk capacity: 30MB :-) It was only after my engineering course that I got an internet connection at home, so the below programs are a result of hard-work and self-study of API's and documentation.
Jump-up:
https://github.com/nav9/JumpUp
Some neighbour kids in 3rd and 4th grade used to enjoy this game (circa 1998-1999, when not many people had computers here). I guess it's because of the simplicity and the funny sounds I programmed into it. This was the first game I programmed (in GW-BASIC) when I was in 9th grade, and my little brother was crazy after it. He even beat my highscore! (he was too young to know that it was partly dependent on chance). The game was originally meant to have a scrolling screen like Google's dino game, but at that time my programming skills were very basic.
Bricks
https://github.com/nav9/Bricks
A game with ten levels of increasing difficulty and challenges. Created when in 10th grade. Was introduced to the term "cheat codes" at this point of time, and introduced this into the game. At times it gets hard to hit the last few bricks, so I recommend just using the cheat codes to see all the levels :-)
Maze
https://github.com/nav9/Maze
I used to create mazes on paper, and decided to program one too. It was a daunting task, setting up the arrays on large sheets of paper that I stuck together and then replicating the same on the computer. The maze was programmed with portals and wells (which you might fall into and die). It was also divided into 4 sections which made it very difficult to solve, because you had to remember the previous screens to find your way. My classmate tried it for three hours, and said he couldn't solve it (to date, I'm the only one who has solved it).
Digger
https://github.com/nav9/Digger
This was one game I really wanted to program. Had played it many years back on a cousin's computer, and wanted to play it at home too, so just created it myself. Wasn't familiar with Q-BASIC graphics at that time, so I used ASCII characters. It's a game with a digger machine digging through mud, collecting diamonds. Monsters try to destroy the machine and the machine is able to shoot at the monsters or drop sacks of money on them to kill them. The collapsed sacks can be collected to get more ammo. I created an initial version and then improved upon it. You can play the original retro digger game here: http://www.futrega.org/digger/
Calculator program
https://github.com/nav9/Calculator
Okay, this one was simple, but it was programmed to be user friendly by allowing the user to navigate from one key to another using the arrow keys and by providing a square root option (which I'm surprised that many calculators strangely still don't provide).
Mock antivirus program
https://github.com/nav9/MockAntiviruses
You'd recollect I was using my uncle's computer (which was infected with the NYB virus which we couldn't remove because the computer couldn't run any of the newer antiviruses), and I thought of pulling a prank on him. I created an antivirus interface which was pretty similar to the real MSAV antivirus interface of those days. The program pretends to scan the computer and pops up an alert that it found a boot sector virus which can't be removed. My uncle and my dad actually believed it! :-)
Most of my initial programs were created on a 286 computer which didn't have Windows installed. Only MS-DOS. Black and white monitor (so I had to imagine the colors when creating programs). Max speed of the computer: 20MHz. Hard disk capacity: 30MB :-) It was only after my engineering course that I got an internet connection at home, so the below programs are a result of hard-work and self-study of API's and documentation.
Jump-up:
https://github.com/nav9/JumpUp
Some neighbour kids in 3rd and 4th grade used to enjoy this game (circa 1998-1999, when not many people had computers here). I guess it's because of the simplicity and the funny sounds I programmed into it. This was the first game I programmed (in GW-BASIC) when I was in 9th grade, and my little brother was crazy after it. He even beat my highscore! (he was too young to know that it was partly dependent on chance). The game was originally meant to have a scrolling screen like Google's dino game, but at that time my programming skills were very basic.
https://github.com/nav9/Bricks
A game with ten levels of increasing difficulty and challenges. Created when in 10th grade. Was introduced to the term "cheat codes" at this point of time, and introduced this into the game. At times it gets hard to hit the last few bricks, so I recommend just using the cheat codes to see all the levels :-)
Maze
https://github.com/nav9/Maze
I used to create mazes on paper, and decided to program one too. It was a daunting task, setting up the arrays on large sheets of paper that I stuck together and then replicating the same on the computer. The maze was programmed with portals and wells (which you might fall into and die). It was also divided into 4 sections which made it very difficult to solve, because you had to remember the previous screens to find your way. My classmate tried it for three hours, and said he couldn't solve it (to date, I'm the only one who has solved it).
Digger
https://github.com/nav9/Digger
This was one game I really wanted to program. Had played it many years back on a cousin's computer, and wanted to play it at home too, so just created it myself. Wasn't familiar with Q-BASIC graphics at that time, so I used ASCII characters. It's a game with a digger machine digging through mud, collecting diamonds. Monsters try to destroy the machine and the machine is able to shoot at the monsters or drop sacks of money on them to kill them. The collapsed sacks can be collected to get more ammo. I created an initial version and then improved upon it. You can play the original retro digger game here: http://www.futrega.org/digger/
Calculator program
https://github.com/nav9/Calculator
Okay, this one was simple, but it was programmed to be user friendly by allowing the user to navigate from one key to another using the arrow keys and by providing a square root option (which I'm surprised that many calculators strangely still don't provide).
Mock antivirus program
https://github.com/nav9/MockAntiviruses
You'd recollect I was using my uncle's computer (which was infected with the NYB virus which we couldn't remove because the computer couldn't run any of the newer antiviruses), and I thought of pulling a prank on him. I created an antivirus interface which was pretty similar to the real MSAV antivirus interface of those days. The program pretends to scan the computer and pops up an alert that it found a boot sector virus which can't be removed. My uncle and my dad actually believed it! :-)
Apart from games, the annoying viruses were another reason I wanted to be a computer science engineer. For a short period of time in 9th or 10th grade, I planned to eventually join an antivirus company to help rid the world of these viruses.
Vein: An MS-DOS OS interface, like Windows
https://github.com/nav9/Vein---MS-DOS-OS-Interface
Since the commandline required a lot of typing and since the computer didn't have Windows, I created an interface (while in 11th grade) for interacting with MS-DOS. Pretty much like how the Windows graphical interface was created by Microsoft. This was a period of time when I discovered the MS-DOS help manual (similar to the Linux man pages) and spent quite some time learning a lot of new functionality.
Digger forever
https://github.com/nav9/Digger
Yes, the name is based on "Batman Forever" and the "forever" meant that I didn't intend to create another version of Digger after this. I wanted to make my Digger game closer to the actual game I had played at my cousin's house (now available here), so while doing my engineering, when the ISTE student chapter organized a state level hobby project competition, I borrowed my room-mate's computer for two weeks and created Digger with BASIC graphics (presented it along with my other games). And guess what? I won the competition with a Rs.2000 cash prize! Roommate got a generous treat and seniors were all-praise :-)
Vein: An MS-DOS OS interface, like Windows
https://github.com/nav9/Vein---MS-DOS-OS-Interface
Since the commandline required a lot of typing and since the computer didn't have Windows, I created an interface (while in 11th grade) for interacting with MS-DOS. Pretty much like how the Windows graphical interface was created by Microsoft. This was a period of time when I discovered the MS-DOS help manual (similar to the Linux man pages) and spent quite some time learning a lot of new functionality.
Digger forever
https://github.com/nav9/Digger
Yes, the name is based on "Batman Forever" and the "forever" meant that I didn't intend to create another version of Digger after this. I wanted to make my Digger game closer to the actual game I had played at my cousin's house (now available here), so while doing my engineering, when the ISTE student chapter organized a state level hobby project competition, I borrowed my room-mate's computer for two weeks and created Digger with BASIC graphics (presented it along with my other games). And guess what? I won the competition with a Rs.2000 cash prize! Roommate got a generous treat and seniors were all-praise :-)
[update] Just found the original of the printout my very-happy-seniors had put up on the college and hostel notice board after I won the prize. S.R.C is the abbreviation for Standout Recreation Club. I thought it meant "Outstanding Recreation Club", but a senior recently clarified that the club was created when their seniors were sent out of class and made to stand in the corridor :-)
My game received a kind review from Sparcie, who had similarly tried making a Digger game during his childhood.
Message decoder program
https://github.com/nav9/Decoder
Converting text from English to a cryptic language and vice versa being slow, I wrote a program for it. Also kept it flexible for it to be able to accept a new code sequence too.
Mechanical force visualization software
https://github.com/nav9/Unipar
A Civil engineering lecturer at my college asked me if I could create for him, a program which would show a 2D representation of the normal and tangential forces on a beam. He also wanted a simple graph to show the force distribution. By this time, I had derived 3D projection equations on my own (I didn't know this would be available on the internet, so I had actually drawn projections on paper and derived the equation by using whatever I learnt in trigonometry), so I took my lecturer completely by surprise by using the graphics of C (using the Turbo C compiler) and created the beam in 3D, as an application with full-fledged menus and an interactive graph. You can actually rotate the beam in 3D using arrow keys, feed in various values using textfields (all UI elements were manually programmed) and also load/save the values. When I look at the program today, I find it hard to believe that I actually programmed it at that age!
 |
| I now know the colours are atrocious. Engineers aren't taught about how to use colours well. However, now I've learnt the right use of colours from interaction designers. |
Ben
https://github.com/nav9/Ben
I wanted to make a game like Dangerous Dave, and I began with Ben. But this program was left incomplete, since BASIC does not have the concept of threads. So on adding a monster in the second screen, gameplay became too slow (could have also been due to some other issue, but I didn't have the time to look into it back then). Was able to get over the tough part of programming multi-key input to make Ben jump around.
Robot arm project
I wanted to build a robot, but there was not a soul who was willing to
help us or sponsor it. So my enterprising team members and I decided to
build it from scratch. We designed the robot arm in AutoCAD, created
prototypes with thermocol, did the filing, drilling and cutting on our
own in the workshop and built a working model which could be controlled
with conducting copper strips on gloves. The arm was designed to be a
stand-alone detachable arm which could be removed from the main
structure and wrapped onto a human arm using velcro, becoming a bionic arm.
Using just wrist movements, the 'jaw' would open and close. This was
designed to be used by persons affected with leprosy. Our college appreciated the hard work
and our applications for sponsorship were the first in our college to
be accepted by the Karnataka State Council for Science and Technology.
They fully funded our project and invited us to exhibit our project in Gulbarga at the KSCST exhibition.
Evolutionary algorithms
Examples I built, to showcase how evolutionary algorithms can solve
highly multidimensional problems in a very short amount of time. Some of
these videos were found by the creator of PyMunk, and he decided to add
it to the PyMunk showcase page.
Greasemonkey for auto-clicking a web-page
A certain page required clicking a link every time I visited the page. So I thought I'd automate the process with this code snippet.
var element = document.getElementsByTagName("a"); // get element by tag namevar theEvent = document.createEvent("MouseEvent");
theEvent.initMouseEvent("click", true, true, window, 0, 0, 0, 30, 79, false, false, false, false, 0, null);
//var element = document.getElementById('link');
element[0].dispatchEvent(theEvent);
Recursing directories
https://github.com/nav9/recursor
I wanted to be able to move recursively through directories to automatically delete those annoying Thumbs.db and desktop.ini files, so wrote a small python script for it. After writing it, I discovered that the functionality was already available in Python via the walk command ... *sigh* ... anyway at least there's the joy of creating a program on my own and being able to tweak it as I wish!
UPDATE: This functionality is now available in the file duplicate deletion program I built (mentioned below).
File duplicate removal
A handy program that finds duplicate files based on size and binary chunks. It then moves the duplicates to a separate folder. The program is also capable of recursing directories and deleting unnecessary files that the User specifies. There's also a feature to recognize duplicate images, irrespective of the file format or size of the image. I've also recently added a feature to undo actions performed.
Resting my eyes
https://github.com/nav9/System-Tray-Program
Resting my eyes
https://github.com/nav9/System-Tray-Program
https://github.com/nav9/iRest
What's the point of knowing VC++ if you aren't using it to your advantage? I borrowed some open source code for a program which sits in the system tray in Windows, and modified it to start at logon and pop up a message at a specified interval of time, alerting a person to rest their eyes for 5 min. Strained-eyed friends and I found this program to be a boon. Of course when I found Eye Leo, I switched to it immediately.
What's the point of knowing VC++ if you aren't using it to your advantage? I borrowed some open source code for a program which sits in the system tray in Windows, and modified it to start at logon and pop up a message at a specified interval of time, alerting a person to rest their eyes for 5 min. Strained-eyed friends and I found this program to be a boon. Of course when I found Eye Leo, I switched to it immediately.
Also created a Python program as a cross-platform solution.
Popup Destroyer
https://github.com/nav9/PopupDestroyer
A poor security setting created by someone, made an "Authentication required" popup appear whenever I opened a new page on my browser. The user just had to press Esc to make the popup go away and it was very annoying. So I wrote a sentinel program in VC++ to run in the background, scanning all window titles for the "Authentication required" string. When it found one, it'd immediately issue the Esc keypress command to the window automatically and the window would get closed. I used to enjoy watching those windows disappear while I continued with my work happily :-).
Volunteering website
Popup Destroyer
https://github.com/nav9/PopupDestroyer
A poor security setting created by someone, made an "Authentication required" popup appear whenever I opened a new page on my browser. The user just had to press Esc to make the popup go away and it was very annoying. So I wrote a sentinel program in VC++ to run in the background, scanning all window titles for the "Authentication required" string. When it found one, it'd immediately issue the Esc keypress command to the window automatically and the window would get closed. I used to enjoy watching those windows disappear while I continued with my work happily :-).
Volunteering website
See it working here: https://nav9.github.io/EmployeeVolunteeringWebsite/index.html
https://github.com/nav9/EmployeeVolunteeringWebsite
Our volunteering team in Tata Power SED needed a website and we decided to create it ourselves. I created an interactive prototype in 3 days and soon other volunteers pitched in to improve it further. We made good use of free and open source code available on the internet.
hashCSV
https://github.com/nav9/hashCSV
This I created for a friend in the field of data analytics, who needed to hash specific columns in CSV files. More about it here.
Snacker
https://github.com/nav9/snacker
At one of my previous workplaces, they decided to buy evening snacks everyday. Our office assistant used to go around asking a different employee everyday what snack to buy. Since this became a bit annoying for employees to choose (and others to grumble about the choice), I decided to automate it :-) I created a Java program which our office assistant could use, which would randomly select a snack and display it on the screen. A 'recent snacks' list avoided redundancy and if he rejected a snack, he'd be shown another random option. After a while, I noticed he wasn't so keen on using it. I investigated and found that he didn't understand the concept of brackets and commas in the JSON file which contained the snacks list :-) So I converted it into a CSV which he could open and edit in MS Excel. Obviously everyone was amused at an "AI" selecting their snacks for them. The COO said "...when we write a book about our startup, this is going to be one of the anecdotes in it...when we had trouble selecting snacks, one of our engineers wrote a program for it".
https://github.com/nav9/EmployeeVolunteeringWebsite
Our volunteering team in Tata Power SED needed a website and we decided to create it ourselves. I created an interactive prototype in 3 days and soon other volunteers pitched in to improve it further. We made good use of free and open source code available on the internet.
hashCSV
https://github.com/nav9/hashCSV
This I created for a friend in the field of data analytics, who needed to hash specific columns in CSV files. More about it here.
Snacker
https://github.com/nav9/snacker
At one of my previous workplaces, they decided to buy evening snacks everyday. Our office assistant used to go around asking a different employee everyday what snack to buy. Since this became a bit annoying for employees to choose (and others to grumble about the choice), I decided to automate it :-) I created a Java program which our office assistant could use, which would randomly select a snack and display it on the screen. A 'recent snacks' list avoided redundancy and if he rejected a snack, he'd be shown another random option. After a while, I noticed he wasn't so keen on using it. I investigated and found that he didn't understand the concept of brackets and commas in the JSON file which contained the snacks list :-) So I converted it into a CSV which he could open and edit in MS Excel. Obviously everyone was amused at an "AI" selecting their snacks for them. The COO said "...when we write a book about our startup, this is going to be one of the anecdotes in it...when we had trouble selecting snacks, one of our engineers wrote a program for it".
Use it live here: https://nav9.github.io/grootgpt/
Without writing any code, I used ChatGPT to generate the entire code for a chatbot which responded like Groot. Although it may be trivial now, it was a big deal in the early days of discovering ChatGPT. More about it and Prompt Engineering, here.
One of my clients needed some work done with FFMPEG, for their auto-video recording feature, and to save disk space they needed to reduce video quality too. Since video comparison tools were scarce, I spent some time and created this handy video comparison tool which allows you to compare multiple videos of even varied dimensions.
Auto-correcting audio-video async
https://github.com/nav9/audio_video_synchronizerThis is just a demo that needs a lot more work to be production-worthy. One of my clients had a problem with Zoom and Google Meet network traffic causing audio-video async in the recorded meeting videos. We couldn't fix the issue even using timestamps, since the async happened within Zoom's server/apps itself. So on a long weekend, I created this program as a demo to show that with a bit more work, we could indeed use AI to auto-fix the audio-video async. MediaPipe detected lip motion, and speech recognition was used to match the pauses in speech. The client couldn't proceed with it unfortunately, because of their compute budget being tight.
https://github.com/nav9/audio_video_synchronizerThis is just a demo that needs a lot more work to be production-worthy. One of my clients had a problem with Zoom and Google Meet network traffic causing audio-video async in the recorded meeting videos. We couldn't fix the issue even using timestamps, since the async happened within Zoom's server/apps itself. So on a long weekend, I created this program as a demo to show that with a bit more work, we could indeed use AI to auto-fix the audio-video async. MediaPipe detected lip motion, and speech recognition was used to match the pauses in speech. The client couldn't proceed with it unfortunately, because of their compute budget being tight.
VCF files merger
A simple tool to help merge multiple Virtual Contact File (VCF) files. These are the vCard files used in smartphones. It automatically finds unique contacts and displays duplicate contacts for you to inspect. Contacts are analyzed for similarity based on the last few characters in the rows that store phone numbers.
Private Chat
I noticed that I sometimes received advertisements based on the content of the messages I sent to my contacts. If chats were not really private and some algorithm was analyzing them, I wanted to make it private. So I prompted Google's Gemini and created Private Chat which allows encrypting messages before sending/receiving them across any other messaging platform.
Particle Swarm Optimization Image Enhancement
Imager helps find image enhancement combinations and settings you may have never imagined. It also helps because there are so many settings that can be tweaked in so many ways that it gets exhausting to go through those permutations. Imager reduces the search to a simple selection of the best image and clicking "Evolve" to allow the algorithm to find the settings that bring the final result closer to how you wanted to enhance the image. Google's Gemini Pro generated a lot of the code for me.
Multi Recorder
Often when recording a video meeting, the screen recorder chooses the wrong audio channel and the audio does not get recorded, or the audio from one channel gets recorded and does not record the audio from the microphone. So to avoid having to make the User choose the correct channels, I created an application which can automatically detect all available channels for webcam, video, audio, microphone and also capture the screen. All these will automatically be saved to a folder and the User can later choose to merge them. (this project is still under development)
Linux AppImage Builder
Linux applications can be created as a standalone AppImage. The process to create it is unnecessarily complex and error prone, so I prompted Grok to build a GUI to automate the creation for Flutter apps that need to run on Linux, and requested the community to provide simpler options.
Food Contaminant Visualizer
A simple d3.js application I created to easily visualize which contaminants cause what issues, which foods may have such contaminants, how they are detected, and what their remedies are. I initially wished to build this as a full-fledged app which could display the human body in 3D and even recommend safe sources of food.
Android Apps
I've built many more apps for Android (by vibe-coding) than what is shown below, but it'll be a while until they can be published in Playstore.
Simple Notes
Some default android notes apps did not have the features I wanted. To be able to encrypt notes, export them and also be able to open the encrypted notes in Linux, changing the theme to dark, inserting the current time, merging notes, being able to search and replace and the obvious trust issue of whether the apps built by someone else could be siphoning away my private data. So I built one for myself by prompting ChatGPT.
https://github.com/nav9/simple_notes (I made this repository private now)
Automatic Slideshow
I could not find any good slideshow app that showed the slideshow in the way I wanted, with the duration I wanted for each photo, scrolling the way I wanted, and with options to pause and play the way I wanted. So I built one for myself by prompting ChatGPT.
https://github.com/nav9/automatic_slideshow (I made this repository private now)
