Experienced University Computer Science Tutor (10+yrs) | Java, Python, C++ & DSA | Sr Software Engineer

Find out more about Chinmay

• Tell us more about your subject. How did you develop an interest in this field?

  I didn’t discover programming in a classroom. It started at home. I was 13 when my father first introduced me to C. At that age, I didn’t fully understand what software engineering meant, but I remember being fascinated by the idea that a few lines of logic could control what a machine does. It wasn’t just about syntax, it felt like learning how to think.
  
  Seeing how interested I was, my father arranged for me to learn under Asif Sir. He played a huge role in shaping my foundation. With him, programming stopped being random experimentation and became structured problem-solving. He strengthened my fundamentals in logic, memory, and computational thinking, the kind of basics most people try to patch later in their careers.
  
  Starting with C gave me a deep respect for how software interacts with hardware. Understanding memory, pointers, and system-level behavior early on changed how I approach every other language I learned later.
  
  What began as curiosity gradually turned into serious competitive programming. I went on to rank globally in competitions like Google KickStart and Meta (Facebook) HackerCup. That competitive rigor sharpened my problem-solving under pressure. From there, I moved into professional backend engineering and machine learning, applying the same fundamentals to real-world systems.
  
  Over time, programming stopped being just something I studied. It became the way I naturally approach problems, structured, logical, and curious about what’s happening underneath the surface.

• What or who is the motivation behind you choosing to teach & why?

  My father introduced me to programming, but more importantly, he introduced me to thinking logically. Asif Sir then refined that raw curiosity into structured problem-solving. They didn’t just show me how to write code, they trained me to think clearly, question assumptions, and understand what’s happening beneath the surface. That early guidance gave me a compounding advantage I still benefit from today.
  
  In my 7+ years as a Senior Backend Engineer, I’ve noticed a recurring pattern. Most students aren’t struggling because they lack intelligence. They struggle because they lack clarity. University lectures often prioritize finishing the syllabus over building deep understanding. Students learn syntax, but not systems. They memorize solutions, but don’t internalize principles.
  
  I teach to bridge that gap between academic theory and industry reality. When I explain recursion, memory management, operating systems, or backend architecture, my goal isn’t just to “cover the topic.” It’s to make the why click. Once that happens, confidence follows naturally.
  
  Teaching allows me to:
  
  Prevent students from spending years confused about fundamentals
  
  Help them transition from writing code to building systems
  
  Train them to think like engineers rather than copy solutions
  
  I don’t just fix their current problem. I equip them with the mental framework to solve the next hundred problems independently.

• How does your work help society?

  In my professional work, I build backend infrastructure and machine learning systems, the invisible layers that keep digital products running reliably. These systems handle real users, real data, and real consequences. When backend architecture is designed well, everything feels seamless. When it isn’t, systems break, scale poorly, or fail under pressure.
  
  Software today powers finance, healthcare, education, logistics, and almost every critical system we depend on. Competent engineers build reliable infrastructure. Poorly trained engineers unintentionally create fragile systems.
  
  That’s where teaching becomes meaningful.
  
  As an educator, I focus on depth. I don’t teach students to just “get code working.” I train them to understand what’s happening underneath:
  
  How operating systems handle system calls
  
  How databases manage concurrency and indexing
  
  Why scalability matters in backend frameworks like Spring Boot or Django
  
  How performance, memory, and architecture decisions compound over time
  
  When a student learns to write efficient OS-level code, manage complex DBMS logic, or design a scalable backend application properly, they’re not just passing an exam. They’re developing the ability to build systems that real people will rely on.
  
  Better engineers build better systems.
  Better systems create stronger digital infrastructure.
  
  My contribution isn’t just teaching students to write production code, it’s helping build engineers who can sustain and improve the systems the world runs on.

• If you had to think of a role model for your work, who do you think of & why?

  Linus Torvalds built systems that power the modern world, and he did it through open collaboration. The Linux ecosystem proves that world-class engineering and community-driven knowledge sharing can coexist. That philosophy strongly influenced me during college when I contributed to open-source software. Writing code that others review, use, and improve teaches a different level of responsibility and clarity.
  
  Donald Knuth represents something equally important, intellectual rigor. His approach to algorithms and fundamentals reflects respect for precision and deep understanding rather than shortcuts. That mindset shaped how I approach both engineering and teaching.
  
  Together, they represent what I value: mastery before hype, fundamentals before optimization, and knowledge shared for collective growth. That’s the standard I try to maintain in my professional work and in the way I teach my students.

• Tell us about your hobbies outside teaching.

  When I’m not working or teaching, I like to switch off completely. I enjoy playing games like Red Dead Redemption and Call of Duty simply because they’re fun.
  
  I’ve also recently started learning the ukulele, and a friend gifted me a harmonica, so I’m experimenting with that too. It’s something new, simple and relaxing.
  
  Outside work, I just enjoy being a normal person with hobbies.

• Do you have an anecdote to tell us about your student or professional life?

  One student approached me struggling with C++. She could write syntactically correct code but struggled with problem-solving. Her confidence was low because university lectures felt abstract.
  
  Instead of pushing more problems, we rebuilt fundamentals:
  
  How memory works
  
  Stack vs heap
  
  Recursion tree visualization
  
  Breaking problems into substructures
  
  Within months, she went from avoiding coding interviews to confidently solving medium to hard problems on LeetCode and later building a Minecraft API integration project for her C++ Studio class.
  
  The turning point wasn’t more practice, it was structured thinking.
  
  That’s a pattern I see repeatedly: clarity beats intensity.