It's me, Krischal Khanal.

IT skills I'm confident about:

1. Markdown:

   • I use markdown for almost all of my notetaking in IT field.
   • I routinely use $\KaTeX$ and HTML/CSS for prettifying the output.

2. $\LaTeX$: I make use of latex for various high quality note taking and report making.

3. Programming Paradigms:

   • I use different programming paradigms to solve the problems at hand.
     1. Object-oriented
     2. Procedure-oriented
     3. Functional approach

4. Competitive Coding:

   1. I am proficient in various skills and techniques utilized in the competitive coding like:
      1. DSA:
         1. Tree:
            1. In-Order Pre-Order and Post-Order Traversal
         2. Graphs and Tree:
            1. DFS and BFS
         3. Graphs:
            1. Dijkstra's Algorithm
         4. Array:
            1. Various sorting algorithms
            2. Binary, and linear searching
         5. Stacks and Queue
         6. MinHeap and MaxHeap
         7. HashMap and HashSets
      2. Techniques:
         1. Sliding window for arrays
         2. Dynamic Programming
         3. Greedy Algorithms
         4. Recursions

5. Rust

   1. I solve a lot of problems in CP using Rust.
   2. I contributed to a starter code for a competition. Here
   3. I've made small interesting things in rust here: Re-write in Rust: Advanced Implementations

6. Python

   1. Numpy
   2. matplotlib
   3. And bits of:
      1. Scikit Learn
      2. Pandas
   • I solve many CP problems using python3.

7. C/C++:

   1. Snake Game in C
      • I made a snake game for the first year C project with my teammates.
      • This was the first large C/C++ project for me.
      • We added artificial intelligence like in Qbasic's version I made a while back.
      • Sound effects
      • Storage of records
   2. Reversi Game in C++
      • I also made a Reversi game in for the second semester C++ project.
      • It took 3 full days of work.
      • It was the largest C++ project worked all by myself.
   3. Ray Tracing in C++
      • We made this implementation of the ray-tracing for the Graphics as well as DSA project for the fourth semester.
      • Graphics
        • Rendering a 3d scene into a 2d image (ppm file) using ray tracing.
      • DSA
        • Use of Binary Tree called BVH (Bounding Volume Hierarchy).
        • It reduced time complexity of $O(n)$ to $O(\log n)$.
      • We made a lot of use of Object Oriented Programming by exploiting the use of inheritance and polymorphism.

8. QBASIC (QB64):

   1. Snake Game in QBASIC
      • Before I started my highschool, I made a snake game. I poured so much attention to the detail and effort to this game. It took more more than a week.
      • Works using mouse as well as keyboard.
      • Added activation system to limit free access to my hard work, later removed.
      • Added artificial intelligence mode.
      • Added sound effects.
      • Added storage of high scores records.
   • I also made a sokobon game. I have it in my google drive.
     • You can play through classic 15 levels of the game.
     • I also made a separate app used to make and edit the levels.
     • I also added a separate program to auto-solving each levels.

9. Use of Rest API's

10. SQL

11. Octave/MatLab

Skill in Electronics Engineering:

1. Arduino
2. L293D
3. MosFETs