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For my CAD project, I decided to create a design of a robot arm in Onshape. As a beginner, I was new to the world of computer aided design, so I relied on AI tools such as Notebook LM and ChatGPT to guide me and help me learn the basic functions and techniques. By using these tools, I was able to explore sketching, extruding, and shaping 3D objects, gradually building my skills while completing the project. This experience not only introduced me to the fundamentals of CAD but also allowed me to see how AI can support learning and problem-solving in design.

As Thomas Edison once said, “Genius is one percent inspiration and ninety-nine percent perspiration,” and this project showed me how effort combined with guidance can lead to meaningful and powerful results.

Working on this CAD project in Onshape was a really awesome experience for me. At the start, I was a complete beginner and didn’t know where to begin, but by using AI and tutorials, it really helped me figure out the basics step by step. I learned not just how to use the tools, but also how to think like a designer, planning, testing ideas, and improving my work along the way. It was exciting to see my sketches turn into real 3D models, and even more satisfying to solve problems I didn’t know I could. Overall, this project taught me patience, creativity, and the value of learning through trial and error, and it definitely makes me feel more confident about exploring CAD in the future.

For my CAD project, I designed a robot arm using Onshape. I started by sketching the main parts of the arm, such as the base, joints, and segments, making sure all the dimensions were accurate. Then, I used the extrude tool to turn those sketches into 3D parts. Once all the pieces were finished, I assembled them using different mates such as the revolute mate (which makes the different pieces stick together) to make sure the arm could move realistically.

After completing the assembly, I created a detailed mechanical drawing that included important dimensions and a Bill of Materials listing all the parts. This project helped me understand how sketching, extruding, and assembling come together to create a working design, and it showed me how important precision and planning are in mechanical design.

“Programs must be written for people to read, and only incidentally for machines to execute.” — Harold Abelson

Welcome to my first coding project! This project signifies the beginning of my journey into programming and computational knowledge with the language of Python. As someone new to Python coding, I am excited to explore the immense potential of Python, a versatile and beginner friendly language. I will use these skills to solve problems and create meaningful programs.

Throughout this project, I aim to develop my understanding of basic programming concepts such as variables, loops, conditionals, and functions, while also nurturing curiosity, persistence, and logical thinking. I hope that this piece of work not only demonstrates my learning progress but also reflects my passion for technology and STEM in general.

As Steve Jobs once said, “Everybody in this country should learn to program a computer… because it teaches you how to think.” With that in mind, this project is my first step toward thinking like a programmer, embracing challenges, and building skills that will last my lifetime.

1. Modules

• import random → lets the game choose random numbers for attacks, healing, and enemy selection.
• import time → allows the game to pause for a short time to print text slowly and make it dramatic.

2. Functions

slow_print(text, delay=0.03)

• Prints text character by character instead of all at once.
• text → the message to display.
• delay → how long to wait between characters (default 0.03 seconds).

choose_enemy(defeated_enemies)

• Makes a list of all possible enemies with their name, HP, and attack power.
• Checks defeated_enemies to see which enemies are still available.
• Returns a random enemy if there are any left, otherwise returns a Dragon.

player_attack() / player_special()

• player_attack() → normal attack, deals 8–15 damage.
• player_special() → stronger attack, deals 20–30 damage.

enemy_attack(enemy) / enemy_special(enemy)

• Damage depends on the enemy’s attack stat.
• enemy_special() is stronger than enemy_attack().

3. Player Variables

player = {

    “name”: input(“Enter your hero’s name: “)

    “hp”: 100

    “level”: 1

    “xp”: 0

    “gold”: 0

    “special_cooldown”: 0

• name → player’s input
• hp → player health points. Starts at 100
• level → starts at 1, increases with XP
• xp → experience points earned from defeating enemies
• gold → currency gained from enemies
• special_cooldown → how many turns until player can use special attack again
• defeated_enemies = [] → keeps track of which enemies have already been beaten

4. Main Game Loop

• Uses while True: to keep the game running until player quits or dies
• Shows player stats and asks for an action: explore, rest, or quit

Player Actions

1. Quit → stops the game.
2. Rest → heals 10–25 HP (but not over 100) and reduces special cooldown by 1
3. Explore → chooses an enemy and enters a combat loop

5. Combat Loop

• Continues while enemy HP > 0 and player HP > 0
• Player chooses: attack, special, or run

Player Choices

• Attack → normal damage, subtract from enemy HP
• Special → stronger attack, only if special_cooldown is 0; sets cooldown to 3 turns
• Run → 50% chance to escape
• Invalid input → asks again

Enemy Turn

• Dragon has a 30% chance to use special attack
• Otherwise, enemy does normal attack
• Damage is subtracted from player HP
• Player’s special cooldown decreases each turn if above 0

6. After Battle

• If enemy dies → gain XP and gold
• If XP ≥ level × 50 → level up, reset HP to 100
• If Dragon dies → win the game
• If player HP ≤ 0 → game over

7. Loops and Conditionals

• while True: → main game loop
• while enemy[‘hp’] > 0 and player[‘hp’] > 0: → combat loop
• if / elif / else → checks player input and enemy actions
• for char in text: → used in slow_print to print each character

8. Randomness

Run chance

random.randint(a, b) → random integer between a and b

Used for:

Player and enemy attacks

Healing

Enemy selection

This Python program is a text-based adventure game that runs entirely in the console. It uses functions and loops to create an interactive battle system.

The player controls a hero with stats like HP, level, XP, and gold, all stored in the code. You can choose to rest, explore, or quit. Resting increases HP and decreases your special attack cooldown. Exploring triggers a random encounter with an enemy, selected from a list using the random module. Each enemy also has its own dictionary containing its name, HP, and attack power.

During battle, a while loop does the combat every turn. You can pick from three actions: attack, special, or run. Regular attacks deal random damage using random.randint(), while special attacks are stronger but it requires waiting a few turns before you can reuse it. Enemies also attack each round, and their damage is randomly calculated within a range.

When an enemy is defeated, you earn random amounts of XP and gold. If your XP exceeds a threshold (which is based on your level), you level up, your HP refills, and the game gets progressively harder. The program keeps track of all defeated enemies, and once you’ve beaten them all, you’ll face the final boss, the Dragon.

If your HP drops to zero, the game ends with a “Game Over.” Beating the Dragon prints a victory message and ends the main game loop.