Client | MSI GE66 Raider Valhalla Limited Edition (GeForce RTX™ 20 series)

Production | Redman Studio

Link to the project | https://www.msi.com/Laptop/GE66-Raider-Valhalla-Limited-Edition-10SX

Responsibilities | VFX . Compositing . Lighting . Shading .

Category | CG

Tool Used | Cinema 4D . Octane Renderer . Adobe After Effects

Year | 2020

Client | MSI GE66 Raider Valhalla Limited Edition (GeForce RTX™ 20 series)

Production | Redman Studio

Link to the project | https://www.msi.com/Laptop/GE66-Raider-Valhalla-Limited-Edition-10SX

Responsibilities | 3D Artist

Category | 3D Render

Tool Used | Cinema 4D . Octane Render . Photoshop . Illustrator

Category | 3D Modeling. 3D Render

Tool Used | Maya. Cinema 4D . Octane Render . Adobe Photoshop

ref. Pixar Animation Studio _ Thought of Train (Inside Out)

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render

Client | DELL Material Lookbook

Production | Redman Studio

Responsibilities | Texturing . Lighting . Shading . Rendering . Compositing

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render . Adobe Photoshop

Year | 2020

Client | DELL Material Lookbook

Production | Redman Studio

Responsibilities | Texturing . Lighting . Shading . Rendering . Compositing

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render . Adobe Photoshop

Year | 2020

Client | DELL Material Lookbook

Production | Redman Studio

Responsibilities | Texturing . Lighting . Shading . Rendering . Compositing

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render . Adobe Photoshop

Year | 2020

Client | DELL Material Lookbook

Production | Redman Studio

Responsibilities | Texturing . Lighting . Shading . Rendering . Compositing

Category | 3D Photorealistic Render

Tool Used | Cinema 4D . Octane Render . Adobe Photoshop

Year | 2020

Client | MSI GP66 Leopard (10th Gen Intel® Core™ processor / GeForce RTX™ 30 series)

Production | Redman Studio

Link to the project | https://www.msi.com/Laptop/GP66-Leopard-10UX

Responsibilities | 3D Artist

Category | 3D Product Rendering

Tool Used | Cinema 4D . Adobe Illustrator . Adobe Photoshop . Octane Render

Year | 2020

Client | MSI GE66 Raider (10th Gen Intel® Core™ processor / GeForce RTX™ 20 series)

Production | Redman Studio

Link to the project | https://www.msi.com/Laptop/GE66-Raider-Valhalla-Limited-Edition-10SX

Responsibilities | VFX . Compositing . Lighting . Shading

Category | CG

Tool Used | Cinema 4D . Octane Renderer . Adobe After Effects

Year | 2020

Client | MSI GE66 Raider (10th Gen Intel® Core™ processor / GeForce RTX™ 20 series)

Production | Redman Studio

Link to the project | https://tw.msi.com/Laptop/GE66-Raider-10SX

Responsibilities | 3D Artist

Category | 3D Product Rendering

Tool Used | Cinema 4D . Adobe Illustrator . Adobe Photoshop . Octane Renderer

Year | 2020

Client | MSI GP66 Leopard (10th Gen Intel® Core™ processor / GeForce RTX™ 30 series)

Production | Redman Studio

Link to the project | https://www.msi.com/Laptop/GP66-Leopard-10UX

Responsibilities | 3D Artist

Category | 3D Product Rendering

Tool Used | Cinema 4D . Adobe Illustrator . Adobe Photoshop . Octane Render

Year | 2020

Client | MSI GE76 Raider Dragon Edition Tiamat 10UX

Production | Redman Studio

Link to the project | https://tw.msi.com/Laptop/GE76-Raider-Dragon-Edition-Tiamat-10UX

Responsibilities | 3D Artist . Texturing

Category | 3D Product Rendering

Tool Used | Cinema 4D . Adobe Illustrator . Adobe Photoshop . Octane Renderer

Year | 2020

Client | MSI GE76 Raider (10th Gen Intel® Core™ processor / GeForce RTX™ 20 series)

Production | Redman Studio

Link to the project | https://www.msi.com/Laptop/GE76-Raider-10UX

Responsibilities | VFX . Compositing . Lighting . Shading

Category | CG

Tool Used | Cinema 4D . Octane Renderer . Adobe After Effects

Year | 2020

Client | MSI GE66 Raider (10th Gen Intel® Core™ processor / GeForce RTX™ 20 series)

Production | Redman Studio

Link to the project | https://tw.msi.com/Laptop/GE66-Raider-10SX

Responsibilities | 3D Artist

Category | 3D Product Rendering

Tool Used | Cinema 4D . Adobe Illustrator . Adobe Photoshop . Octane Render

Year | 2020

Client | MSI Modern 15 (10th Gen Intel® Core™ processor)

Production | Redman Studio

Link to the project | https://www.msi.com//Business-Productivity/Modern-15-A10X-r

Responsibilities | 3D Artist

Category | 3D Product Rendering

Tool Used | Cinema 4D . Octane Render . Adobe Photoshop

Pop The Sound is an interactive VR game for people to get closer with animals. The player is required to identified each sound and pop the corresponding animal.

The player will either be confined to a world with many “hangry” animals or peacefully explore around the animal kingdom and get a closer look at each animal.

Category | VR Interaction . VR Game Development

Tool Used | UnrealEngine

I create a physical emoji, which allows people to emoji react to jokes by physically squeezing it and making a squeaking sound. A joke will be shown on the screen, and people can squeeze the emoji to drop down and express their emotion to the joke.

Category | Physical Interface of Networking . Physical Computing . Physical Installation Design

Tool Used | Arduino (Esp8266) . P5.js . Adafruit.io

Category | VR Interaction . VR Game Development

Tool Used | UnrealEngine

Teletubby is an empathetic elf who cares and understands your inner feeling. At my draft attached below, in order to know how a person feels, I use the force sensor as input data in the beginning. Teletubby will be able to know your mental condition by analyzing the frequency and volume from your answering voice. However, I ended up using a force sensor because I think users could be more interactive with the device.

Category | Physical Interface of Networking . Physical Computing . Physical Installation Design

Tool Used | Arduino (Esp8266) . P5.js

Category | Vizzie & Spawn with Maxmsp . Interactivity & Projection

Tool Used | UnrealEngine . MaxMSP . Maya . Syphon . CamTwist

Audio | Cyriak: messing-with-my-head

“He Loves Me… or Not…”

Che-Yu and I came up with an idea of using the fortune-telling game “He loves me, he loves me not” or “She loves me, she loves me not” to see whether or not you are compatible with your soulmate. In this game, one person will speak the phrases “He (or she) loves me,” and “He (or she) loves me not,” while picking one petal off from the flower for each phrase. The phrase for the last picked petal represents the truth between the object of their affection returns that affection or not.

Category | Physical Interface of Networking . Physical Computing . Physical Installation Design

Tool Used | Arduino (Esp8266)

Category | Generative Art . Creative Coding

Tool Used | p5.js

Category | VR Interaction . Unreal Sequencer . TiltBrush

Tool Used | UnrealEngine . TiltBrush

Category | Generative Art . Creative Coding

Tool Used | p5.js

Category | VR Interaction . Halloween Character Design

Tool Used | UnrealEngine . Maya

I create an interactive animation. Users could control how high the fish jumps by adjusting the potentiometer.

Category | Web Server . Physical Interface of Networking . Physical Computing

Tool Used | Arduino (Esp8266) & Html & Css

Category | Generative Art . Creative Coding

Tool Used | p5.js

I created JellyFish. JellyFish is a 3D based, first person controlled, fishbowl game. Player will be able to collect bullets through colliding with undersea creatures, and kill all four squids by shooting 5 bullets continuously.

For the game control, it is similar with the Tailwind Level Design; mouse for the direction it faces, WASD (⬆️⬅️⬇️➡️) for moving, and space button for shooting.  In order to indicate the collectible's position, I put a purplish spotlight above each of them. The JellyFish will receive 10 bullets for each creature, and lose 2 bullets each time colliding with the squid. The squid will also attack the fish by spraying the ink and the screen will become invisible for 3 seconds.

Category |Game Development with Unity

Tool Used | Unity & Maya

Category | MaxMSP with UnrealEngine

Tool Used | UnrealEngine . MaxMSP

Category | Spawn & Destroy with Audio Reactive

Tool Used | UnrealEngine . MaxMSP . Maya

I designed several levels for tailwind. In order to give the user hints to use the different control key, I intentionally placed each collectible in a specific position. For the beginning of the game, you can see there is only one collectible at this level. It's placed in the tunnel because I'd like the user to go to the second level through passing this tunnel and falling to the next level through the waterfall. In the next level, after you collect some collectibles and move around, you will notice that there is a spotlight. The spotlight is for giving the user a hint that this is the goal for this game, and this is the last collectible they should be collecting. I place the last collectible at a specific height so that the user will not be able to collect it by just jumping. Instead, the user will have to jump to the highest tree first and glide in the air by using the shift key.

Category |Game Development with Unity . Tailwind Level Design Design

Tool Used | Unity & Maya

Category | Generative Art . Creative Coding

Tool Used | p5.js

I created a Rube Goldberg Machine with unity. I used dominoes for most of the stages. From the beginning, two balls fall down from the air and move forward to push down the dominoes. I wrote a player movement script control and move the balls forward. The path for two balls is similar with each other’s. I added in two spinning wheels, one vertical and one horizontal, to make it more interesting. After the last piece domino from both rows are hit, they will fall down and hit the two balls on the second level. Because the need of different rolling speed for the next level, I used stairs for the second level. However, there is no much difference by changing the width for each staircase. In order to make the balls roll with a specific distance with each other, I implemented two dominoes on the stairs on one side. In this way, when they fall through the third level, the first ball will reach the fourth level in advance and open the gate for the second ball. Since the force for the ball is not enough push down the dominoes in the next level, I put a bigger ball with a larger mass on the slides, and it is easy to be pushed down by the small ball. After passing through the next dominoes level and the stairs, you will see there is a blooming flower. Once the last ball is pushed by the last piece domino of my Rube Goldberg Machine, the flower will drop into a box by hitting by the ball. As for the petals, I modeled them in Maya.

Category |Game Development with Unity . Rube Goldberg Machine Design

Tool Used | Unity & Maya

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate

Category | Illustration . Character Design

Tool Used | Procreate