Strider Toll

Technical Game Designer

Hi! Thanks for stopping by. I’m Strider, a game designer and developer with over 3 years of professional experience, specializing in combat systems and player abilities.I focus on making kinetic, visceral, and artistic games.

Projects


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RUSHDOWN REVOLT

Gameplay Designer & Developer
3 years (Feb. 2020 - June 2023)
Team of 31
Live-Service platform fighting game for PC

  • Designed and implemented movesets for two original characters

  • Created and owned a system that assigned custom VFX to alternate skins

  • Built and debugged online-ready code in a game with 300+ peak players

  • Partnered with team leads to design and iterate on core combat mechanics


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BEWITCHED

Combat Designer
3 Months (Sept 2025 - Dec 2025)
Team of 13
3D dungeon crawler action game

  • Oversaw the redesign of core combat mechanics through a transition from an isometric to 3rd person camera view

  • Wrote and balanced abilities for four distinct characters to create options shared between the player and AI enemies

  • Designed a dynamic camera system with distinct framing to improve clarity of exploration and combat


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Bucket of Bolts

Sole developer
5 Months (Jan. 2022 - May 2022)
Cooperative 2D platformer and space shoot 'em up

  • Wrote systems for traversal across asteroids with individual fields of gravity

  • Created a dynamic camera system to track players that move offscreen

  • Ran playtests and incorporated player feedback to improve accessibility

  • Designed ship functions that share a control scheme with player characters


Bewitched


PROJECT BREAKDOWN

Bewitched is a single player, dungeon action crawling game where you play as a forsaken witch in a grim fantasy setting. Having limited offensive capabilities herself, the witch, Elith, must possess enemies to have them do her bidding, clearing out the hordes of danger while keeping herself protected.BACKGROUND
Bewitched was originally developed and pitched over roughly 6 weeks as part of the game design program at MSU, and was picked as one of 4 projects to move forward and receive a full semester of development. I was brought onto the team two weeks into the semester since the team needed another designer with combat systems experience.
I worked on the team as a combat designer until the game's release in December 2025.

Setting Combat Direction

With limited time to establish a proof of concept, I was tasked with setting the combat and camera direction for the rest of the team. We wanted the game to be fast paced, while keeping the player feeling challenged and vulnerable. When deciding how to achieve this vision, I started by identifying the challenges, constraints, and existing ideas inherent to the game we were already making, that the combat system would need to support or work around.
These were the most inflexible ideas I had to keep in mind when planning the combat systems:

1) Shared characters between player and enemies2) Keep the player feeling vulnerable3) Limited animation budget4) New 3rd-person camera5) Center the possession mechanic

Because the team only had one animator stretched between several different controllable characters, the number of unique attacks and hit reaction states had to be kept to a minimum. From here, we could define the core conflict of the game.

Challenge comes from

• Narrowly avoiding damage
• Managing a crowd of enemies
• Prioritizing targets
• Clever use of possession

challenge does not come from

• Complex combos and attack chains
• Precise aim

With these principles defined, we were able to move forward with refining the gameplay from the initial prototype.

Camera Setup

After setting the direction, one of my first tasks was reinventing the camera to help the game transition from its initial isometric prototype to a closer, more personal 3d view. We needed a system that allowed the player to effectively read the combat scene, without getting in the way of exploration. To solve this, I created a multi-camera system, where each playable character has one over-the-shoulder camera setup for exploration, and one wide-shot camera setup for combat encounters. We used Unity’s Cinemachine system to smoothly transition between these views as needed.

During combat, playtesters found that the need to manually control the camera distracted from the core gameplay, and made fighting enemies unnecessarily difficult. To address this concern, the combat camera was changed to automatically center the enemy that posed the most active threat to the player. This had the unexpected upshot of highlighting the final enemy in a room, eliminating the tedious process of searching for them manually.The final camera system allowed Bewitched to smoothly transition between exploration and combat, and helped players analyze and immediately understand the combat scene.

Refining the Possession System

The beating heart of Bewitched is the possession system, which allows players to leave the body of Elith, and take control of any enemy in a given scene. As the project’s signature mechanic, we knew that it needed to feel great to use, and it took a lot of work to reach the version we shipped with.Initially, possession was a manually aimed raycast, which was frustrating to use and pulled away from the fast-paced combat we wanted for the game. Players would generally possess one enemy, and stay in that form as long as possible.

Throughout development, we found that aiming possession had to become more and more forgiving. It was moved to a cone, and eventually a circular field that interpreted player intent through the left stick, ensuring that the player would capture an enemy even if their aim was imprecise. When paired with a mechanic that had the player dodge backward when leaving an enemy, players began capturing and leaving enemies multiple times over the course of combat.Over the course of many iterations, possession went from an awkward ability to a key part of combat that the player could rely on, and feel clever for using.


Rushdown Revolt


Video

PROJECT BREAKDOWN

Rushdown Revolt is a platform fighter built around fast paced play, centering combos and player expression. The game’s signature mechanic, “SPARK” allows characters to cancel any of their attacks into a dash, leading to intricate and creative aerial combat. The project exists as a complete retooling of a previous platform fighter, Icons: Combat Arena. As such, Rushdown Revolt inherited its initial design and codebase from Icons, but with none of the original team or documentation.BACKGROUND
I was initially brought onto the project as a general game developer in early 2020. With an initially small team, my responsibilities quickly spread out to every aspect of the game, to the point where I was eventually described as “the resident all-arounder.” While I wore many hats on the project, I continually worked with the design team to make the most exciting game I could.

Case Study: Ledge Flipping

The ledge system was one of many pieces of design the game inherited from existing platform fighters. Initially, if a player recovering to the stage reached the edge while another player was hanging there, the recovering player would not be able grab it, and would often fall to their death. This micro-interaction played an enormous role in edgeguarding, often serving as a life-ending checkmate move.From a balance perspective, this worked fairly well, as it favored the offensive player. However, this led to anticlimactic situations where the offensive player would stop trying to attack, and would just grab the ledge, which was antithetical to the electric spirit of the game.

To address this, I pitched a solution where the recovering player would simply flip onto the stage in an inactionable state, giving the offensive player an opportunity to land an attack.This maintains the advantage state of the offensive player, but only if they continue to follow-up after the ledge flip, reinforcing the core appeal of moving and attacking. Additionally, this change gives the recovering player another chance at life, depending on their opponent’s follow-up.While ledge-flipping is a fairly small interaction, it has a huge influence in the outcome of offstage play. Because of this change, we were able to have every stock go out with a bang instead of a whimper.


Bucket of Bolts


PROJECT BREAKDOWN

Bucket of Bolts is a party game where 1-4 players must pilot a spaceship through an asteroid field by platforming between several different control panels. Each panel only affects one function of the ship, so players will need to work together and juggle roles if they want to be successful.
Over the course of a playthrough, players will need to venture outside of the ship to collect crystals that improve its functionality. If players collect five crystals and jump to lightspeed before they wreck their ship, they win the game.
I created the project by myself over the course of one semester from jan-may 2022 as part of a capstone course.

Traversal System

A key aspect of the game was the ability for the players to move between the ship and asteroid fields, each of which needed its own field of gravity that pulled in its own direction.To achieve this, gravity direction information is stored within a trigger collider attached to each asteroid or platforming surface that needs gravity. Both rectangular and circular gravity fields exist within the game, pulling the player towards the bottom and center of respectively. If the player is inside of multiple gravity fields, they use the gravity and orientation of whichever one they’re closest to the ground of. This way, forces do not stack, and players only need to keep track of one field at a time, which reduces the mental load for a casual game that already gives players a lot to keep track of.Additionally, if a player touches the ground surface connected to a different gravity field, their character snaps to the new surface. This allows players to move smoothly between asteroids without hiccups.Initially, the player needed to hold their movement input in the same direction the character would move in world space. This required players to constantly adjust their input to keep the character moving, which was very unintuitive, especially on keyboard. To address this problem, the game stores an initial movement direction relative to the player controller, and keeps the player moving in that direction as long as any movement input is held. The final result is a character that players can understand immediately on their first playthrough.Traversing around asteroids was able to become one of the most fun and interesting aspects of the game. In the end, the system allowed players to smoothly and intuitively move between different surfaces and gravity fields.

PROJECT BREAKDOWN

BOOST BREAKERS is a fast-paced 2D platform fighter designed around high-speed movement, stylish combos, and reckless offstage plays.DESIGN GOALS
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This project was developed on-and-off as a long-term solo project from roughly October 2019 - July 2021, with the goal of creating a vertical slice featuring one stage, and one character. As such, the system mechanics and character, Azen, were created to support each other.

Video

Boost Breakers

Sole developer
October 2019 - July 2021
Competitive 2D platform fighter

  • Designed and balanced a character moveset around a theme of wild confidence

  • Developed movement and combo systems inspired by anime fighters

  • Created system mechanics to incentivize stylish, high-risk high-reward gameplay