Game development is a process that requires a blend of creative ideas, technical solutions, and teamwork. To create excellent game mechanics, an interesting concept alone is not enough—it must be designed, implemented, tested, and integrated into the overall gaming experience.

I enjoy working at the intersection of these disciplines. My experience in game design helps me conceptualize gameplay experiences and game systems, while my work with Unreal Engine enables me to turn ideas into functional mechanics.

I also value clear communication and organized teamwork, which help ideas progress from discussion to implementation.

My Role: I contributed to developing a game centered around interconnected mechanics and environment-based puzzles. The project encompassed designing gameplay interactions, defining object behavior, and documenting the game systems. Challenge: The primary development objective was to create compelling puzzles using a constrained set of mechanics while maintaining clarity in their interactions. Players needed to understand how different objects influenced the flame’s movement and use that knowledge to advance through levels of escalating difficulty. Key Solutions: Instead of constantly introducing new mechanics, the design builds new challenges by combining existing interactions. The gameplay is rooted in several interlinked systems: — Ritual objects modify the flame’s behavior and its interaction with the environment. — Environmental obstacles restrict movement and generate spatial challenges. Implementation: The project documentation includes gameplay diagrams, interaction rules, a flowchart of the game cycle, and a user interface diagram. These materials delineate how the player engages with objects, how the game responds to various actions, and the structure of the game’s progression. Consequently, the gameplay blends object manipulation, movement, and puzzle-solving within a single rule set. Outcome: The «SoulShift» interaction-based puzzle system demonstrates how a small set of mechanics can support a broad spectrum of puzzle scenarios, provided their interactions are meticulously designed.

My Role: I was responsible for programming the core game mechanics and implementing key game systems. My responsibilities included building placement and demolition, camera control, resource management, exploration expeditions, user interface logic, and the player tutorial. I also worked on visual feedback, gameplay balancing, and testing. Challenge: The main challenge was implementing several interdependent systems that would function cohesively to create a unified gaming experience. Construction, resources, population, expeditions, and environmental pollution all needed to interact in a way that players could comprehend and manage the entire process. The game also required intuitive controls and feedback so that players could grasp the consequences of their decisions.

I implemented the core game mechanics, including: — Camera movement and controls. — Construction and demolition systems. — Resource gathering and management. — Expedition mechanics. — User interface and tutorial logic. — In-game feedback and visual effects. — I also participated in testing, balancing the economy, and making adjustments to improve the overall gaming experience.

Additionally, I collaborated with the sound designer to select a fitting soundtrack and worked on integrating the game’s visual elements.

The project resulted in the creation of a prototype 3D strategy game where the construction, resource management, research, and environmental pollution systems are interconnected. My contribution demonstrates my experience in implementing game mechanics, integrating systems, developing user interfaces, and working across various areas of game development. The «Rat City» project helped me strengthen my skills in translating game design requirements into functional gameplay while collaborating with a multidisciplinary team.