NANO

date

April 7, 2025

Scope

GAME DEVELOPMENT

Client

UNIVERSITY PROJECT

ROLE

Design Lead

Product Manager

Art Lead

Leading Design and Production for a Narrative Puzzle-Platformer

N.A.N.O is a 2D puzzle-platformer where players control a small robot infiltrating a nuclear silo run by a rogue AI. I served as Product Manager, Design Lead, and Art Lead, overseeing a multidisciplinary team of designers and programmers while shaping the game’s mechanics, visual language, and narrative direction. The project focused on delivering mechanically driven puzzles that evolve alongside a slowly unfolding story, without relying on explicit exposition or hand-holding.

Managing Scale and Puzzle Readability

One of the main challenges was leading a large team while maintaining design coherence across mechanics, levels, and narrative beats. As prototypes grew, inconsistencies in how puzzles communicated cause and effect began to surface, leading to player confusion—particularly around how charging affected both the robot and the environment. In the puzzle genre, even minor ambiguity can break the experience, making clarity and consistency a constant challenge across iterations.

Iteration, Alignment, and Teaching Through Play

To address this, I introduced clearer visual language for conductive elements and restructured early levels to function as implicit tutorials. Mechanics were taught progressively through level design rather than text, allowing players to learn through experimentation. On the production side, I focused on tighter communication loops—regular playtests, clearer documentation, and shared references—to keep designers and programmers aligned as features evolved.

Leadership Is as Critical as Design Skill

This project reinforced that successful game development is as much about leadership and coordination as it is about mechanics or aesthetics. I learned how quickly design intent can fracture at scale, and how important it is for a lead to actively protect clarity, pacing, and player understanding. Most importantly, N.A.N.O taught me that strong puzzle design emerges from restraint, iteration, and a willingness to simplify—not from adding complexity.

© DYLAN NG SHAO WEI 2025