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Unity Turn-Based Strategy Game: Intermediate C# Coding – Hands-On Course for Serious Game Devs
Introduction
Turn-based strategy (TBS) games remain popular across PC and mobile platforms because they combine tactical depth with accessible pacing. This intermediate course guides Unity developers beyond basic tutorials into building complete TBS systems using C#. Through a single cohesive project you learn to design clean game architecture, implement grid and pathfinding systems, craft enemy AI that poses real tactical challenges, and polish the user experience. The course is ideal for indie developers, hobbyists aiming to publish, and junior devs wanting portfolio-grade projects targeted to audiences in the USA, UK, and Canada.
Course Highlights
The course breaks complex systems into measurable modules for steady progress: core architecture and project setup, data-driven unit and ability systems, grid generation and tile management, A* pathfinding and movement prediction, turn management and state machines, deterministic combat resolution, AI decision trees and behavior trees for opponents, camera and input systems for board interaction, UI/UX for tactical feedback, save/load and serialization, and performance profiling/optimization for mobile and desktop. Each module includes practical exercises, downloadable sample scenes, reusable C# scripts, and clear comments so learners can adapt systems to their own game ideas.
Why This Course Stands Out
This course prioritizes engineering best practices that scale to real projects. Instead of one-off scripts, it teaches modular, testable C# code patterns: separation of concerns, event-driven systems, ScriptableObjects for data, dependency injection patterns suitable for Unity, and editor tooling to speed iteration. The focus on deterministic gameplay and reproducible combat outcomes helps developers build multiplayer or replay systems later. The reviewer-style demos show how to convert prototype logic into optimized production code — an approach that makes this course especially valuable for developers who want professional, exportable results rather than isolated toy examples.
Practical Applications
Skills taught are directly applicable to multiple career and indie paths: prototyping and shipping indie TBS titles, building tactical modules for larger RPGs, creating turn managers and AI for hex/grid wargames, contributing gameplay systems at studios, and producing polished portfolio projects that demonstrate architecture and optimization skills to recruiters. The course also equips artists and designers with the technical vocabulary to iterate with programmers, and gives solo devs the tools to move from concept to playable demo quickly.
Ease of Learning
Although labeled intermediate, the course is structured so developers with a solid Unity foundation and basic C# knowledge can follow confidently. Each lesson begins with a conceptual overview, followed by hands-on implementation steps and a short checklist of expected outcomes. Code samples are annotated and packaged for direct import into Unity projects. For learners coming from other engines, the course highlights Unity-specific workflows and shows how to adapt patterns. Supplementary resources include cheat sheets for C# patterns used, common debugging scenarios, and guided refactor examples to improve existing codebases.
How We Reviewed It
We evaluated the course by rebuilding key modules in a fresh Unity project and stress-testing them under realistic scenarios: multiple units per team, complex terrain, simultaneous AI evaluations, and prolonged play sessions. We reviewed code quality, modularity, editor usability, and performance. The course demonstrates consistent standards: readable C# with clear naming conventions, use of ScriptableObjects for content, and editor windows/utilities that accelerate iteration. AI routines were practical and tunable, pathfinding performed reliably on grid sizes used by commercial titles, and the turn/state management was robust against edge cases. Based on hands-on testing, the curriculum effectively bridges the gap between tutorial projects and production workflows, making it a recommended resource for developers aiming to build competitive turn-based games.
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