تطوير الألعاب باستخدام محرك Unity: 2D لعبة القفز على المنصات from Coursera

ذلك المشروع التوجيهي (لعبة القفز علي المنصات ثنائية الابعاد) موجه للمتعلمين الذي يريدون ان يتعرفو علي مجال صناعة الألعاب, و في تلك الساعه المتعلم سوف يتعرف علي محرك الألعاب يونتي و يتعلم الأساسيات الخاصة به, سيتعلم اساسيات المحرك الفيزيائي الخاص بيونتي و تعلم كيفيه استخدام مكتبه تساعد في التحريك بطريقه فعاله في الاداء العام للعبه للتقليل من اسباب بطئ اللعبه بسبب وجود الكثير في عناصر التحريك, تعلم كتابة الاكواد للتحكم في اللعبة و عناصر اللعبة باستخدام لغة C#. من اجل تحقيق ذلك و الحصول علي اكبر قدر من المعرفة يجب متابعة جميع المهام بعناية و تنفيذها لارتباطها ببعضها, و المميز في هذا المشروع انه سوف يعطيك قدره علي تعلم العديد من الاشياء في وقت قصير و سيعطيك ملخص بسيط و نبذه عن تطوير الألعاب في يونتي. و من أجل ان تكون ناجح في هذا المشروع و حاصد لاكبر معره ممكنه يجب ان تكون لديك اساسيات البرمجه و ليس من الضروري ان تكون C# بسبب تقارب معظم لغات البرمجه باختلاف طريقه الكتابه فقط (Syntax).

بإتمام هذا المشروع هيكتسب المتعلم مهارات قوية تفتح له الابواب لمجال الالعاب و اذا كانت اول احتكاك لك بمجال الالعاب فهذا المشروع سيعطيك فرصة للتعرف علي مجال الالعاب و محركات الالعاب و إذا كنت مبتدئ ستتعرف علي مفاهيم كتيرة في وقت مكثف و سيعطيك فرصة للتطور في مهارات البرمجة.

What's inside

Syllabus

ملخص المشروع

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Explores a practical use of the Unity Engine and C#

Teaches the fundamentals of game engines to beginners

Requires foundational knowledge of programming

Provides a hands-on approach to game development

May be most appropriate for those pursuing a career in the gaming industry

Focuses on 2D platformer games, which may not be applicable to all game development roles

Activities

Coming soon We're preparing activities for تطوير الألعاب باستخدام محرك Unity: 2D لعبة القفز على المنصات. These are activities you can do either before, during, or after a course.

Career center

Learners who complete تطوير الألعاب باستخدام محرك Unity: 2D لعبة القفز على المنصات will develop knowledge and skills that may be useful to these careers:

Video Game Programmer

Video game programmers develop the core gameplay mechanics and user interfaces of video games. This course introduces C# programming and the Unity game engine, both of which are commonly used in game development.

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Programmer

Programmers need a variety of knowledge about game development, including graphic design, animation, programming, level design, and quality assurance. This course helps build a foundation in programming with hands-on examples and plenty of practice.

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Technical Artist

Technical artists combine the knowledge of art with programming to create visual effects and digital assets for games. This course introduces the Unity game engine and C# programming, both of which are commonly used in game development.

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Game Developer

Game Developers design, develop and maintain video games and other digital games. This course introduces the Unity game development engine, which may help developers understand the tools many organizations will use.

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Level Designer

Level designers plan out the layout and structure of video game levels or environments. Since the Unity engine is commonly used in the game industry, this course may help level designers see how to implement their level designs in a real engine.

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Game Designer

Game Designers take what they envision in their head and use that vision to create actual gameplay. Designers use software, often game engines like Unity, to bring their visions to life. This course may help build skills with the Unity engine that will prepare someone to bring a game they dream up to life.

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Game Producer

Game producers manage and oversee video game development projects from start to finish. This course will help build a foundation of understanding the game development process, which will help producers manage a project.

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Software Architect

Software architects design, plan, and build software systems. This course introduces the Unity game development engine, which will help a software architect learn the components of a game engine, which may be useful for understanding software architecture in general.

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Technical Animator

A technical animator creates a cartoon or video game character, allowing it to simulate natural human or artificial movements. This course may be useful for understanding the physics of a game engine, which would help someone create realistic movements.

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Game Analyst

The core of a game analyst's job is to study a game in order to better understand its mechanics and the experience of playing it. This course may be useful for building an understanding of game mechanics that can be used in analysis.

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Video Game Artist

Video game artists work on designing and creating art assets for video games, including characters, objects, and backgrounds. This course will not directly teach someone to make art for games, but understanding the game development process may help visual artists think about how to make assets for a game.

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Quality Assurance Analyst

Quality assurance analysts test and evaluate software products to ensure they meet quality standards. This course may be useful for understanding the testing process of a game and finding and fixing bugs.

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Game Tester

Game Testers are technically inclined to learn new software quickly and have the ability to think across many disparate functions. This course introduces the Unity engine, which may be useful to a game tester depending on the nature of the game they are testing.

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Simulation Engineer

Simulation engineers develop computer simulations to study, predict, and improve structures, processes and devices. This course may be useful for learning about computer engineering for simulation or for understanding the physics engine of a game.

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