2025-04-25 –, Zeiss Plenary (Spectrum)
Do you ever worry about your code becoming spaghetti-like and difficult to maintain?
Master the art of crafting clean, maintainable, and adaptable software by harnessing the power of design patterns. This presentation will empower you with a clear, structured understanding of these reusable solutions to address common programming challenges.
We'll delve into design patterns’ key categories: Behavioral, Structural, and Creational, as well as explore their functionality and how they can be applied in your daily development workflow. For each category, we'll also explore a practical design pattern in detail and showcase real-world applications of these patterns, along with small-scale code examples that illustrate their practical implementation.
You'll gain valuable insight into how these patterns can translate into real-world development scenarios, such as facilitating communication between objects (Behavioral), separating interfaces from implementation for flexibility (Structural), and enabling dynamic algorithm selection at runtime (Creational).
Do you ever worry about your code becoming spaghetti-like and difficult to maintain?
Master the art of crafting clean, maintainable, and adaptable software by harnessing the power of design patterns. This presentation will empower you with a clear, structured understanding of these reusable solutions to address common programming challenges.
We'll delve into design patterns’ key categories: Behavioral, Structural, and Creational, as well as explore their functionality and how they can be applied in your daily development workflow. For each category, we'll also explore a practical design pattern in detail and showcase real-world applications of these patterns, along with small-scale code examples that illustrate their practical implementation.
You'll gain valuable insight into how these patterns can translate into real-world development scenarios, such as facilitating communication between objects (Behavioral), separating interfaces from implementation for flexibility (Structural), and enabling dynamic algorithm selection at runtime (Creational).
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Expected audience expertise: Python:None
Tanu is a Software Engineer at Bloomberg on the BQL (Bloomberg Query Language) team. BQL provides intelligent query suggestions to empower users for efficient data exploration. A passion for crafting clean, maintainable, and efficient software solutions fuels her work in this role and throughout her career. She has a Master's degree in Distributed Systems and 6 years of industry experience building scalable systems. She is a tech writer for Medium, has organized hands-on workshops and delivered technical presentations internally for 100+ people . She is passionate about staying on top of tech and sharing knowledge at conferences. In her free time, Tanu enjoys traveling and playing music.