What do you do if you want to level up your design skills by learning new programming languages?

Identifying goals for learning is a concurrent task to investigating what training courses are available. You need to identify what you want to learn, how much time you have for training and measure that up against what courses are available. If necessary you may need to get specialist training to suit the combination of availability of time and what you want to learn. In an age where time is critical you need bang for your buck.

Could you determine the specific areas of design where you want to improve by learning new programming languages? For example, if you're interested in web design, you should focus on languages commonly used for front-end development, such as HTML, CSS, and JavaScript.

In my experience, the best way to level up your design skills is to looking into different patterns and structures that make use of a mix of built in functions and your functions of a new language , then note the benefits and drawbacks that can arise. Then build a simple project while noting some parallels you like and key elements that are different. The project should focus on common design patterns of that languages and its uses on the fundamental level whether it be front-end, backend, data analytics, or even DevOps . The main goal is grasp understanding of what the language can do and what you can use it for.

Learning new programming languages will widen your spectrum of tools and ideas and will improve your design skills, but in a quite non-straightforward way. The major skill to obtain in designing is to structurally analyse and decompose your system in smaller parts. Different languages stipulate different decomposing to address the complexity of a system - algorithmic, functional, OO-decomposition etc..

To level up your design skills with programming: 1. Know your target: Decide what design aspect you want to improve (automation, simulation, etc.) as different languages excel in different areas. 2. Pick the right tool: Python is great for general tasks, MATLAB for simulations, and Python can again be used for generative design software. 3. Learn by doing: Don't just memorize code, find engineering-focused tutorials and projects to apply your knowledge to real-world problems. 5. Utilize online resources: Take advantage of online courses, tutorials, and communities dedicated to programming for engineers.

I cannot emphasise more enough on knowing BASICS! Knowing the basics and fundamentals are the most essential step for learning anything new. No matter how thorough we are with similar concepts, when we're learning something new, we shall never skip any fundamentals of it.

Research and select programming languages that are widely used in the design field you're interested in. For example, if you're interested in data visualization, learning languages like Python and R for data analysis and visualization can be beneficial.

There is a well-known book - Concepts of Programming Languages by Robert Sebesta - that gives a taste of Programming Languages evolution. It could help to perceive programming languages more clearly - not only by trends or pushy "advertisements".

My favourite strategy to learn the fundamentals of a new language is to practice with problems from platforms like Project Euler, CodeAdemy, LeetCode, or HackerRank.

Learning fundamentals of any programming language is the foundation. The basic way to start off is to learn the syntax,data types,keywords and loops. Then you are good to go to write your first program and shift your learning while building. Subsequently further concepts can be learnt and applied to build your programs or projects.

Start by learning the fundamentals of the programming languages you've chosen. This includes understanding the syntax, data structures, and basic concepts specific to each language.

After basics, study programming language idioms, implementations of patterns in the language, or - as D. Knuth recommended - read other people's code.

Learning new programming languages doesn't directly relate to application design, but they do unlock new capabilities for building something fresh. On the other hand, building things does have a direct relation to application design. Additionally, learning new languages introduces you to new communities where you can learn not only about design but also other aspects of programming. Keep building different things, even if there's already something similar out there or if no one else uses what you create. Just keep building. You will eventually get there. The way to develop good design skills is by doing a lot of bad designs or copping others ??

Coders help coders! Being part of a group helps a lot when you're learning new programming languages. You can learn from others, get advice, work together on projects, find helpful stuff, inspire each other, and make new friends who can help you learn even more.

Projects are the most important part of learning anything, also at the same time most people overlooked it. You need not to very creative to pick a project, it could be as simple as unique-id-generator at scale, or a simple rate limiter, or a simple tool for copy/rename. It is highly advisable reading code of others written for similar projects.

Utilize online tutorials, courses, and communities to seek guidance and learn from others who have expertise in the programming languages you're interested in.

Practice is the key of mastery. If you want to master any skill then directed repetition with an aim is the path. Try to do one project by your own apart from your regular job. Try to do this end to end by following best practices. You can find the recommended best practices online very easily.

Practice writing code in the new languages consistently. This can involve working on small projects or exercises to reinforce your understanding and application of the language.

Their are different engineering design flows related to the specific field, yes these are all true if you think of software design and development, and this is very much different in need and requirements as per construction of industrial design flows