Python is a versatile language that offers endless opportunities across various careers and industries. Whether you're aiming to break into the tech field or enhance your existing skill set, mastering Python opens doors to a multitude of possibilities.
At GemRain, we offer a diverse range of Python training courses tailored to suit beginners and experienced developers alike. From Python Essentials to advanced tracks covering unit testing and more, our programs cater to individuals at every skill level.
Unlock the full potential of Python programming with our hands-on training approach. Gain valuable insights, learn advanced functionalities, and build a robust portfolio of programming projects to showcase your expertise to potential employers.
Invest in your future and add value to your branding with our Python certifications. Whether you're looking to advance your career or explore new opportunities outside the realm of IT, our Python courses provide the skills and knowledge you need to succeed.
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Python Scripting For Finance
RM3,500.00
ILT/VILT
Python scripts are nothing more than the codes written in Python applications. Python, like Java, has a virtual machine (PVM) (Python Virtual Machine). The PVM can parse the script and convert it to byte code. Python's.pyc files, often known as compiled python files, have a similar execution architecture.
Training Duration: 5 Days
Minimum private group training class: 5 Participants
- Certificate Of Completion Available
- Group Private Class
- VILT Class Available
- SBL-Khas Claimable
Related training:
Python Programming For Finance
Data Science With Python For Finance
For more details, may check out the entire series and blogs at Learn Python with GemRain
Why Choose GemRain for Python Programming Training Courses?
Python is a dynamically semantic, interpreted, object-oriented high-level programming language. Its high-level built-in data structures, together with dynamic typing and dynamic binding, making it ideal for Rapid Application Development and as a scripting or glue language for connecting existing components. Python's concise, easy-to-learn syntax prioritizes readability, which lowers software maintenance costs. Modules and packages are supported by Python, which fosters program modularity and code reuse. The Python interpreter and its substantial standard library are free to download and distribute in source or binary form for all major platforms.
Python is popular among programmers because of the enhanced productivity it offers. The edit-test-debug cycle is extraordinarily rapid because there is no compilation step. Python scripts are simple to debug: a bug or improper input will never result in a segmentation fault. Instead, when the interpreter finds a mistake, it throws an exception. The interpreter prints a stack trace if the application fails to catch the exception. Inspection of local and global variables, execution of arbitrary expressions, setting breakpoints, stepping through the code one line at a time, and so on are all possible with a source level debugger. The debugger is written in Python, demonstrating Python's introspective capabilities. On the other hand, adding a few print statements to the source code is frequently the quickest method to debug a program: the fast edit-test-debug cycle makes this simple approach quite successful.
What is Python?
Python is a high-level, general-purpose, object-oriented programming language. Python is one of the most crucial talents you can master, whether you work in artificial intelligence or finance, or if you want to work in web development or data science. Python's straightforward syntax is ideal for desktop, web, and commercial applications. The design philosophy of Python places a premium on readability and usability. Python was built on the concept that there should only be one way to accomplish things (and preferably, one obvious way), resulting in a high level of code standardization. The standard library and the core programming language are both fairly modest. In fact, one of Python's greatest advantages is its vast library, which provides programmers with a variety of tools for a variety of jobs.
What is object-oriented in Python?
Python is a multi-paradigm language, which means it may be used in a variety of ways. Python supports both procedural and functional programming methods, as well as object-oriented programming. In object-oriented programming, a programmer completes a project by writing Python objects in code that represent real-world items. The data and functionality of the real-world object can be stored in these objects. In Python, you'll need a class to create an object. A class can be compared to a template. Once you've created the template, you can use it to make as many items as you need.
What's the difference between Python and R?
Python and R are two of the most widely used programming languages today. When picking between Python and R, consider your individual requirements. On the one hand, Python is reasonably simple to learn for beginners, is relevant across many fields, has a tight syntax that will help you become a better developer, and can process massive datasets quickly. R, on the other hand, contains over 10,000 data manipulation tools, can easily create publication-quality visuals, has better statistical modelling capabilities, and is more frequently used in academia, healthcare, and finance.
How is Python used?
Python is a general-purpose programming language that is utilized in a wide range of industries and platforms. Scripting, or the process of automating processes in the background, is a frequent Python application. Python scripts make up a large portion of the scripts included with Linux distributions. Python is also a popular language for machine learning, data analytics, data visualization, and data science, thanks to its straightforward syntax, which makes it easier to create real-world applications quickly. Python may be used to make desktop applications. It's popular among Linux desktop application developers, and it's also a good choice for web and gaming development. Flask and Django are popular Python web frameworks for constructing online applications.
What is Python used for?
AI and Machine Learning
Python is ideal for many machine learning (ML) and artificial intelligence (AI) projects since it is such a robust, flexible, and simple programming language. Python is one of the most popular programming languages among data scientists, and there are numerous Python machine learning and AI tools and packages.
If you're interested in learning more about Python programming for AI, our PTN-107: Artificial Intelligence, Data Science and Machine Learning with Python will assist. While advancing your AI profession, you can learn how to use Python and deep learning.
Data Analytics
Data analytics, like AI and machine learning, is a rapidly growing discipline that uses Python programming. There is a demand for those who can collect, manipulate, and organize data at a time when we are creating more data than ever before.
Python makes sense for data science and analytics. The language is simple to learn, flexible, and well-supported, making it quick and simple to use for data analysis. It's useful for altering data and doing repeated operations while working with enormous amounts of data.
Data Visualization
Another prominent and growing area of interest is data visualization. It takes advantage of several of Python's strengths once again. Python offers a range of graphing libraries with a variety of functionality, in addition to its flexibility and open-source status.
You can choose a library to meet your needs, whether you want to make a simple graphical representation or a more interactive plot. Pandas Visualization and Plotly are two examples. The possibilities are endless, allowing you to turn data into actionable information.
Programming Application
Python can be used to create a wide range of applications. The general-purpose language can read and construct file directories, as well as create GUIs and APIs. Python can be used to create blockchain applications, audio and video apps, and machine learning applications.
As a top Python training provider, we offer numerous Python online courses on developing Python applications that might help you get started in your programming career.
If you are looking for the best Python course or Python course for beginners here, you may check out PTN-108: Advanced Python Scripting or Python Programming. These two courses teach you Python coding and the training can be done either physically or online. Whereas, if you are interested in the Machine Learning Python course or Python Data Science course, you may check out our PTN-107: Artificial Intelligence, Data Science and Machine Learning with Python.
Any skills or experience I should have before learning Python Programming courses?
Python is frequently taught in college courses because it is well-suited to serving as a first programming language. So, while knowing Java, JavaScript, or other common languages can make learning Python easier, it isn't required. Before diving into Python, it's a good idea to brush up on programming fundamentals like "if/then" gates, "while/for" loops, and procedural vs. objective programming. You might also be interested in learning how apps are created, the distinction between frontend and backend programming, and how computers use specific apps. Udemy features a number of beginner Python courses that might assist you in learning Python rapidly.
Does Python have limitations?
Python is a popular general-purpose programming language, although it does have some drawbacks. Python is slower than a compiler, statically typed language like C since it is an interpreted, dynamically typed language. As a result, Python is useful when speed isn't critical. Python's dynamic type system consumes more memory than other programming languages, making it unsuitable for memory-intensive applications. Concurrency is another constraint of the Python programming language, as the virtual engine that runs Python code is single-threaded. Python is popular for several sorts of game creation, but its higher memory and CPU utilization prevents it from being used to create high-quality 3D games.
Python is used in what jobs?
Python is a widely used programming language in a variety of businesses and fields. Python is used by DevOps engineers to script website and server deployments. Web developers commonly employ one of Python's popular web frameworks, such as Flask or Django, to create web applications. Python is used by data scientists and analysts to create machine learning models, construct data visualizations, and analyze large amounts of data. Python is used by financial advisors and quants (quantitative analysts) to forecast market movements and manage money. Python is used by data journalists to go through data and create stories. Python is used by machine learning engineers to create neural networks and artificial intelligence systems.