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10 hours per week
Top 20 Percentile
Top 1 Percentile
Top 1 Percentile
Delivered through Udacity a renowned institution in the field, this course offers a comprehensive learning experience.
Designed for newcomers to Python Programming, this course provides a tailored and comprehensive overview, facilitating effective learning and understanding of the subject. It caters to beginners' needs, ensuring a smooth and engaging introduction to the Python Programming field. An exceptional course in Python Programming, this stands out for its Self Paced learning approach. Learners have the flexibility to progress at their own speed, tailoring the experience to their individual needs.
This course is exceptional, ranking among the top 1 percentile in Python Programming for its significant career impact and excellent job assistance. Learners benefit from valuable career opportunities and support, enabling them to secure relevant positions and excel in the industry. The course's dual focus on career impact and job assistance enhances its value, making it an ideal choice for individuals seeking to advance their careers and succeed in the Python Programming field.
Post Course Interactions
Hands-On Training,Instructor-Moderated Discussions
Case Studies, Captstone Projects
Skills You Will Gain
Understand the basics of object-oriented programming
Read basic Python syntax, including using white space in Python
Distinguish between object types like integers and strings in scripts
Use Python to build basic algorithms for simple programs (ie a one-dimensional game like rock, paper, scissors) and scripts that automate common tasks (ie renaming files)
Write and run basic programming scripts in a terminal that include function definitions and loops
What You Will Learn
Evaluate intrinsic or prescribed characteristics of structured data
Understand Pythonâ€™s approach to objects, names and namespaces
Create simple function interfaces using advanced arguments types, including keyword arguments and variadic arguments
Create functional programs, using map/filter, lambdas, iterators and generators
Create classes with custom methods, including initializers and decorated properties
Analyze object-based design patterns, including polymorphism (through magic methods) and inheritance
Handle and produce errors (built-in or custom) to process or signal failure
Understand the principles of files and file systems, in order to open files for reading or writing