NCLab Python Development 8 Certificate: Advanced Topics in Python (Learn-by-doing, 24/7, Online, Self-Paced, Gamified, Real-Time Instructional Support)

0 credit hours

Credits awarded upon completion

Self-Paced

Progress at your own speed

40 hours

Estimated learning time

About the Course

Description

Python Development 8 (NCLab) Advanced Topics in Python: This is an online, self-paced, learn-by-doing course that challenges Learners to expand their proficiency with complex Python programming tools and techniques. Topics include recursion, binary tree structures, Polish (prefix) notation, and functional programming with map(), filter(), and reduce(). Learners build custom iterators and decorators, manage exceptions with precision, and work with input/output streams, byte strings, and binary files. The course also introduces modular design through packages, serialization and deserialization with JSON and XML, and callable class structures. By the end, Learners are equipped to design clean, scalable Python applications and engage confidently with advanced programming challenges.

Topics

Advanced Object-Oriented Design and Implementation
Hierarchical Class Structures and Graphics Editor Expansion
Polymorphism, Use Cases, and Multiple Inheritance
Binary Trees and Recursive Structures
Custom Iterators and Functional Tools
Exception Handling and Binary Data
Modules, Packages and Metaprogramming
Decorators and Callable Objects
Data Serialization with JSON and XML.

Prerequisites

The REQUIRED prerequisite for this Course is NCLab's Python Development 7.

Sections

Schedule

Asynchronous

Delivery method

Online

$625

Deliverables

0 Credits
Academic Excellence
Earn necessary number of credit hours for completing this content
Professional Program
Launch of Career
Python Development 8 Completion Certificate

Outcomes

Upon completion, you'll have the skills and knowledge in the following topics: Structures and Graphics Editor Expansion; Polymorphism, Use Cases, and Multiple Inheritance; Binary Trees and Recursive Structures; Custom Iterators and Functional Tools; Exception Handling and Binary Data; Modules, Packages and Metaprogramming; Decorators and Callable Objects; Data Serialization with JSON and XML.