Python Programming & High-Performance Automation
Build idiomatic, high-throughput Python applications with modern typing, asyncio concurrency, C extensions, and automated testing.
Course Overview
From object-oriented architecture and memory profiling to asynchronous event loops and high-performance automation scripting, this course equips you with the modern Python engineering skills demanded by top engineering teams.
What You Will Learn
Curriculum & Modules
3 Modules • 9 Total LessonsPractical Learning & Cloud Sandboxes
Hands-on CodeLab exercises covering async networking, memory profiling, and automated pytest execution.
18 automated exercises evaluated against real compilers and standard test matrices in seconds.
6 complete Linux containers launching isolated Docker runtimes, networking, and memory profiling.
Capstone Projects & Deliverables
High-Concurrency Event Stream Processor
Design an asynchronous stream ingestion pipeline processing thousands of events per second with backpressure handling.
- AsyncIO event engine
- Pytest integration suite
- Memory benchmark report
Assessments & Grading
Automated test suite scoring your functions for time complexity, edge cases, and type safety.
Prerequisites & Requirements
- Basic computer literacy and interest in programming; no prior Python experience required
Instructor Profile
Marcus Vance
Staff Python Engineer & Open-Source Contributor • Python Software Foundation Fellow
Author of high-scale asynchronous Python microservices and core contributor to popular data pipelines.
Course FAQs
- 40 Hours on-demand video & reading
- 18 in-browser CodeLab exercises
- 6 full Linux cloud virtual labs
- 12 automated unit test suites
- Cryptographic completion diploma
Included in Campus & Department Licenses