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Course Outline

Foundations of Large Language Models (LLMs) in Professional Software Development

  • Overview of LLM capabilities and their application in automated code generation
  • Historical progression and current state of automated coding technologies
  • Evaluation of LLM strengths, constraints, and operational boundaries for coding tasks

Application of LLMs for Automated Code Generation

  • Configuration and setup of LLM environments for code synthesis
  • Strategic prompt engineering and methods for verifying and interpreting LLM outputs
  • Practical exercises demonstrating LLM generation of standard code patterns

Improving Code Integrity and Quality via LLMs

  • Leveraging LLMs for systematic code review and defect resolution
  • Seamless integration of LLMs within established version control systems
  • Analytical case studies illustrating LLM contributions to code optimization

Application of LLMs in Software Documentation

  • Implementation of LLMs to automate the creation of technical documentation
  • Strategies for ensuring consistency, accuracy, and comprehensiveness in generated content
  • Tailoring LLM outputs to align with specific documentation styles and institutional standards

Advanced Methodologies in LLM Utilization

  • Refining LLMs through fine-tuning for specific programming languages and development frameworks
  • Developing specialized LLM configurations to meet unique project requirements
  • Review of recent technological advancements in LLM architecture and functionality

Ethical, Legal, and Compliance Considerations

  • Evaluation of ethical implications associated with automated code generation
  • Analysis of legal frameworks and intellectual property considerations for LLM-generated code
  • Establishing protocols for responsible and compliant LLM deployment for government projects

Applied Project Work

  • Execution of a coding task utilizing LLM assistance
  • Collaborative peer reviews and structured problem-solving exercises

Conclusions and Recommended Future Actions

Requirements

  • A fundamental understanding of standard software development processes
  • Demonstrated experience with at least one programming language (e.g., Python, JavaScript)
  • Familiarity with basic machine learning principles

Target Audience

  • Software developers
  • Technical writers
  • Project managers
 14 Hours

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