ChatGPT Copilots Using Azure OpenAI & Semantic Kernel
Build practical skills in building Azure OpenAI copilots with Semantic Kernel, prompts, plugins, memory, retrieval, orchestration, security, evaluation, and responsible AI through four structured lessons with demonstrations, hands-on activities, troubleshooting, validation checklists, and an applied improvement plan.
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-by SkillDynamo
- 0 Students
- Last updated
Course Description
SkillDynamo’s ChatGPT Copilots Using Azure OpenAI & Semantic Kernel course develops practical, role-relevant capability in building Azure OpenAI copilots with Semantic Kernel, prompts, plugins, memory, retrieval, orchestration, security, evaluation, and responsible AI. The learning path progresses from planning and essential concepts to implementation, validation, troubleshooting, and operational use.
Learners work through realistic scenarios, instructor-led demonstrations, applied exercises, and evidence-based reviews. Each topic is connected to workplace responsibilities, common risks, quality controls, and measurable outcomes.
The course helps professionals build dependable skills, explain their decisions, identify failure points, and create an actionable improvement plan that can be applied to future projects.
What You Will Learn
- Identify Azure OpenAI models, deployments, endpoints, identity, quotas, and content safety
- Define users, tasks, knowledge, tools, conversation state, and solution boundaries
- Design prompt, retrieval, plugin, monitoring, and application layers
- Use kernels, prompt functions, native plugins, planners, and service configuration
- Manage chat history, context, variables, structured output, and tool invocation
- Implement dependency injection, configuration, error handling, and logging
- Prepare documents, embeddings, vector search, retrieval, and citation patterns
- Connect enterprise APIs, data, workflows, and approved tools
SkillDynamo Training Approach
SkillDynamo delivers this course through demonstrations, hands-on exercises, scenario analysis, validation checklists, structured troubleshooting, solution reviews, and a final improvement plan. Learners repeatedly practice planning, implementation, evidence collection, testing, correction, and communication so the skills transfer confidently into real workplace situations.
Curriculum
- 1 Section
- 4 Lessons
- 8 Hours
- Course Curriculum4 Items
- 1.1ChatGPT Copilots Using Azure OpenAI & Semantic Kernel — Lesson 1: Azure OpenAI and Copilot Architecture2 hours
- 1.2ChatGPT Copilots Using Azure OpenAI & Semantic Kernel — Lesson 2: Semantic Kernel Orchestration2 hours
- 1.3ChatGPT Copilots Using Azure OpenAI & Semantic Kernel — Lesson 3: Grounding, Retrieval, and Integration2 hours
- 1.4ChatGPT Copilots Using Azure OpenAI & Semantic Kernel — Lesson 4: Evaluation, Safety, and Operations2 hours
SkillDynamo Expert Team
This course is delivered by the SkillDynamo Expert Team using instructor-led demonstrations, guided practice, hands-on exercises, scenario analysis, structured troubleshooting, validation checklists, and workplace-focused improvement planning.
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