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IBM C1000-185 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Retrieval-Augmented Generation (RAG) | 17% | - Generate vector embeddings utilizing models - Describe when to use a vector database - Describe embeddings in the context of GenAI - Develop using libraries |
| Topic 2: Analyze and Design a Generative AI Solution | 15% | - Articulate the components in Gen AI Patterns - Articulate the optimal model architecture based on a use case - Understand security risks associated with LLMs, prompt engineering, prompt, and data - Understand how to choose the appropriate model for a use case - Understand the five capabilities of GenAI/LLMs - Understand use cases and identify Gen AI application opportunities - Identify and apply various tools and techniques like AI agents, RAG, LangChain, etc. - Understand the limitations of GenAI/LLMs |
| Topic 3: Integration with Model Orchestration | 8% | - Orchestrate AI Workflows - Develop LLM based applications with LangChain - Integrate watsonx.ai with Other Services/Manage APIs and SDKs - Understand real-world Integration Scenarios |
| Topic 4: Prompt Engineering & Output Quality | 25% | - Improving output quality using prompt design techniques - Controlling response style, length, and format - Writing effective and professional prompts - Understanding foundational Prompt Engineering techniques - Reducing hallucinations and improving overall output accuracy |
| Topic 5: Deployment | 13% | - Plan out deployment of prompts for versioning - Deploy a custom model - High level architecture for deployment options - Plan for a deployment based on client needs - Deploy AI Assets |
| Topic 6: Deployment & Enterprise Readiness | - Understanding basic security and access control requirements - Preparing GenAI solutions for enterprise usage - Improving solutions based on user feedback - Managing usage and monitoring at a basic level |
IBM watsonx Generative AI Engineer - Associate Sample Questions:
1. A client has deployed a generative AI model to generate technical support responses for various issues in their product line. To improve the accuracy of the responses, they have been using tuned prompts for each type of technical issue (e.g., network issues, hardware failures). However, the client is concerned about occasional misclassifications when the prompts are reused across similar but distinct issues. They want to optimize the prompts to handle edge cases better without sacrificing the response speed.
What approach would be most appropriate for managing and optimizing these tuned prompts?
A) Create highly specific prompts for each possible issue, fine-tune the model on each prompt, and prioritize correctness over speed.
B) Use a single general prompt, apply greedy decoding, and manually edit outputs for any misclassifications.
C) Leverage prompt chaining, where an initial general prompt narrows down the issue type, followed by a more specific tuned prompt for the final response.
D) Use a single tuned prompt for each product category, apply top-p sampling, and rely on post-processing to correct any misclassifications.
2. In the context of AI governance, what is the most important aspect of managing model performance in a production environment to ensure compliance with regulatory and ethical guidelines?
A) Deploying the model only in secure, on-premises environments to prevent data breaches
B) Maximizing the number of datasets the model is trained on to cover more use cases
C) Minimizing the model's inference time to optimize user experience
D) Ensuring traceability of model decisions and providing auditability for each inference
3. A team is tasked with selecting a vector database to store and search through millions of document embeddings efficiently. They need to ensure that the chosen database supports operations such as approximate nearest neighbor (ANN) search and scalability.
Which of the following considerations is most important when selecting the appropriate vector database for this application?
A) The database should store embeddings in relational format (rows and columns) for compatibility with traditional SQL queries.
B) The vector database should allow for both ANN search and customizable distance metrics, such as cosine or Euclidean distance.
C) The database must support exact nearest neighbor (ENN) searches to ensure high-precision results.
D) The database should limit the embedding size to 256 dimensions to reduce storage costs and ensure scalability.
4. You are developing a generative AI model using the IBM Watsonx platform to assist in customer service. While the model's responses are highly accurate, there is concern that the model may inadvertently expose personal information (PII) or sensitive data during interactions. As a responsible AI engineer, it is crucial to mitigate this risk.
Which of the following is the most critical risk associated with the exposure of personal information in generative AI models?
A) The model might produce content that doesn't align with the cultural preferences of the user.
B) The model can generate overly creative or non-factual responses, leading to brand reputation damage.
C) The model can unintentionally memorize and regurgitate personal information from the training data, leading to privacy violations.
D) The model can generate outputs that are too general, failing to meet the specific needs of the user.
5. You are tasked with fine-tuning a language model using a prompt-tuning approach on a dataset consisting of customer service chat logs. The goal is to optimize the model's ability to generate polite and contextually appropriate responses.
Which of the following steps are essential when preparing the dataset for prompt-tuning in this context? (Select two)
A) Separate the dataset into training, validation, and test subsets.
B) Ensure all examples in the dataset follow the exact same input-output format.
C) Remove any conversations that contain excessive user slang or misspellings.
D) Convert all user queries into lowercase to reduce noise in the dataset.
E) Ensure each conversation includes both customer input and agent response as context for the model.
Solutions:
| Question # 1 Answer: C | Question # 2 Answer: D | Question # 3 Answer: B | Question # 4 Answer: C | Question # 5 Answer: A,E |






