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CompTIA DataX (Preparation for Exam DY0-001)
Course Description
Overview
The new CompTIA DataX certification exam is a professional certification designed for those with 5+ years of experience in data science, computer science, or a similar role. DataX provides a framework for knowledge acquisition and solidifies a comprehensive understanding of critical data tools and concepts, empowering individuals to advance their careers.CompTIA’s DataX is the premier skills development program for highly experienced professionals seeking to validate their competency in the rapidly evolving field of data science.
The Premier Vendor-Neutral Data Science Certification, validate expert-level data science skills regardless of vendor tools. DataX defines and confirms a consistent skill set appropriate for certified data scientists.
Exam Details:
- Maximum of 90 questions
- Multiple choice and performance-based
- 165 Minutes Minutes
- Passing Score: Pass/Fail only (no scaled score)
Objectives
- Mathematics and Statistics
- Modeling, Analysis and Outcomes
- Machine Learning
- Operations and Processes
- Specialized Applications of Data Science
Audience
- Data Scientist
- Quantitative Analyst
- Machine Learning Engineer/ Specialist
- Computer & Information Research Scientist
Prerequisites
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5+ years of experience in data science or a similar role is recommended.
Topics
- Given a scenario, apply the appropriate statistical method or concept.
- Explain probability and synthetic modeling concepts and their uses.
- Explain the importance of linear algebra and basic calculus concepts.
- Compare and contrast various types of temporal models.
- Given a scenario, use the appropriate exploratory data analysis (EDA) method or process.
- Given a scenario, analyze common issues with data.
- Given a scenario, apply data enrichment and augmentation techniques.
- Given a scenario, conduct a model design iteration process.
- Given a scenario, analyze results of experiments and testing to justify final model recommendations and selection.
- Given a scenario, translate results and communicate via appropriate methods and mediums.
- Given a scenario, apply foundational machine-learning concepts.
- Given a scenario, apply appropriate statistical supervised machine-learning concepts.
- Given a
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