DataBricks Skill Overview
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template as is or customize it to fit your needs and environment.
- Category: Technical > Business intelligence and data analysis
Description
Databricks is a cloud-based platform designed to simplify big data processing and machine learning tasks. It provides an interactive workspace that enables collaboration between data scientists, data engineers, and business analysts. Databricks integrates seamlessly with Apache Spark, allowing users to process large datasets and build predictive models. Users can create and manage clusters, run jobs, and explore data using Databricks notebooks. They can also read and write data using the Databricks file system (DBFS), implement ETL pipelines, and optimize job performance. Advanced users can design complex data workflows, secure environments, integrate with other cloud services, and even develop custom extensions.
Expected Behaviors
Micro Skills
Familiarity with the concept of unified analytics
Awareness of Databricks' role in simplifying big data processing
Basic understanding of Databricks' collaborative notebooks
Understanding the role of Apache Spark in big data processing
Familiarity with the basic components of Spark like Spark SQL, Spark Streaming, MLlib, and GraphX
Awareness of the distributed computing nature of Spark
Understanding the purpose of Databricks notebooks
Awareness of the interactive and collaborative features of Databricks notebooks
Basic knowledge of how to create and run cells in a notebook
Awareness of DBFS as a layer over cloud object storage
Understanding the purpose of DBFS in making data access faster and easier
Basic knowledge of how to interact with DBFS
Understanding the role of clusters in Databricks
Familiarity with the concept of worker nodes and driver nodes
Basic knowledge of how to create and terminate a cluster
Understanding cluster configurations
Creating a new cluster
Attaching and detaching notebooks to clusters
Terminating a cluster
Managing cluster access permissions
Creating a new job
Configuring job settings
Running a job manually
Monitoring job progress
Debugging failed jobs
Creating a new notebook
Writing and executing code in a notebook
Visualizing data within a notebook
Sharing and exporting notebooks
Importing external libraries into a notebook
Understanding the DBFS file hierarchy
Reading data from DBFS
Writing data to DBFS
Managing files and directories in DBFS
Accessing DBFS via REST API
Creating a DataFrame from an existing data source
Selecting, adding, renaming and dropping DataFrame columns
Filtering rows in a DataFrame
Applying basic transformations to DataFrame columns
Aggregating data in a DataFrame
Understanding of Spark execution model
Knowledge of Spark configuration options
Ability to identify and resolve performance bottlenecks
Experience with Spark UI for job monitoring
Proficiency in SQL language
Understanding of Spark SQL's Catalyst optimizer
Experience with complex SQL queries
Knowledge of window functions and other advanced SQL features
Experience with various data formats (CSV, JSON, Parquet, etc.)
Understanding of data source connectors in Spark
Ability to read from and write to external databases
Experience with cloud storage services (S3, Azure Blob Storage, etc.)
Understanding of Databricks job scheduler
Experience with cron syntax for job scheduling
Ability to create and manage job alerts
Knowledge of Databricks REST API for job automation
Understanding of ETL concepts (Extract, Transform, Load)
Experience with data cleaning and transformation in Spark
Ability to design and implement data pipelines
Knowledge of Delta Lake for reliable data storage
Understanding of data partitioning and shuffling
Knowledge of Spark's Catalyst Optimizer
Ability to design data pipelines with fault tolerance and scalability
Experience with Delta Lake for reliable data lakes
Understanding of Spark's execution model
Knowledge of Spark's configuration parameters
Ability to diagnose performance issues using Spark UI
Experience with optimizing data serialization and I/O operations
Understanding of Databricks' security model
Experience with setting up access controls and permissions
Knowledge of network security best practices
Ability to integrate Databricks with enterprise identity providers
Experience with cloud storage services like AWS S3 or Azure Blob Storage
Ability to connect Databricks with cloud databases like AWS RDS or Azure SQL Database
Knowledge of cloud data warehouses like AWS Redshift or Google BigQuery
Understanding of cloud networking and security concepts
Experience with MLlib, Spark's machine learning library
Understanding of machine learning concepts and algorithms
Ability to evaluate and tune machine learning models
Knowledge of distributed machine learning techniques
Understanding of distributed computing principles
Knowledge of various data storage and processing technologies
Ability to select appropriate Databricks features for specific use cases
Knowledge of Spark's memory management
Ability to diagnose and resolve performance bottlenecks
Understanding of feature engineering and selection techniques
Understanding of Databricks APIs
Experience with software development best practices
Ability to mentor and guide team members
Experience with project management methodologies
Tech Experts

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