Best of Data Science — January 2024
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Medium·2y
How to become an AI engineer (2024)
AI engineering is a rapidly evolving field that involves developing and implementing AI systems. It requires programming skills, mathematical acumen, big data handling, algorithmic understanding, non-technical business skills, and analytical skills. To start a career in AI engineering, one needs to acquire these skills, pursue relevant education and certifications, network with other AI engineers, and apply for AI engineer jobs.
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gitconnected·2y
Mastering SQL Fundamentals
This post provides a comprehensive guide to mastering SQL fundamentals, covering database terminology, relational models, applying SQL to real data, creating a new schema in MySQL, querying data using the SELECT statement, filtering data using the WHERE clause, ordering results using the ORDER BY clause, using logical and special operators, and understanding the importance of query efficiency. Mastery of SQL is emphasized as a valuable skill for data professionals.
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DEV·2y
Modern Data Engineering RoadMap - 2024
Data engineering is a fast-growing field with increasing demand. This article provides a roadmap for becoming a data engineer in 2024, covering the fundamentals, cloud computing, distributed frameworks, data warehouses, real-time data processing, NoSQL databases, and workflow orchestration tools. It also highlights the importance of upgrading from ETL to ELT, cloud dominance, the rise of real-time data processing, and automation and democratization in data engineering.
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Medium·2y
Important Python Topics for Data Engineering
Learn the important Python topics for data engineering, including variables, data types, operators, if statements, loops, functions, modules, exception handling, lists, tuples, sets, dictionaries, strings, arrays, file handling, and working with different file formats.
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Towards AI·2y
The Unsung Hero of Machine Learning — Linear Algebra
Linear algebra is an essential component of machine learning, data mining, deep learning, and optimization algorithms. Gaussian elimination is used in various applications, such as solving optimization problems and finding best-fit parameters. The concepts of linear dependence and independence are also important in understanding linear equations and systems. Overall, understanding linear algebra is crucial for making informed decisions based on quantitative data.
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