Znanost o podatkih s Pythonom

Dive into vast datasets, applying machine learning methods to reveal valuable insights.
Data science and analytics with Python

Naši mentorji so diplomirali na vrhunskih univerzah

Pregled

Prilagojen učni načrt

Izberite enega ali več predmetov in našli vam bomo mentorja, ki bo poskrbel, da boste pripravljeni.

Prilagodljiva

Učite se le takrat, ko jih potrebujete – toliko, kot je potrebno, dokler se ne počutite samozavestni.

Zasebna ura

Ni vam treba prilagajati drugim učencem. Učenje je prilagojeno vašemu idealnemu tempu in težavnosti, tako da se nenehno izboljšujete.

About Python for Data Science

Python’s popularity in data science stems from its simplicity, readability, and extensive library ecosystem. Data science, which spans statistics, machine learning, data mining, and big data technologies, aims to glean insights from both structured and unstructured data.

Why Choose Python for Data Science?

  1. Abundant Libraries: Python boasts a rich library stack for data manipulation and analysis. This includes Pandas for data manipulation, Matplotlib for data visualization, and Scikit-learn for machine learning, making it a comprehensive toolset for data scientists.
  2. Active Community: Python has a vibrant community of data professionals and engineers who actively contribute to its ecosystem. This results in a wealth of libraries, tutorials, and shared expertise, providing solutions to data science challenges.
  3. Versatility: Python’s versatility extends beyond data science to encompass web development, automation, software development, and more, making it a valuable asset in various workplaces.
  4. Ease of Learning: Python’s clean and readable syntax is accessible to newcomers, particularly in data science, where many professionals may not have extensive programming backgrounds.
  5. Integration Capabilities: Python seamlessly integrates with other languages and technologies. It can invoke R scripts for specialized statistical analyses, work effectively with SQL databases, and collaborate with C/C++ for performance-critical tasks.
  6. Practical Applications: Python’s data science capabilities find practical use in diverse industries such as healthcare, finance, retail, and scientific research. It covers a wide range of applications, from predictive analytics to natural language processing.
  7. Machine Learning and AI: Python stands out as the preferred language for machine learning and artificial intelligence. It offers dedicated libraries like TensorFlow and PyTorch for advanced neural networks and algorithms.

V korporativnem svetu

Prominent tech giants like Google, Facebook, and Amazon utilize Python for data analytics and machine learning models. Its scalability and user-friendly nature also make it a suitable choice for startups and small businesses.

Mastering Python not only equips individuals with a programming language but also provides access to a versatile toolbox for navigating the data-centric world. This proficiency holds immense value in today’s data-driven economy.

Opis

Embark on an exciting journey into the field of data science with this comprehensive Python course. Data science involves the exploration and interpretation of data to extract valuable insights, frequently employing machine learning to automate model creation and enhance data accessibility.

This course not only equips you with the skills to create compelling visualizations but also delves into machine learning, enabling you to automate data processes, uncover patterns, and provide informed recommendations.

Kaj se boste naučili

Zahteve

Predmeti

  • Art History
  • Biologija
  • Analiza (AB in BC)
  • Kemija
  • Kitajski jezik in kultura
  • Primerjalna vlada in politika
  • Računalništvo A
  • Načela računalništva
  • Angleški jezik in kompozicija
  • Angleška književnost in kompozicija
  • Ekologija
  • Evropska zgodovina
  • Francoski jezik in kultura
  • Nemški jezik in kultura
  • Človeška geografija
  • Mednarodni angleški jezik
  • Italijanski jezik in kultura
  • Japonski jezik in kultura
  • Latinski
  • Makroekonomija
  • Mikroekonomija
  • Glasbena teorija
  • Fizika 1: Na osnovi algebre
  • Fizika 2: Na osnovi algebre
  • Fizika C: Elektrika in magnetizem
  • Fizika C: Mehanika
  • Psihologija
  • Španski jezik in kultura
  • Španska književnost in kultura
  • Statistika
  • Studio umetnost (2D, 3D in risanje)
  • Vlada in politika ZDA
  • Zgodovina ZDA
  • Svetovna zgodovina: moderna

Student FAQs About Data Science with Python

Python’s dominance in data science can be attributed to its user-friendly nature and clean syntax, making it accessible even to those without a programming background. Its rich library ecosystem, featuring essential tools like Pandas, NumPy, and Matplotlib, simplifies data manipulation and enhances data visualization capabilities.

Absolutely, Python’s versatility allows for a seamless transition from data cleaning and analysis to machine learning, all within the same framework. Libraries such as Scikit-learn, TensorFlow, and PyTorch enable a wide range of data-related tasks.

Python effectively addresses the management of large datasets through specialized libraries like Dask and PySpark, designed to handle data distributed across multiple clusters. Dask enables parallel computing, making it ideal for distributed tasks, while PySpark, built on the Apache Spark framework, offers scalability for processing extensive datasets. Additionally, Python’s ecosystem provides tools for seamless integration with big data technologies such as Hadoop and Hive, facilitating efficient work with massive datasets and enabling data professionals to extract valuable insights.

Proficiency in Python should encompass fundamental statistical methods, including descriptive statistics, probability distributions, hypothesis testing, and regression models. Leveraging libraries like Statsmodels and SciPy simplifies the application of these statistical techniques.

Typically, a data science project begins with data collection, followed by data cleaning and manipulation using Pandas. Exploratory data analysis (EDA) is then conducted, often utilizing Matplotlib or Seaborn for visualization. Finally, Scikit-learn is employed to implement machine learning algorithms and extract insights from the data.

Python exhibits versatility in handling various data types, including numerical data, text data, image data, and even unstructured data like social media content. Its adaptability makes it a valuable tool across a wide spectrum of data domains.

4.9
4.9 iz zvezde 5 (na podlagi pregledov 50)

Kako deluje

1

Zahtevajte inštruktorja

Sporočite nam svoje cilje in starostno skupino. Pripravili bomo načrt, ki vam bo pomagal doseči cilj.

2

Ujemanje z mentorjem

Priporočili vam bomo inštruktorja glede na vaše potrebe in cilje, lahko pa zahtevate določenega inštruktorja.

3

Začnite brezplačno preskusno različico

Izkusite brezplačno poskusno uro z novim inštruktorjem in preverite, ali se vaš učni slog ujema z vami.

4

Naj bo!

Če je šlo vse po načrtih, se prijavite in nadaljujte! Tempo lekcij lahko izberete sami.

1

Zahtevajte inštruktorja

Sporočite nam svoje cilje in starostno skupino. Pripravili bomo načrt, ki vam bo pomagal doseči cilj.

2

Ujemanje z mentorjem

Priporočili vam bomo inštruktorja glede na vaše potrebe in cilje, lahko pa zahtevate določenega inštruktorja.

3

Začnite brezplačno preskusno različico

Izkusite brezplačno poskusno uro z novim inštruktorjem in preverite, ali se vaš učni slog ujema z vami.

4

Naj bo!

Če je šlo vse po načrtih, se prijavite in nadaljujte! Tempo lekcij lahko izberete sami.

Potrebujete več informacij?
Pogovoriva se.

Pustite svojo telefonsko številko in poklicali vas bomo nazaj, da se pogovorimo o tem, kako vam lahko pomagamo.

Tigermath

Hvala, ker ste stopili v stik s TigerCampusom. Odgovorili vam bomo v 1-2 delovnih dneh.

deliti s svetom

[affiliate_conversion_script znesek="15" opis="Pojavno okno za brezplačno preizkusno obdobje" kontekst="Kontaktni obrazec" status="neplačano" tip="potencialni kupec"]