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Pandas & Python AnalyticsCertification

Exam guides, practice questions, and prep strategies

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Aligned with official exam objectives. Updated for current exam versions.· Updated 2025 · SynfraCore Pandas & Python Analytics Team
Expert Content

Pandas Certification Guide

Certifications Available

Cert / CourseProviderCost

|---------------|----------|------|

**Kaggle Pandas Course**KaggleFree
DataCamp Data Analyst with PythonDataCamp~$300/yr
IBM Data Analyst ProfessionalCoursera~$300
Associate Data Analyst in SQL+PythonDataCamp~$300/yr

No standalone Pandas cert — assessed as part of Python/data analyst tracks.


Core Skills & Commands

python
import pandas as pd

# Loading data
df = pd.read_csv("data.csv")
df = pd.read_excel("data.xlsx")
df = pd.read_json("data.json")

# Exploration
df.head() | df.info() | df.describe() | df.shape
df.dtypes | df.isnull().sum() | df.nunique()

# Selection
df["col"]              # Series
df[["col1","col2"]]    # DataFrame
df.iloc[0:5, 1:3]      # by position
df.loc[df["age"] > 30] # by label/condition
df.query("age > 30 and city == 'Mumbai'")  # SQL-like

# Cleaning
df.dropna() | df.fillna(0) | df.drop_duplicates()
df["col"] = df["col"].str.strip().str.lower()
df["date"] = pd.to_datetime(df["date"])
df = df.rename(columns={"old": "new"})

# Aggregation
df.groupby("city")["sales"].sum()
df.groupby("city").agg({"sales": "sum", "orders": "count"})
df.pivot_table(values="sales", index="region", columns="product", aggfunc="sum")

# Merging
pd.merge(df1, df2, on="id", how="left")
pd.concat([df1, df2], ignore_index=True)

Study Resources

Kaggle Pandas Course (free, best starting point)
Pandas documentation (pandas.pydata.org/docs) — official reference
Real Python Pandas tutorials — practical examples
DataCamp Pandas skill track — structured learning path

Revision Notes

PANDAS ESSENTIALS:
  Load: read_csv/excel/json | Explore: head/info/describe/dtypes
  Select: df["col"] | df.loc[condition] | df.iloc[rows, cols]
  Clean: dropna/fillna/drop_duplicates/str.strip/astype
  Aggregate: groupby().agg() | pivot_table | value_counts
  Merge: pd.merge(df1, df2, on="key", how="left/right/inner/outer")
  Apply: df["col"].apply(func) | df.applymap(func)
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