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Databricks Associate-Developer-Apache-Spark-3.5 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Developing Apache Spark DataFrame API Applications | 30% | - Handling missing values and data quality - Joining and combining datasets - User-defined functions (UDFs) - Partitioning and bucketing data - Creating DataFrames and defining schemas - Reading and writing data in various formats - Filtering, sorting, and aggregating data - Selecting, renaming, and modifying columns |
| Troubleshooting and Tuning Apache Spark DataFrame API Applications | 10% | - Debugging and logging - Optimizing transformations and actions - Managing memory and resource usage - Identifying performance bottlenecks |
| Structured Streaming | 10% | - Output modes and triggers - Fault tolerance and state management - Defining streaming queries - Streaming concepts and architecture |
| Apache Spark Architecture and Components | 20% | - Execution and deployment modes - Fault tolerance and garbage collection - Execution hierarchy and lazy evaluation - Spark architecture overview - Shuffling, actions, and broadcasting |
| Using Pandas API on Apache Spark | 5% | - Converting between Pandas and Spark structures - Key differences and limitations - Overview of Pandas API on Spark |
| Using Spark SQL | 20% | - Working with functions and expressions - Running SQL queries - Using catalog and metadata APIs - Integrating Spark SQL with DataFrames |
| Using Spark Connect to Deploy Applications | 5% | - Running applications via Spark Connect - Connecting to remote Spark clusters - Spark Connect architecture |
Databricks Certified Associate Developer for Apache Spark 3.5 - Python Sample Questions:
1. 48 of 55.
A data engineer needs to join multiple DataFrames and has written the following code:
from pyspark.sql.functions import broadcast
data1 = [(1, "A"), (2, "B")]
data2 = [(1, "X"), (2, "Y")]
data3 = [(1, "M"), (2, "N")]
df1 = spark.createDataFrame(data1, ["id", "val1"])
df2 = spark.createDataFrame(data2, ["id", "val2"])
df3 = spark.createDataFrame(data3, ["id", "val3"])
df_joined = df1.join(broadcast(df2), "id", "inner") \
.join(broadcast(df3), "id", "inner")
What will be the output of this code?
A) The code will work correctly and perform two broadcast joins simultaneously to join df1 with df2, and then the result with df3.
B) The code will fail because only one broadcast join can be performed at a time.
C) The code will result in an error because broadcast() must be called before the joins, not inline.
D) The code will fail because the second join condition (df2.id == df3.id) is incorrect.
2. A Spark application suffers from too many small tasks due to excessive partitioning. How can this be fixed without a full shuffle?
Options:
A) Use the repartition() transformation with a lower number of partitions
B) Use the coalesce() transformation with a lower number of partitions
C) Use the sortBy() transformation to reorganize the data
D) Use the distinct() transformation to combine similar partitions
3. 32 of 55.
A developer is creating a Spark application that performs multiple DataFrame transformations and actions. The developer wants to maintain optimal performance by properly managing the SparkSession.
How should the developer handle the SparkSession throughout the application?
A) Create a new SparkSession instance before each transformation.
B) Avoid using a SparkSession and rely on SparkContext only.
C) Stop and restart the SparkSession after each action.
D) Use a single SparkSession instance for the entire application.
4. 16 of 55.
A data engineer is reviewing a Spark application that applies several transformations to a DataFrame but notices that the job does not start executing immediately.
Which two characteristics of Apache Spark's execution model explain this behavior? (Choose 2 answers)
A) Only actions trigger the execution of the transformation pipeline.
B) Transformations are executed immediately to build the lineage graph.
C) The Spark engine requires manual intervention to start executing transformations.
D) Transformations are evaluated lazily.
E) The Spark engine optimizes the execution plan during the transformations, causing delays.
5. 28 of 55.
A data analyst builds a Spark application to analyze finance data and performs the following operations:
filter, select, groupBy, and coalesce.
Which operation results in a shuffle?
A) coalesce
B) filter
C) select
D) groupBy
Solutions:
| Question # 1 Answer: A | Question # 2 Answer: B | Question # 3 Answer: D | Question # 4 Answer: A,D | Question # 5 Answer: D |



