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Apr 04, 2026
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CFI 1072 - Machine Learning with Big Data Technology Credits: 3 Hours/Week: Lecture 2 Lab 2 Course Description: This course is for students who want to attain Operational Intelligence (business insights). It covers implementing analytics and Big Data projects using statistics, machine learning, and built-in and custom visualization capabilities. The course introduces students to the theory and methods of analytics and statistical modeling by exploring and operationalizing an analytics project using data visualization techniques. Course activities provide opportunities to apply the concepts learned in this class using various machine learning technologies to solve hands-on scenario-based examples and hands-on challenges throughout the course. MnTC Goals None
Prerequisite(s): CFI 1071 with a grade of C or higher AND CFI 1205 or CSCI 1060 with a grade of C or higher OR instructor consent Corequisite(s): None Recommendation: None
Major Content
- Analytics Framework
- Exploratory Data Analysis
- Overview of Machine Learning
- Market Segmentation
- Transactional Analysis
- Anomaly Detection
- Estimation and Prediction
- Classification
- Data Visualization
- Service Intelligence Advanced Analytics
- User Behavior Analytics
- Custom Machine Learning
- Modeling Use Cases
Learning Outcomes At the end of this course, students will be able to:
- define key classification terms.
- model data using machine learning.
- identify analytics project best practices.
- identify common use cases.
- define exploratory data analysis.
- identify exploratory data analysis use cases.
- define fundamental concepts and terms associated with machine learning.
- split data for training and testing models.
- identify market segmentation use cases.
- define Transactional Analysis.
- define anomaly detection.
- identify anomaly detection use cases.
- define estimation and prediction.
- identify estimation and prediction use cases.
- describe why classification is key to analytics.
- describe why data visualization is key to analytics.
- enrich machine data with structured business data.
- identify deviations across multiple entities-users, devices, and applications-by comparing them against an entity’s baseline and its dynamically generated peer groups.
- administer model building, validation, and deployment.
- build models using the ML Toolkit.
- apply machine learning analysis to historical data and models to forecast demand, manage inventory, optimize operations, and react to changing conditions.
Minnesota Transfer Curriculum (MnTC): Goals and Competencies Competency Goals (MnTC Goals 1-6) None Theme Goals (MnTC Goals 7-10) None
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