CAMPUS PLACEMENTS
PREDICTION & ANALYSIS USING
MACHINE LEARNING
NAME::-MERUGU VENKATA REDDY
Roll No::-238X1F00B3
ABSTRACT
• Placement of students is a crucial objective for
educational institutions.
• Institutional reputation and admissions depend on
successful placements.
• The project aims to analyze past student data to predict
placement chances.
• Machine Learning algorithms such as Decision Tree and
Random Forest are used.
• The proposed model is compared with traditional
classification methods.
• Results indicate the proposed algorithm performs
significantly better.
EXISTING SYSTEM
• Logistic regression, ID3, J48, Decision Table, and other classification
methods were used.
• Accuracy varied: Logistic Regression (83.33%), ID3 (82.1%), C4.5 (80%).
• Naïve Bayes had an accuracy of 86.15%.
• Random Tree algorithm provided 73% accuracy for placement
prediction.
• WEKA tool was used for data analysis and classification.
DISADVANTAGES OF
EXISTING SYSTEM
• Attribute selection is not relevant to each other.
• Missing values were not handled properly.
• Data cleaning and preprocessing were not optimized.
PROPOSED SYSTEM
• Predicts placement probability of undergraduate students.
• Uses Decision Tree and Random Forest classification algorithms.
• Uses academic history (percentages, backlogs, credits) for
prediction.
• Algorithms applied to past student placement data.
ADVANTAGES OF
PROPOSED SYSTEM
• Irrelevant attributes are removed to improve accuracy.
• Uses Random Forest, an ensemble learning technique,
for better results.
• More accurate and efficient than previous models.
• Predicts placement outcomes with improved precision
and recall.
THANK YOU

Campus__Placement_Prediction_PPT[1].pptx

  • 1.
    CAMPUS PLACEMENTS PREDICTION &ANALYSIS USING MACHINE LEARNING NAME::-MERUGU VENKATA REDDY Roll No::-238X1F00B3
  • 2.
    ABSTRACT • Placement ofstudents is a crucial objective for educational institutions. • Institutional reputation and admissions depend on successful placements. • The project aims to analyze past student data to predict placement chances. • Machine Learning algorithms such as Decision Tree and Random Forest are used. • The proposed model is compared with traditional classification methods. • Results indicate the proposed algorithm performs significantly better.
  • 3.
    EXISTING SYSTEM • Logisticregression, ID3, J48, Decision Table, and other classification methods were used. • Accuracy varied: Logistic Regression (83.33%), ID3 (82.1%), C4.5 (80%). • Naïve Bayes had an accuracy of 86.15%. • Random Tree algorithm provided 73% accuracy for placement prediction. • WEKA tool was used for data analysis and classification.
  • 4.
    DISADVANTAGES OF EXISTING SYSTEM •Attribute selection is not relevant to each other. • Missing values were not handled properly. • Data cleaning and preprocessing were not optimized.
  • 5.
    PROPOSED SYSTEM • Predictsplacement probability of undergraduate students. • Uses Decision Tree and Random Forest classification algorithms. • Uses academic history (percentages, backlogs, credits) for prediction. • Algorithms applied to past student placement data.
  • 6.
    ADVANTAGES OF PROPOSED SYSTEM •Irrelevant attributes are removed to improve accuracy. • Uses Random Forest, an ensemble learning technique, for better results. • More accurate and efficient than previous models. • Predicts placement outcomes with improved precision and recall.
  • 13.