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Automate Performance Appraisal

Automating employee performance appraisal at ONGC using AI involves data collection, NLP for feedback analysis, and AI-driven scoring models. The process includes predictive analytics for future performance, personalized development plans, and real-time feedback mechanisms, all integrated with existing HR systems. This approach aims to enhance objectivity, reduce bias, and improve overall employee experience in performance evaluations.

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0% found this document useful (0 votes)
46 views3 pages

Automate Performance Appraisal

Automating employee performance appraisal at ONGC using AI involves data collection, NLP for feedback analysis, and AI-driven scoring models. The process includes predictive analytics for future performance, personalized development plans, and real-time feedback mechanisms, all integrated with existing HR systems. This approach aims to enhance objectivity, reduce bias, and improve overall employee experience in performance evaluations.

Uploaded by

ranu.nitrr
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as DOCX, PDF, TXT or read online on Scribd
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how to automate performance appraisal of employee of ONGC using AI

ChatGPT said:

Automating the performance appraisal process of employees at ONGC (Oil and Natural Gas
Corporation) using AI involves integrating multiple AI and machine learning tools and
techniques to assess, analyze, and provide feedback on employee performance. Here's a
breakdown of how this can be done:

1. Data Collection

Gather all relevant data from different sources that impact employee performance:

 KPI (Key Performance Indicators) Data: Sales figures, project completion rates,
time to complete tasks, etc.
 Feedback: Managerial reviews, peer reviews, and self-assessments.
 Learning and Development: Training attendance, certifications, and skills acquired.
 Engagement Scores: Employee surveys or satisfaction ratings.
 Attendance and Punctuality Data: Tracking work hours, leaves, and absenteeism.

2. Natural Language Processing (NLP) for Feedback Analysis

Use NLP to process textual feedback from managers, peers, and self-reviews:

 Sentiment Analysis: Use sentiment analysis algorithms to gauge positive, negative,


or neutral tones in feedback.
 Text Summarization: Summarize long feedback reports into actionable insights for
better understanding.
 Entity Recognition: Identify key performance aspects mentioned in feedback, like
leadership, technical skills, and communication.

3. AI-Driven Data Aggregation and Scoring

 Automated Scoring Models: Develop AI models that combine various performance


factors (e.g., KPI achievement, feedback, skills improvement) into an overall score or
rating. These models can use supervised learning algorithms such as Decision Trees,
Random Forests, or Gradient Boosting.
 Normalization: Normalize data from different sources (e.g., KPI data vs feedback) to
ensure consistency in appraisal.

4. Predictive Analytics for Future Performance

 Predictive Modeling: Use historical data to predict future employee performance


based on past trends. For example, if an employee consistently improves their KPI
scores and feedback, AI can predict their future performance trajectory.
 Employee Development Insights: AI can suggest specific areas of improvement or
future goals based on patterns in employee performance.

5. Personalized Development Plans


 Skill Gap Analysis: Identify skill gaps based on current job requirements and
employee performance.
 Training Recommendations: AI can recommend training programs, courses, or
certifications based on the skills an employee needs to improve.

6. AI-Powered Feedback Generation

Generate personalized feedback automatically, based on data-driven insights from the above
factors:

 Construct detailed feedback reports that highlight areas of strength and areas for
improvement.
 Provide recommendations for career growth and skill development.

7. Performance Calibration

To reduce bias, AI can help standardize ratings across different departments or managers:

 Bias Detection: Using machine learning to identify and reduce biases in performance
appraisal (e.g., gender bias, leniency bias).
 Fairness Algorithms: Implement algorithms to ensure that performance ratings are
fair across various groups of employees.

8. Continuous Monitoring & Real-time Feedback

 Real-time Performance Tracking: Use AI to continuously track employee


performance in real-time using dashboards and automated reporting systems. AI can
flag when an employee is underperforming or exceeding expectations.
 Real-Time Feedback: Rather than waiting for a yearly appraisal cycle, implement
AI-powered tools that provide ongoing feedback to employees, helping them improve
continuously.

9. Integration with HRMS

 Integration: Integrate AI models with ONGC’s existing HR Management System


(HRMS) to automate the entire appraisal process. Data such as KPIs, feedback, and
attendance should be automatically fed into the AI system for analysis.

10. Visual Dashboards and Reporting

 AI-powered Dashboards: Use AI-based visualization tools to create intuitive and


easy-to-understand dashboards for managers and HR teams to quickly evaluate
employee performance.
 Self-Appraisal Insights: Provide employees with AI-generated insights on their own
performance, encouraging self-awareness and personal growth.

Technology Stack:
 Machine Learning Algorithms: For predictive modeling, classification, and scoring
(e.g., Random Forest, XGBoost, Neural Networks).
 NLP Tools: Such as Hugging Face or spaCy for feedback analysis.
 Sentiment Analysis Libraries: VADER, TextBlob, or custom-trained models.
 Data Integration Tools: ETL processes for pulling data from different internal
systems (e.g., HRMS, ERP).
 Dashboards: Power BI, Tableau, or custom AI-based dashboards.
 Bias Detection Tools: Fairness AI tools or algorithms for detecting discrimination.

Steps to Implement:

1. Phase 1: Data Gathering and Cleaning


o Gather all performance-related data from existing systems.
o Clean and normalize the data to create a standardized format for AI models.
2. Phase 2: Develop Machine Learning Models
o Train machine learning models to predict and score employee performance
based on available data.
o Develop NLP models for feedback analysis.
3. Phase 3: Automate Report Generation
o Create an automated system that generates performance appraisal reports
using AI.
4. Phase 4: Integrate into HRMS
o Integrate the solution with ONGC’s existing HRMS for seamless operation.
5. Phase 5: Continuous Improvement
o Continuously update models based on new data and performance trends.

By implementing AI in this way, ONGC can make the performance appraisal process more
objective, timely, and aligned with the company’s goals, providing a better experience for
both managers and employees.

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