Responsible & Ethical AI

To integrate ethical frameworks, governance principles, and responsible AI practices, enabling learners to design, develop, and deploy AI systems that are fair, transparent, accountable, and compliant with global standards.

Program Objective

To integrate ethical frameworks, governance principles, and responsible AI practices, enabling learners to design, develop, and deploy AI systems that are fair, transparent, accountable, and compliant with global standards.

Key Features

Learn Complete AI & ML Skillsets
Build strong foundations in Python, data preprocessing, ML algorithms, deep learning, and model deployment — all in one internship.
Build Real AI/ML Projects
Work on practical projects such as prediction models, neural networks, image classification, NLP-based tools, and end-to-end ML pipelines.
Mentorship from Industry AI Professionals
Learn directly from experienced ML engineers and data scientists working on production-grade AI systems.
Beginner-Friendly with Progressive Advancement
Start with the basics and move toward advanced ML & DL concepts, making it suitable for students from all engineering branches.

Program Outcomes

Topics Covered:

  1. Introduction to Artificial Intelligence & Societal Impact

  2. What is Responsible AI? Why It Matters

  3. History of AI Ethics & Major AI Failures (Case Studies)

  4. Core Principles:

    • Fairness

    • Transparency

    • Accountability

    • Privacy

    • Safety

  5. Human-Centered AI Design

  6. Ethical Theories in Technology (Utilitarianism, Deontology, etc.)

  7. AI Risk Landscape & Emerging Concerns

Topics Covered:

  1. Types of Bias in AI:

    • Data Bias

    • Algorithmic Bias

    • Selection Bias

    • Historical Bias

  2. Fairness Metrics & Evaluation Techniques

  3. Bias Detection Tools & Techniques

  4. Bias Mitigation Strategies:

    • Pre-processing methods

    • In-processing techniques

    • Post-processing adjustments

  5. Inclusive AI Design Practices

  6. Case Studies in Hiring, Lending & Healthcare AI

Topics Covered:

  1. Importance of Explainable AI (XAI)

  2. Black Box vs White Box Models

  3. Model Interpretability Concepts

  4. Explainability Techniques:

    • LIME

    • SHAP

    • Feature Importance

  5. Documentation & Model Cards

  6. Communicating AI Decisions to Non-Technical Stakeholders

  7. Building Trust in AI Systems

Topics Covered:

  1. Data Privacy Principles

  2. Personally Identifiable Information (PII)

  3. Data Minimization & Consent

  4. Privacy-Preserving Techniques:

    • Anonymization

    • Differential Privacy

    • Encryption

  5. Global Regulations Overview:

    • GDPR

    • EU AI Act (Overview)

    • Data Protection Frameworks

  6. AI Security Risks & Adversarial Attacks

  7. Responsible Data Governance

Topics Covered:

  • AI Governance Frameworks

  • Ethical AI Policies & Guidelines

  • AI Risk Management Frameworks

  • Model Risk Management (MRM)

  • Internal AI Audit Practices

  • Human-in-the-Loop Systems

  • Incident Response & Ethical Escalation

  • Responsible AI Lifecycle Management

  • Select an AI use case (Healthcare / Finance / HR / Retail etc.)

  • Conduct ethical risk assessment

  • Perform bias analysis

  • Apply explainability techniques

  • Develop governance & compliance strategy

  • Submit a Responsible AI Implementation Report

Learning Outcome:

Demonstrate industry-ready expertise in implementing responsible AI systems.

Topics Covered: 

  • Linear & Logistic Regression
  • Decision Trees & Random Forests
  • Support Vector Machines (SVM)
  • K-Nearest Neighbors (KNN)
  • Naive Bayes
  • Model evaluation metrics
  • Hyperparameter tuning
  • Building end-to-end ML pipelines

Topics Covered: 

  • K-Means clustering
  • Hierarchical clustering
  • Dimensionality reduction (PCA)
  • Anomaly detection
  • Association rules
  • Customer segmentation (use case)
  • Evaluating unsupervised models
  • Visualization for cluster insights

Topics Covered: 

  • Understanding neural network architecture
  • Forward & backward propagation
  • Activation functions
  • Loss functions & optimizers
  • Creating neural networks with TensorFlow/Keras
  • Underfitting vs overfitting
  • Model regularization
  • DL experimentation workflows

Topics Covered: 

  • Image processing basics
  • Convolutional Neural Networks (CNNs)
  • Pooling, padding, filters
  • Image classification
  • Data augmentation
  • Transfer learning (VGG, ResNet)
  • Building CV projects using Keras
  • Model deployment

Topics Covered: 

  • Text preprocessing: tokenization, stemming, lemmatization
  • Bag of Words & TF-IDF
  • Sentiment analysis
  • Intro to word embeddings
  • Text classification use cases
  • Building NLP models with Scikit-learn
  • Deploying NLP models
  • Real-world NLP workflows

Topics Covered: 

  • Problem identification using ML
  • Understanding business metrics
  • Mapping data to product features
  • Building user-centric AI solutions
  • Figma for AI product UI
  • Model lifecycle in products
  • Documentation & ML requirements

Topics Covered: 

  • AI product idea generation
  • Competitive analysis
  • Building MVPs for ML products
  • AI monetization strategies
  • Creating pitch decks
  • Using AI tools for product research
  • Preparing go-to-market (GTM) plans

Topics Covered: 

  • Resume building for AI/ML profiles
  • LinkedIn optimization
  • Writing ML case studies
  • GitHub portfolio for ML projects
  • Communication skills for data storytelling
  • Interview preparation (ML + coding)
  • Sales prediction using Regression
  • Iris dataset classifier
  • Customer segmentation using K-means
  • Sentiment analysis on social media data

Concepts Covered:

  • EDA
  • ML basics
  • Clustering
  • Classification
  • Image classification with CNN
  • Spam detection (NLP)
  • Credit card fraud detection
  • Housing price prediction

Concepts Covered:

  • Deep learning
  • NLP
  • Evaluation metrics
  • Optimization
  • End-to-End ML Pipeline & Deployment
  • AI Customer Insights Platform
  • NLP-powered Recommendation System
  • Deep Learning Visual Recognition System

Concepts Covered:

  • Architecture design
  • Deployment
  • Experimentation
  • Documentation

Tools & Softwares

Salary Scale

Maximum
35 LPA
Average
20 LPA
Minimum
10 LPA

Career Roles

FAQ's

Yes. You'll receive VTU-compliant certificates and documentation.

No. The program starts from fundamentals and scales gradually.

Prediction models, CNN-based classifiers, NLP applications, and a full ML pipeline.

Yes — resume, LinkedIn, GitHub, mock interviews & job guidance.

Offered in both offline and hybrid formats.

Yes, you will receive a verified completion certificate from Rooman Technologies upon meeting all requirements.

CSE, ISE, AIML, ECE, EEE, Civil, Mechanical and all final-year VTU students.

Python, Scikit-learn, TensorFlow, Pandas, Kaggle workflows, cloud ML basics.

Contact Us

Have questions about our programs or need guidance? Reach out to us and we’ll be happy to help.

Email Us

online@rooman.net

Call Us

080 6945 1000

Send us a Message

Contact Us

Have questions about our programs or need guidance? Reach out to us and we’ll be happy to help.

Email Us

online@rooman.net

Call Us

080 6945 1000

Send us a Message


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