Introduction to the Course
AI is shaping decisions in hiring, lending, healthcare, education, marketing, and security—but when systems behave unfairly, the impact is real. Navigating AI Accountability & Algorithmic Bias is a career-focused course designed to help you understand AI accountability and reduce algorithmic bias in real-world AI systems through practical frameworks, tools, and applied learning.
In this course, you’ll explore how responsible AI is implemented across industries using techniques such as fairness in machine learning, bias mitigation, and explainable AI (XAI). You’ll learn how biased data, flawed assumptions, and opaque model behavior can create inequitable outcomes—and how to correct them using measurable fairness metrics, model audits, and governance workflows.
Course Objectives
- Understand the foundations of AI accountability and why it matters in real-world AI deployments.
- Learn how algorithmic bias enters systems through data, labels, sampling, and design decisions.
- Gain practical skills to evaluate fairness using bias and performance metrics across groups.
- Master bias mitigation approaches including pre-processing, in-processing, and post-processing methods.
- Explore explainability methods to improve model transparency and stakeholder trust.
What Will You Learn (Modules)
Module 1:Foundations of AI Accountability
- Learn what AI accountability means in practice—responsibility, traceability, oversight, and measurable controls.
- Understand where accountability fails and how to build it into the AI lifecycle.
Module 2:Where Algorithmic Bias Comes From
- Explore the root causes of algorithmic bias including historical bias, sampling errors, proxy variables, and label noise.
- Identify bias risks across datasets, features, and model objectives.
Module 3: Fairness Metrics & Bias Measurement
- Learn how to quantify unfairness using key fairness in machine learning metrics and group-based evaluation.
- Practice comparing model outcomes across populations and interpreting results responsibly.
Module 4: Bias Mitigation Techniques That Work
- Apply bias mitigation strategies: data balancing, reweighting, fairness constraints, and calibration methods.
Who Should Take This Course?
This course is ideal for:
- AI/ML Professionals working on model development, deployment, evaluation, or AI product decisions
- Data Scientists & Analysts who want to reduce algorithmic bias and improve model reliability
- Students pursuing AI, data science, computer science, law-tech, or policy-related careers
Job Opportunities
After completing this course, learners can pursue roles such as:
- Responsible AI Specialist
- AI Governance Analyst
- AI Risk & Compliance Associate
Why Learn With Nanoschool?
At NanoSchool, we focus on career-relevant learning that builds real capability—not just theory.
- Training by experts: Training by experts who have experience in applying skills to industry and research problems.
- Practical and hands-on training: Skills development through activities, templates, and task-based learning that can be applied immediately.
- Industry-aligned curriculum: Curriculum aligned with industry tools, workflows, and expectations from employers.
- Portfolio-ready outputs: Outputs that can be used in interviews, academic profiles, proposals, or actual work.
- Learner support: Learners are provided with structured support, learning paths, and assistance to remain consistent and finish strong.
Key outcomes of the course
Upon completion, learners will be able to:
- Develop skills to detect and mitigate bias in algorithms through systematic assessment and mitigation processes
- Implement AI accountability techniques that facilitate auditing, interpretability, and responsible deployment of AI
- Develop real-world experience and confidence in fairness evaluation, interpretability, and governance reporting
- Enhance your personal brand for responsible AI careers in industry and academia
- Improve your AI-related decisions, both technically and ethically









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