• Duration

    45 Minutes

  • Level

    Beginner

  • Course Type

    Short Course

What you'll Learn

  • Grasp the core differences, capabilities, and benchmarks of o3 and o4-mini models.

  • Learn to access and interact with o3 and o4-mini using OpenAI APIs effectively.

  • Develop the ability to compare models and choose the right one for practical use cases.

About the Instructor

Dipanjan Sarkar - Head of Community and Principal AI Scientist, Analytics Vidhya

Dipanjan Sarkar is a distinguished Lead Data Scientist, Published Author, and Consultant, having a decade of extensive expertise in Machine Learning, Deep Learning, Generative AI, Computer Vision, and Natural Language Processing. His leadership spans Fortune 100 enterprises to startups, crafting end-to-end data products and pioneering Generative AI upskilling programs. A seasoned mentor, Dipanjan advises a diverse clientele, from novices to C-suite executives and PhDs, across Advanced Analytics, Product Development, and Artificial Intelligence.
About the Instructor

Who Should Enroll?

  • Ideal for learners looking to understand and experiment with cutting-edge OpenAI models for AI projects.

  • Suited for developers and tech professionals aiming to integrate o3 and o4-mini into real-world applications.

FAQ

  • What makes OpenAI o3 and o4-mini different from other models?

    They offer improved reasoning, coding, and vision capabilities compared to previous versions.

  • Can I use these models for image input tasks?

    Yes, both support vision input—upload images and ask questions or extract information directly from them.

  • Does this course include a certificate of completion?

    Yes, you will receive a certificate of completion upon successfully finishing the course and all associated assessments.

  • Is there a major difference in cost between o3 and o4-mini?

    Yes, o4-mini is generally cheaper and faster, while o3 is better for tasks needing more depth or accuracy.

  • What kind of tasks can o3 and o4-mini models handle?

    Both models are capable of reasoning, coding, and multimodal tasks. The course explores real use cases to show where each excels.