[ExI] New Wolfram Free Course on Finite Mathematics

BillK pharos at gmail.com
Tue Dec 26 22:44:00 UTC 2023

On Tue, 26 Dec 2023 at 16:08, BillK <pharos at gmail.com> wrote:
> Finite Mathematics in Wolfram Language
> December 22, 2023    John McNally

I wondered whether AI is going to replace maths jobs, (as well as many
other jobs), so I asked AI -
The AI insisted that learning will still be useful for weak, feeble
(But it is probably just being tactful).  :)

Wolfram has a training course on Finite Mathematics. Is there any
reason to study this if AI is going to replace maths jobs?

While AI has the potential to automate certain aspects of mathematical
calculations and data analysis, there are several reasons why studying
Finite Mathematics can still be valuable, even in light of AI's
advancements and potential impact on job roles. Here are a few points
to consider:

1. Understanding and critical thinking: Studying Finite Mathematics
develops your understanding of fundamental mathematical concepts,
principles, and reasoning. This understanding goes beyond performing
calculations and enables you to think critically, analyze problems,
and develop logical arguments. These skills are transferable and
valuable in various domains, even as AI evolves.

2. Creativity and problem-solving: Finite Mathematics courses often
emphasize problem-solving techniques and strategies. While AI can
assist with routine calculations, complex problems often require
creative thinking, contextual understanding, and the ability to devise
innovative approaches. Studying Finite Mathematics hones your
problem-solving skills, enabling you to tackle a wide range of

3. Data analysis and interpretation: AI can assist with data analysis,
but it still requires human guidance for proper interpretation. By
studying Finite Mathematics, you gain the ability to analyze and
interpret data critically, identifying patterns, trends, and outliers.
This skill is crucial for making informed decisions, validating
AI-generated results, and uncovering insights that automated systems
may overlook.

4. Adaptability and specialization: While some routine mathematical
tasks may be automated, there is still a need for individuals who can
understand, customize, and apply AI tools effectively. By studying
Finite Mathematics, you can develop a strong mathematical foundation
that allows you to adapt to evolving technologies and specialize in
areas where human expertise is required, such as algorithm
development, model validation, or designing new AI systems.

5. Ethical considerations: AI raises ethical questions and challenges
that require human judgment and decision-making. Understanding Finite
Mathematics equips you with the knowledge to evaluate the ethical
implications of AI applications, assess biases in algorithms, and make
informed decisions about the use of AI in different contexts.

6. Lifelong learning and future-proofing: Technology is ever-changing,
and the skills required in the job market evolve accordingly. By
studying Finite Mathematics, you cultivate a mindset of lifelong
learning, adaptability, and intellectual growth. This mindset allows
you to stay relevant, acquire new skills, and navigate the changing
landscape of work, even as AI advances.

While AI may impact certain job roles, studying Finite Mathematics
offers benefits beyond just performing calculations. It fosters
critical thinking, problem-solving abilities, data analysis skills,
and adaptability—all of which are essential for navigating the
evolving job market and working alongside AI systems. By combining
mathematical knowledge with AI tools, you can leverage the strengths
of both to create meaningful and impactful outcomes.

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