Skip to main content

Mathematics and Life 83 Beyond Abacus - 11 Course Objectives

 Beyond Abacus - 11 Course Objectives


Background After understanding the  7 Pillars of teachers’ training today we discuss the 11 Course Objectives of teachers’ training.


At the end of the training program, the participants would - 


  1. Understand the transitions in mathematics education with special reference to the National Education Policy

  2. Appreciate mathematics as a science of patterns

  3. Be able to revise or learn afresh mathematics content upto 10th standard from skill perspective

  4. Be familiar with modern methods of teaching 

  5. Be oriented to the creation and presentation of unique content through a research perspective.

  6. Be familiar with modern concepts like individual differences, construction of knowledge, taxonomy of educational objectives, multiple Intelligences

  7. Be familiar with developing higher order thinking skills among the students. 

  8. Be a true Digital Teacher. Using technology for information assimilation, organisation, delivery. Doing assessment, communication, all through the digital platforms available.

  9. Be able to enhance effective presence through social media

  10. Be given formal training on entrepreneurship skills

  11. Take Individual Franchise Plan to run Beyond Abacus franchise


The link below has a series of videos by me covering some of these 11 points


https://docs.google.com/document/d/1QXlJhj0MxYa1leD1xI7FJfFZyhQjmkr35joEOKFCBH8/edit


Please keep posting your learned opinion on the posts.


Dr Prakash Moghe

8085906062, 7489447223

drpnmoghe@gmail.com




Comments

Popular posts from this blog

Mathematics and Life 1 Introduction to the article series by Beyond Abacus

Purpose of the series is to explain various basic mathematics concepts in simple language connecting concepts to examples from life,business, science, day to day life. It will be our special emphasise to develop what Dr. Prakash Moghe calls the math - language interface. That is, showing similarity between the words used in daily language and mathematics like point, ray, interest and so on......     Audience This series of posts is for everyone who wants to understand, learn, revise, apply maths concepts, formulae, and wants to develop Problem Solving Approach, critical thinking, design thinking, and mathematical thinking. Agewise , from age 6 to the time one wants to learn / revise / teach basic maths will find these posts useful in their own ways. Frequency of posts At least one post a day has been planned. Length of posts Each post will be self content, so will be long enough to elaborate the point and short enough to keep the reader engaged. The reach Each post wil...

Mathematics and Life 2 About me - Early Childhood to formating years

  Overview  Past   36 years I have been a maths classroom teacher by choice.  Childhood and family Born in a Maharashtrian Bramhin family in 1960, with father being a medical doctor, childhood was very blissfully ignorant of the ground realities of the world. Being a government doctor with zero PR activities, I continue the trend, transfer or long posting in tribal areas was a norm. We spent 6 years in Bastar district in early 1970s. One of the most interesting things to recall is we three brothers often used to sit and talk a lot in Hindi. In the presence of parents, we three used to interchangeably toggle Hindi - Marathi. Hindi with brothers, Marathi with parents. In 8th standard, the elder brother school fee was a whopping 30 paise per month, my huge fee was 15 paise per month and the third had to pay nothing in the Government Multi purpose school Bastar. Moving to Indore To reduce the stressful impact of transfers on our studies, in 1976 myself and elder bro...

Mathematics and Life 4 Mathematics as just a computational tool

  The importance of definition  I would like to discuss how the policy makers', parent body, school administrators, investors', teachers' perception of what is it to be good at maths ? affects the students and ultimately the workforce, industry, economy in general. 1. Mathematics as a computational tool    This is the current, popular perception of knowing maths. Our classroom teachings, examination system, wide spread tutoring, coaching business all tend to develop, appreciate, the skill of reaching one unique answer as fast as possible. The Abacus or its various versions, as a training tool are classic examples of this. Students are expected to be too good at a skill in past 61 years of life I have not needed. I ask the readers, how often, if at all, you needed to find 5813 x 3876 infraction of a minute and that too accurately ? I bet never. But, just as a ritual, under peer pressure children go year after year to learn something which is first of all not needed at...