The 'academic' component of the EE Program covers multiple pillars of the GenWise Curriculum. These curricular elements will be covered over 2 weeks (45 hrs/ day), as follows:

Week 1: Mathematics, Science, Design and Technology (STEM Focus)

Week 2: Nature, Society &Individual; Tools for Thinking & Communication (Humanities Focus)
Please click on each week to know (MUCH) more...
While children are free to pick either week, we strongly recommend a balanced exposure to the content over both weeks.
Math Unmuddled: Early Algebra
The ‘Math Unmuddled’ series takes up topics that pose common difficulties for children and clarifies these to build strong conceptual foundations.
Starts
26 April 2021
Time
On Days
Fee (₹, incl taxes)
Audience
About the Course
A good grasp of basic Mathematics is important in today’s world, irrespective of the career one chooses to pursue. While Math is typically associated with Science and Engineering, it is hard to think of any line of work that does not involve an understanding of schoollevel Math (at least till grade 10). Unfortunately, many students struggle with the subject and even develop a fear of Math. The most common reason for this is that they attempt to remember many disconnected rules and procedures, and this makes Math seem more difficult than it is.
The GenWise team has seen many instances of this in their experience. For example, we have asked grade 2/3 students to perform a division like 391/17. After they answer this correctly and say ‘23”, we ask them to multiply 23 by 17. We find that there are always some students who start performing this multiplication instead of immediately seeing that the answer has to be 391 (because multiplication is the inverse of division). When underlying concepts such as these are understood, there is ‘less to remember’ and Math becomes simple and unmuddled. The ‘Math Unmuddled’ series takes up topics that pose common difficulties for children and clarifies these to build strong conceptual foundations.
This course demystifies basic Algebra, which puts off many children (and some adults too!). When students are introduced to Algebra, they often think of it as a subject that is unrelated to any Math they have done in the past. What these students may not realize is that they have been thinking algebraically for quite some time—recognizing and describing patterns, using inverse operations, and finding unknown values. Here are some examples:
 6 divided by what gives 3?
 I have Rs. 20/ rupees and the slab of chocolate I want costs Rs. 45. How much money do I need before I can buy the chocolate?
 When I add three odd numbers, why do I always get an odd number?
Students struggle with Algebra also because of some specific gaps. One such is that students understand the “=” sign as meaning “carry out the operation”.
Consider this question:
8 + 4 =____ + 5
In a study of 145 sixthgrade students, 84% of them gave the solution "12." Another 14 percent gave the solution as "17." They had not learned that the equal sign expresses a relationship between the numbers on each side of the equal sign.
Yet another issue is the difference between when there is only one variable and when there are two related variables.
Consider x+3 = 5.
X = 2 is the only “correct” answer here.
In x + y = 7,
x equals 5 when y equals 2.
But x and y could literally have infinite combinations of values which would all be “correct.”
Still another bottleneck is when they have not mastered integer operations. That can make it doubly difficult.
All in all, when students have not been provided with the scaffolding required in the early stages of formally meeting Algebra, it can seem to be meaningless rather than a beautiful notation to better understand and represent our world. They find questions such as the below, to be challenging:
The minimum fare for the cab I use is Rs. 50/ and the fare doesn’t change for the first two km. Then on, the rate is Rs. 20/ per km. How much do I have to pay if I travel
 1 km? 2 km? 3 km? 4 km? 5 km?
 For some unknown number of km, say, n, can I predict how much I will have to pay?
Note:
The course is not a substitute for learning the topic in school. It is assumed that students already have some familiarity with the topic. Also, in the limited time available in this course, it is not possible to focus on practice. Students must internalize what they learn in the course through subsequent practice, under the guidance of a teacher or a parent.
References:
 https://multiplex.videohall.com/presentations/1196 (Part of The Impact of a TeacherLed Early Algebra Intervention on Children’s AlgebraReadiness for Middle School (20142018),
 http://algebra.wceruw.org/index.html
 https://sedl.org/pubs/sedlletter/v15n01/5.html
 https://apasseducation.com/educationblog/4misconceptionsstudentshavealgebra/
About our Facilitator:
Rachit is an electronics engineer who has been designing analog circuits for the past decade. His work experience includes Cosmic Circuits and Cadence Design Systems (which acquired Cosmic Circuits), on the design of integrated circuits for audio codecs, serial interfaces, and phase locked loops amongst other things. He likes to spend his time on reading, understanding audio, building speakers, music, and sports.
Rachit has a Masters degree from the Centre For Electronic Design And Technology at the Indian Institute of Science, Bengaluru.
Muralidhar (aka Murali) is senior mentor and course designer at GenWise with 20+ years of experience in the social sector. In addition to delivering Vocational Training to young adults, he is currently responsible for design, manufacturing and marketing operations at a traditional handicraft (wooden toys) enterprise near Bengaluru. Murali has also delivered training and professional development programs for secondary science teachers and 'making' skills to "gifted students" for around 4 years.
Murali has a bachelor's degree in Engineering from IIT Madras.