Memo: Create GitHub Project & Framer Sales Page for [Unit Plan]

trainfarb commented 2 months ago

PROBLEM DIAGNOSIS_Goal: Today’s Lesson/ GitHub Issue is focused on creating a comprehensive outline for the B.9.0 Training Platform Unit Plan (B.9.0.2)

B.9.0 Training Platform (v0ourSource)

B.9.0.0 Training Memo (v0gr0chord): PROBLEM DIAGNOSIS - Populate Training Memo P3 workSheet

B.9.0.0.7 (v0gr0b7data): PROBLEM DIAGNOSIS_Goal

Lesson 00 (PROBLEM DIAGNOSIS): Receive and Review B.0.9 Onboarding Memo
Lesson 01 (PROBLEM DECOMPOSITION): Remix B.0.9 Onboarding Memo into B.9.0 Training Memo
Lesson 26 (PROBLEM REFRAMING): Update B.9.0 Training Memo after completing Unit Plan
Lesson 27 (CONSTRAINT DESIGN): Send Updated B.9.0 Training Memo to C.1.8 Governance Platform
B.9.0.1 Curriculum (v0gr1ego): PROBLEM DECOMPOSITION - Publish Curriculum to GitHub Repository

B.9.0.1.1 (v0gr1b1infrastructure): PROBLEM DECOMPOSITION_Initial State
Lesson 02 (PROBLEM DIAGNOSIS): S3 workBook to Outline Problems MSME have without a Chief Human Resource Officer (CHRO). List all pain points without good training for each team in the platform on each page of the workBook. Take photo of completed S3 workBook, share to GitHub Issue, and close.
Lesson 03 (PROBLEM DECOMPOSITION): Get to the heart of the problem by watching a video on corrupt education institutions to see how that limits MSME effectiveness at creating planning. List all problems from Lesson 02 into today’s GitHub Issue, and add notes from the institution video watched for added context. Close GitHub Issue.
Lesson 04 (PROBLEM REFRAMING): Relate to how this corrupts the Investment, Supply, Civil, and Value Chains for more grounded context. Learn from Teachers how to form a curriculum from a YouTube video, and represent that model as a single cell.
Lesson 05 (CONSTRAINT DESIGN): Define the problems associated with how to properly store and update a curriculum. Show how each of these problems will be grouped into a music scale so we can learn how to tune their frequencies as we take action in the next lesson plan. Send this problem to next phase to start working on actions to resolve all issues identified.
B.9.0.1.2 (v0gr1b2research): PROBLEM DECOMPOSITION_Actions
Lesson 06 (PROBLEM DIAGNOSIS): Identify that the problem we’ll be solving is creating a teacher inspired curriculum that teaches us how to decentralized our education institution so we can create accessible Training tools for MSMEs with limited resources: Open Source CHRO Curriculum
Lesson 07 (PROBLEM DECOMPOSITION): Decompose problem into separate sections by identifying how each Unit within the Curriculum will align with a different institution. This will allow us to take action on teaching people how to decentralize each one in a pragmatic way.
Lesson 08 (PROBLEM REFRAMING): Reframe the problem of investment, supply, civil, and value chains with Biomimicry to create a relationship between the education Institution to Cytoplasm of a Cell, Mushroom enzymes?, Animal skeletal system, tree water/soil. Show how the different institutions group together within each portion.
Lesson 09 (CONSTRAINT DESIGN): Review the curriculum template provided. Maintain the high level structure, but change each section as it relates to your program. Publish the completed curriculum to your GitHub repository README and close today’s issue.
B.9.0.2 Unit Plans (v0gr2biomimicry):

B.9.0.2.3 (v0gr2b3marketing): Publish GitHub Project Unit Plan for B.9.0 Training Platform
Lesson 10 (PROBLEM DIAGNOSIS): Outline problems that MSMEs have when planning cohort based training workshops (review ultimate sales machine for input here). Break this down in oS3 workShop with how problem arises for each platform.
Lesson 11 (PROBLEM DECOMPOSITION): Watch a video on institutions and relate to the problems MSMEs are having and the human ego. Turn MSME problem workShop notes into markdown that gets added to today’s issue. Close issue.
Lesson 12 (PROBLEM REFRAMING): Reframe all of these issues in the context of biomimicry process (animal) and institutional process (civil). Lock the idea of how these processes work within a model for single cell over 4 and 7 steps.
Lesson 13 (CONSTRAINT DESIGN): Turn this into a 28-issue GitHub Project that translates the process within the cell model into a tangible GitHub Project.
B.9.0.2.4 (v0gr2b4economic): Publish Framer Product Page that links to GitHub Project Access
Lesson 14 (PROBLEM DIAGNOSIS): Outline problems that MSMEs have when selling their cohort based course workshops. Break this down in an oS3 workShop with how the problem arises with each platform.
Lesson 15 (PROBLEM DECOMPOSITION): Watch a video on how institutions are related to this problem and can become more corrupt if we don’t correct it. Relate to human ego that we have internalized.
Lesson 16 (PROBLEM REFRAMING): Reframe the issue in terms of civil chain (institution) and human system (ego) and show how properly selling the solution to the corruption will support our development.
Lesson 17 (CONSTRAINT DESIGN): Create Framer landing sales page that links to the GitHub Project. Sales page will target teachers who want to help redefine education institution, CHRO who want to support an open source community, student groups who want to take control of their education. Ultimately want to partner with U of I department of Civil Engineering to bring this curriculum to the campus as a student run platform design engineering course based on Civil Systems Engineering. Each platform will choose a school to partner with that will help their personalized curriculum evolve.
B.9.0.3 (v0gr3music):

B.9.0.3.5 (v0gr3b5media): Console Page to Introduce Curriculum
Lesson 18 (PROBLEM DIAGNOSIS):
Lesson 19 (PROBLEM DECOMPOSITION):
Lesson 20 (PROBLEM REFRAMING):
Lesson 21 (CONSTRAINT DESIGN):
B.9.0.3.6 (v0gr3b6entertainment):
Lesson 22 (PROBLEM DIAGNOSIS):
Lesson 23 (PROBLEM DECOMPOSITION):
Lesson 24 (PROBLEM REFRAMING):
Lesson 25 (CONSTRAINT DESIGN):

4 Step Progression Key at Different Scales: Meant to help keep the same structure, but use different naming at each scale so it’s not too confusing.

Current Structure:

B.9.0.0 PROBLEM DIAGNOSIS

B.9.0.0.7 PROBLEM DIAGNOSIS
- B.9.0.0.7.00 PROBLEM DIAGNOSIS
- B.9.0.0.7.00.A PROBLEM DIAGNOSIS
- B.9.0.0.7.00.B PROBLEM DECOMPOSITION
- B.9.0.0.7.00.C PROBLEM REFRAMING
- B.9.0.0.7.00.D CONSTRAINT DESIGN
- B.9.0.0.7.01 PROBLEM DECOMPOSITION
- B.9.0.0.7.26 PROBLEM REFRAMING
- B.9.0.0.7.27 CONSTRAINT DESIGN
  B.9.0.1 PROBLEM DECOMPOSITION
B.9.0.1.1 PROBLEM DECOMPOSITION_INITIAL STATE
- B.9.0.1.1.02 PROBLEM DIAGNOSIS
- B.9.0.1.1.03 PROBLEM DECOMPOSITION
- B.9.0.1.1.04 PROBLEM REFRAMING
- B.9.0.1.1.05 CONSTRAINT DESIGN
B.9.0.1.2 PROBLEM DECOMPOSITION_ACTIONS
- B.9.0.1.2.06 PROBLEM DIAGNOSIS
- B.9.0.1.2.07 PROBLEM DECOMPOSITION
- B.9.0.1.2.08 PROBLEM REFRAMING
- B.9.0.1.2.09 CONSTRAINT DESIGN
  B.9.0.2 PROBLEM REFRAMING
B.9.0.2.3 PROBLEM REFRAMING_TRANSITION MODELS
- B.9.0.2.3.10 PROBLEM DIAGNOSIS
- B.9.0.2.3.11 PROBLEM DECOMPOSITION
- B.9.0.2.3.12 PROBLEM REFRAMING
- B.9.0.2.3.13 CONSTRAINT DESIGN
B.9.0.2.4 PROBLEM REFRAMING_GOAL TEST
- B.9.0.2.4.14 PROBLEM DIAGNOSIS
- B.9.0.2.4.15 PROBLEM DECOMPOSITION
- B.9.0.2.4.16 PROBLEM REFRAMING
- B.9.0.2.4.17 CONSTRAINT DESIGN
  B.9.0.3 CONSTRAINT DESIGN
B.9.0.3.5 CONSTRAINT DESIGN_PATH COST
- B.9.0.3.5.18 PROBLEM DIAGNOSIS
- B.9.0.3.5.19 PROBLEM DECOMPOSITION
- B.9.0.3.5.20 PROBLEM REFRAMING
- B.9.0.3.5.21 CONSTRAINT DESIGN
B.9.0.3.6 CONSTRAINT DESIGN_SOLUTION
- B.9.0.3.6.22 PROBLEM DIAGNOSIS
- B.9.0.3.6.23 PROBLEM DECOMPOSITION
- B.9.0.3.6.24 PROBLEM REFRAMING
- B.9.0.3.6.25 CONSTRAINT DESIGN

While this accurately describes what’s happening, it’ll be too hard for people to understand how this all breaks down. Updated key will break things down in the following way

MSME FOCUS/ Platform Chains

Curriculum/ Ego Focus/ Problem Formulation
- Unit Plan/ Biomimicry Focus/ Eukaryotic Kingdom
- Lesson Plan/ Music Focus/ Stages of Enlightenment

LEVEL 0	LEVEL 1	LEVEL 2	LEVEL 3
OWNER INVESTMENT CHAIN	PROBLEM DIAGNOSIS	PROTISTA	EXPRESSION
PRODUCER SUPPLY CHAIN	PROBLEM DECOMPOSITION	FUNGI	EXPERIMENTATION
PROVIDER CIVIL CHAIN	PROBLEM REFRAMING	PLANTAE	INTEGRATION
CONSUMER VALUE CHAIN	CONSTRAINT DESIGN	ANIMALIA	TRANSCENDENCE

B.9.0.0 OWNER INVESTMENT CHAIN

B.9.0.0.7 PROBLEM DIAGNOSIS
- B.9.0.0.7.00 PROTISTA
- B.9.0.0.7.00.A EXPRESSION
- B.9.0.0.7.00.B EXPERIMENTATION
- B.9.0.0.7.00.C INTEGRATION
- B.9.0.0.7.00.D TRANSCENDENCE
- B.9.0.0.7.01 FUNGI
- B.9.0.0.7.01.A EXPRESSION
- B.9.0.0.7.01.B EXPERIMENTATION
- B.9.0.0.7.01.C INTEGRATION
- B.9.0.0.7.01.D TRANSCENDENCE
- B.9.0.0.7.26 PLANTAE
- B.9.0.0.7.27 ANIMALIA
  B.9.0.1 PRODUCER SUPPLY CHAIN
B.9.0.1.1 PROBLEM DECOMPOSITION_INITIAL STATE
- B.9.0.1.1.02 PROTISTA
- B.9.0.1.1.03 FUNGI
- B.9.0.1.1.04 PLANTAE
- B.9.0.1.1.05 ANIMALIA
B.9.0.1.2 PROBLEM DECOMPOSITION_ACTIONS
- B.9.0.1.2.06 PROTISTA
- B.9.0.1.2.07 FUNGI
- B.9.0.1.2.08 PLANTAE
- B.9.0.1.2.09 ANIMALIA
  B.9.0.2 PROVIDER CIVIL CHAIN
B.9.0.2.3 PROBLEM REFRAMING_TRANSITION MODELS
- B.9.0.2.3.10 PROTISTA
- B.9.0.2.3.11 FUNGI
- B.9.0.2.3.12 PLANTAE
- B.9.0.2.3.13 ANIMALIA
B.9.0.2.4 PROBLEM REFRAMING_GOAL TEST
- B.9.0.2.4.14 PROTISTA
- B.9.0.2.4.15 FUNGI
- B.9.0.2.4.16 PLANTAE
- B.9.0.2.4.17 ANIMALIA
  B.9.0.3 CONSUMER VALUE CHAIN
B.9.0.3.5 CONSTRAINT DESIGN_PATH COST
- B.9.0.3.5.18 PROTISTA
- B.9.0.3.5.19 FUNGI
- B.9.0.3.5.20 PLANTAE
- B.9.0.3.5.21 ANIMALIA
B.9.0.3.6 CONSTRAINT DESIGN_SOLUTION
- B.9.0.3.6.22 PROTISTA
- B.9.0.3.6.23 FUNGI
- B.9.0.3.6.24 PLANTAE
- B.9.0.3.6.25 ANIMALIA

trainfarb commented 2 months ago

Did an Ecosia search for the market size of Platform Design for manufacture and assemble.

Smart Manufacturing Platform Market came up

https://finance.yahoo.com/news/global-smart-manufacturing-platform-market-110000259.html

Update platform design engineering with this in all platform memos

trainfarb commented 2 months ago

Daily walk: Propose an algae photo bioreactor greenhouse that harvests rainwater and acts as a hub for the school across the street. Smart Manufacturing platform hub that has algae, mycelium, hemp, and willow growing here. Where plants move once they outgrow the seed starter stand at the hemp house

trainfarb commented 2 months ago

Proposed default investment model for simplicity:

Investment for 12 person team
Each a producer for a platform ($3,600/mo)
12 month runway before assessing next round
12 people $3,600 12 months = $518,400
14.4% stake in the platform
Use this to build the portfolioWallet

hu3agency / B.9.0-Training-Platform