Learning

Learning

Version 7.0
Thursday, June 1st
3 pm

#stevenpaulcote

#elonmusk

Learning program digitally enabled
The present and future of learning utilizes digital learning to augment physical learning.

The world of learning is changing dramatically. Students of all ages learn different than ever before.
philosopher Lao Tzu
“Give a man a fish and you feed him for a day. Teach him how to fish and you feed him for a lifetime” is a quote from the Chinese philosopher Lao Tzu
Great philosopher words updated would be a person not just a man.

“Learning (teaching) how: is the plan to be feed for lifetime” new digital disrupt skills, talents and new small business opportunities with complete Independence. Building value, perhaps being Existing by acquisition in a Wall Street Roll-up initial public offering (IPO) strategy.

Years ago individuals worked for themselves. Hard work and long hours, especially on the farm. Now unfortunately many people want to work for Corporate America in office maybe four (4) days a week.

Expecting learning programs supporting men and women including all ages: teens and adults. The learning program are gender neutral
Learning programs are geographically inclusive.

To learn to be the best, especially in digital world, it’s imperative to have access to the best equipment, hardware and software you cannot learn to be the best on interior assets. Technology is changing rapidly it’s essential to have technology refresh. Consumers will want the best available technology they expect their technicians to have experience, skills and talents with the latest available technology.

Unfortunately many educational institutions do not have the budget or the resources to have the best available technology and definitely not human resources adaptation to the newest technologies.

Most Advanced technologies are obsolete when available commercially. It’s imperative to work with technology providers to receive products prior to commercialization.

Planning a complete end-to-end learning program independently from any existing educational Institution. 100% control decentralized learning. No federal, state or local government funding support.

Philanthropists:
*Donates Time
*Money
*Expertise
*Skills or Talent

Anyone can be a philanthropist to help create a better world.

Potential could possibly have one single Philanthropists provider of in-kind donations and money (pledge of publicly traded stock used for collateral, financing a line-of-credit) and change the world to make it a better world

Philanthropist and student fees especially with any kind donations support the entire learning experience. Expecting and planning career opportunities for all students. Learning and learning is planned concurrently happening. Compensation expected to increase with increase skills and talents.

A philanthropist is a person who donates time, money, experience, skills or talent to help create a better world.

Advisors and coaches
Learning program focus on enabling advisory and coaching services to participants on advanced technologies.

Tesla products and services
Proficient understanding by learned individuals on Tesla and SpaceX products and services able to explain and advise other participants.

Learning centers
Playing to develop Learning centers in conjunction with evStation’s and other facilities.

Immediately proposing learning programs.

Focused curriculum
The curriculum will be highly focused on emerging disruptive technologies:

Electric vehicles (EV) no internal combustion engine (ice) including EV Hardware, software mechanical and auto body
Energy storage & charging
Energy generation (Solar & Other clean energy)
Environmental — Climate change Carbon (CO2) (decarbonization & inventory analysis, more)
Architecture & Real Estate Development (new methods/materials: solar roof tiles, satellite antennas, SIPs, strengthen glass, etc.)
Forest management (wildfire reduction & response)
Artificial intelligence (AI) artificial general intelligence (AGI) practical applications
Autonomous vehicles
Advanced driving technologies & defensive driving & executive protection
Robotics (humanoids) including for prosthetics
Multimedia, videographers, film editors, content specialist
Advanced communications (global satellites)
Supercomputing (modeling development)
Humanoid’s (Robots) training specialist
Agriculture (indoor & outdoor)
Ultraviolet light specialist
Vision Tech (eyes corrective high-tech film)
Tethered drones
Water (preservation, movement & geothermal)
Culinary
Fashion

Musical instruments (piano digital piano)
Languages (technology supported language learning)

Customer service technicians excellent opportunity for new customer service technicians. Charismatic people interacting between customer and technical product and services. Not a sales representative highly qualified technically confident and competent technician.

Other subject curriculum to be considered.

Call to Action
Requesting participation, asking for philanthropist to participate is supporting learning. Individuals to be philanthropist for learning. Providing: time, money (in-kind donations), talents and skills.

Call for educators/teacher’s
Requesting educators including teachers (retired or other, included recently graduated teachers) to participate.

Support for the learning program including student scholarship program.

Tuition Institution
Expecting tuitions the amount of tuition determined with the program with the program selected with the program

Electric vehicle mechanic and auto body
As the electric vehicle market surges with popularity the vehicles, vehicle millions of vehicles on the road and aging meeting maintenance and repair and millions of EVs are produced and sold each year.

it’s a dramatically increasing the necessity for mechanic including auto body personnel is imperative. The vehicles are very high-tech (computers on wheels) necessitating certified technician to be highly skilled in computer sciences and diagnostics.

Two startup entities are ready.
evSupertech forprofit entity startup and evCharity nonprofit organization is at the startup phase. Separately or combined the indices can have immediate learning divisions for the program.

Startup & funding plan
Seek and security seed capital for the startup phase including many in-kind donations. Vehicles, equipment hardware and software for learning. Limited cash contribution, depending on in kind donations for necessary items, for operating expenses. Fundraisers special events are planned at the beginning and ongoing.
Philanthropists are encouraged to participate.

Road and off road electric vehicles
It’s playing to support on road and off road electric vehicles (recreational vehicles. – RVs) including electric boats

Multimedia
Learning will be completely different than past format (teacher in a classroom in front of students in brick and mortar location, old school)
Editing and sounds studios planned

Hardware and software accessibility.

Cloud to camera (C2C)

Frame.io Camera to Cloud (or C2C) is an ecosystem of C2C Connected Devices that connect Frame.io to the production set.

Latest and greatest camera technology with portable broadband internet connection by global satellite supporting file uploads and downloading. Remote location energy storage.

Camera to Cloud equipment access with accessories, for learning

Learning is now a multimedia experience. Short focus video clips many of them delivered via YouTube channel. Students will learn from others watching video clips and other information obtained via the Internet. It’s playing to produce a short segment videos likely utilizing GoPro cameras and smartphone cameras. Some adding tools I plan to be used. Voice over educational information is planned.

The old school is out the new school is in. Artificial intelligence (AI) will screen the Internet information from around the world on focused topics. Original equipment manufacturer (OEMs) for support learning. Parts illustration and exploded diagrams from the manufacturer post office support 3D printed tools as necessary will enable disassembly and assembly of components.

Initially planning to support educationally the learning of vehicle selected by the procurement team as for the providers:

Vehicles EVs (Tesla’s)
Roadster Sports Car (2008)
Sedan (Model S 2012)
SUV (Model X 2015)
Sedan (Model 3 — 2017)
Crossover (Model Y 2020)
Robotaxi (When Available)
Roadster 2.0
Pickup (Tesla Cybertruck) 2023 Tarp System
Pickup (Tesla Cybertruck) 2023 Trailered/Tarp
Semi (Tesla) 2022 Commercial Truck/trailer

Including electric recreational vehicles (RVs): quads, personal watercraft, electric motors and systems on crew-boat, snow machine’s, compact track loaders (CTLs). Maintenance and repairs for electric vehicles on and off-road.

All other equipment available to participants maintenance and repair for learning is planned.

Cybertruck’s as tractors
Considering the utilization of cyber trucks as tractors. Farm tractors have not changed very much, in nearly 100 years.

Small farm/small businesses
Focused on small business farming. Farm to market support, including transportation with refrigeration temperature, humidity control and microbial lighting technology. UVC bacterial light which kills any bacteria present.

Passionate learning
The plan is to support individuals passionate learning on subjects and career opportunities that peaks their interest.

UV-C light (ultraviolet light with a wavelength between 200 and 280 nanometers

UV light to kill a range of dangerous bacteria and viruses from MRSA to E. coli. One of them is a UV-light-emitting robot that quite literally zaps operating rooms clean of all pathogens.
Another is a giant UV light wand designed by Boeing to disinfect the insides of airplanes.

Robots (Humanoids) UV-C
Planning on supporting research and training of robots and stand-alone devices with UV-light-emitting capabilities for many applications from agricultural to passenger compartments.

Polytechnic
Vocational schools (Polytechnic) and many other traditional educational schools are overwhelmed with new learning techniques.
Philanthropists are offered to use or not username with respect to the naming the Polytechnic university can remain anonymous.

On-line vs. in-person learning
Unfortunately they’re continues to be a battle between on-line learning versus personal learning in the classroom. It’s believed the hybrid approach is best.

A combination of virtual and physical learning is it preferred method for retention and marketable skills with certifications or other credentials supporting the skills and talents capabilities to translate to financial benefits (earnings).

Co-op program
It is planned for students to work within the learning education program, as wanted or needed while learning. Work and attend school under a special co-op program. Assistance securing vehicle, income part-time or full-time employment is planned

Town & Country

Urban and suburban campuses
Planning to have Urban locations classrooms and shops for learning with convenient access especially interactive with college urban campuses. Countryside suburban campuses planned. The suburban locations are playing maybe within one or two hours of urban location.

Many locations globally is planned. In the Mid-Atlantic region the United States planning Washington, DC Georgetown neighborhood Urban campus and in or near Charlottesville, Virginia for suburban campus.

Agricultural

Energy crop learning is planned. Glasses can be grown, photosynthesis benefits carbon reduction. Harvested grass can be pelletized and burn to great energy for turbine electricity generation.

Grasses (switch grass deep roots) can help in their prevention of erosion.

Greenhouses
Indoor and outdoor agricultural activities plan to be learned including utilization of high-tech artificial light systems for growing year-round.
Energy for lighting and heating dramatically reduced cost with advanced technologies.

Incubation
Greenhouses are idea for incubation including for energy grass.

Dome’s
Planning on utilizing domes and other shape soft sided structures.

Water
Application of high technology including centers and artificial intelligence (AI) is beneficial.

Robotics & Autonomous
Utilization of robotics including Humanoid’s and autonomous technologies expected to benefit and impact agriculture activities from planting to harvesting.

Tesla Service Fleet
Looking to the future, it is easy to see a fleet of Tesla’s soon-to-be-announced electric pickup trucks roaming around cities to service customer vehicles. Indeed, the high mileage Tesla puts on its service vehicles each year would make using its own trucks a great option to break in the first thousand Tesla Model P trucks (P for pickup) that come off the production line.

Potentially, working closely with Tesla service fleet to visit evStation’s to perform repairs on Tesla vehicles. Perhaps, working with independent certified technician. Tesla Service fleet brings and/or arranges for the parts needed for repairs including auto body parts.

Strategic teaming arrangement (STA) would be best for everyone. Supporting indoor (Dome’s or other) and/or outdoor repair area. Multimedia supported video showing the problem and repair techniques.

Agriculture is the art and science of cultivating the soil, growing crops and raising livestock. It includes the preparation of plant and animal products for people to use and their distribution to markets.
Electric vehicles including (PTO)

Food and drinks
Plan for food and drinks availability on-site with student discounts

Military & law enforcement
Not planning to have earning programs for military branches for law enforcement agencies. Individual military personne in law enforcement l re-careering or otherwise invited to participate

Disclaimer
It’s not implied or otherwise intended to communicate that anyone individual or company has offered to provide support.

Forward-looking statements
Information provided included significant amount of forward-looking payments that may or may not occur.
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Open source
Information provided is open source, not proprietary can be used by anyone that anytime for any useful good purposes.

Research

Nvidia’s CEO

Students graduating this year will see A.I. transform the workplace as they enter it. They can ride the new technological wave to professional success or be left in the dust, Nvidia’s CEO told graduates at National Taiwan University

What does it mean to be a philanthropist?
A philanthropist is a person who donates time, money, experience, skills or talent to help create a better world.
What is the best definition of multimedia?
a technique (such as the combining of sound, video, and text) for expressing ideas (as in communication, entertainment, or art) in which several media are employed. also : something (such as software) using or facilitating such a technique.
Tesla Solar Roof is a ‘revolutionary product solar city
What is the difference between farm and agricultural land?
Farmland, meanwhile, is used variously in reference to all agricultural land, to all cultivable land, or just to the newly restricted sense of “arable land”. Depending upon its use of artificial irrigation, the FAO’s “agricultural land” may be divided into irrigated and non-irrigated land.
What is the difference between farming and agriculture?
Agriculture is covering a vast area, including production, research and development, and farming is implementing agricultural activities. Also, it is the science or function of farming, including cultivating the soil for growing crops and the rearing of animals to provide food, wool, and other products
Planning on having PTO (front or rear mounted possibly in truck bed or stand alone)
Power Take-Off
Power Take-Off (PTO) Stub
The tractor’s stub shaft, often called the PTO, transfers power from the tractor to the PTO-driven machine or implement. Power transfer is accomplished by connecting a drive shaft from the machinery to the tractor’s PTO stub shaft
Tesla START Program Technician
What to Expect
The START Program Technician will go through an intensive EV service training program designed to provide the candidates with the skills necessary for a successful career with Tesla. During the program, students will develop technical expertise and earn certifications through a blended approach of in-class theory, hands-on labs and self-paced learning. Students are also given enhanced soft skills and team-based repair practices. Tesla is a culturally diverse and pluralistic company committed to working in a multicultural environment where differences are valued and respected. Women, minorities, individuals with disabilities, veterans, and intersectional individuals are encouraged to apply.

What You’ll Do
Learning and understanding of all Tesla vehicle products Participate in team-based activities, both lab and lecture Follow safety protocols at all times Enhanced organization by keeping tooling organized Complete weekly curriculum objectives Maintain consistent and professional rapport with instructor Participate in scheduled interview training and soft skills sessions Demonstrate ability to effectively handle multiple priorities, organize workload, and meet deadlines Pass a written general automotive exam not specific to Tesla vehicles Minimum 40 hours a week dedicated to training and service center support Maintain a 100% attendance percentage throughout the 16-week program

What You’ll Bring
High School Diploma or GED, and post-secondary automotive education level (or equivalent military service experience) acceptable to Tesla Must be at least 18 years of age Attend and pass each of the 16-week training sessions with an 85% or higher GPA Valid driver’s license, clean driving record and insurable Must be capable of reporting to training location or local service center as needed Must be willing to relocate upon successful completion of the program Ability to lift up to 60 pounds Must follow verbal and written instructions with attention to detail Be able to work in a team-based environment and achieve set goals Must have a “safety first” attitude Familiar understanding of the English language Basic computer skills, including navigating web browsers and using standard applications such as Microsoft Office (Word, Excel, PowerPoint, Outlook) Accept employment at a Tesla Service Center within 30 days of graduation from the program

Compensation and Benefits
Benefits
As a full-time Tesla Intern, you will be eligible for:

Aetna PPO and HSA plans > 2 medical plan options with $0 payroll deduction
Family-building, fertility, adoption and surrogacy benefits
Dental (including orthodontic coverage) and vision plans. Both have an option with a $0 payroll contribution
Company Paid (Health Savings Account) HSA Contribution when enrolled in the High Deductible Medical Plan with HSA
Healthcare and Dependent Care Flexible Spending Accounts (FSA)
LGBTQ+ care concierge services
401(k), Employee Stock Purchase Plans, and other financial benefits
Company Paid Basic Life, AD&D, and short-term disability insurance
Employee Assistance Program
Sick time after 90 days of employment and Paid Holidays
Back-up childcare and parenting support resources
Voluntary benefits to include: critical illness, hospital indemnity, accident insurance, theft & legal services, and pet insurance
Commuter benefits
Employee discounts and perks program
Tesla is an Equal Opportunity / Affirmative Action employer committed to diversity in the workplace. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, age, national origin, disability, protected veteran status, gender identity or any other factor protected by applicable federal, state or local laws.

Tesla is also committed to working with and providing reasonable accommodations to individuals with disabilities. Please let your recruiter know if you need an accommodation at any point during the interview process.

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Privacy is a top priority for Tesla. We build it into our products and view it as an essential part of our business

Camera to cloud (C2C)

Camera to cloud (C2C) bandwidth satellite globallbally. Reported, possibly more than 10Mbps

‘Ideally, having anything more than 10Mbps upload will result in offsite collaborators having access to clips within a minute or two of the take. When higher bandwidth is available, takes are available within seconds.”

Our goal is to support the camera to cloud (C2C) with the ideal bandwidth.using: SpaceX Starlink satellite Communication System, Tesla electric vehicle: Cybertruck with energy storage.

Potentially also using humanoids Teslas Bot (Optimus)

Article:

According to Cioni, if you can make a phone call from where you’re shooting, you can probably shoot C2C. He explains that the way Frame.io’s system works is that you can throttle the quality of files up or down based on network bandwidth availability.

“At 2Mbps, 1080/24p, one hour of content is about 1GB of total footage. Since crews typically shoot between two and four hours of footage a day (or 2-4 gigabytes of C2C proxies), they can easily upload all the media spread across the shoot day,” he says.

“Ideally, having anything more than 10Mbps upload will result in offsite collaborators having access to clips within a minute or two of the take. When higher bandwidth is available, takes are available within seconds. Even a one-hour interview with 10-20Mbps of upload bandwidth can be fully transmitted in less than six minutes, so the post-production and transcription processes can begin while the crew is still wrapping.”

For higher quality files like H.265 4K, the same principles apply. 10-20Mbps is going to be enough for C2C to work “extremely efficiently – enough to eliminate any sense of delay”, Cioni says.

Sohonet is on the same page, recommending a minimum of 1Gbps both up and down to accommodate small and medium-sized productions, with larger tent pole shows often deploying 10Gbps and beyond for their workflows off set.

While there is a lot of buzz around the camera itself pushing directly to the cloud, it’s not an efficient model. According to Parker, this is more likely to occur in small budget productions, B units off-lot, or production of commercials where there are only one or two cameras.

“Most meaningful productions for episodic and features have multiple cameras and are typically using WiFi spectrum to push the data from the camera to the video village where the footage is cached,” he says. “The director, producer, DoP, DIT, etc, all want to have a look at the take(s) before agreeing to move forward with the next scene or shot.

“Additionally, large shoots employ video assist software to provide for better shot management relative to metadata, multiple camera feeds, scene in/out, etc. Pushing all of the video through a common shot manager is the most common practice for medium and large productions.”

RAW workflows – not so fast

This is all fine for the vast majority of workflows which work with proxy video, but anyone wanting to push camera RAW (Original Camera Files/OCF) faces an uphill task today.

OCF requires more like 1000Mbps before it’s reliable enough to move. OCFs are not only the largest data payload but the least time sensitive. Today, OCFs do not come directly from the cameras, but rather are being pushed to a local staging environment (on-set or near-set storage as a part of video village).

“When it comes to transmission, the ability to get OCF directly to the cloud is limited today, but we are starting to see it happen,” Cioni says. “Companies like Sohonet are working with studios to install ultra-high-speed network connections that enable DITs to upload OCF right from set. Currently, those transmissions can’t be done wirelessly because wireless networks still lack the appropriate bandwidth.”

But there is one more thing we need to solve before the wireless networks catch up: today’s cameras are not yet designed to get OCF up to the cloud without first downloading it. Cioni predicts that cameras will be developed to allow access to OCFs so that it can be uploaded from the camera itself.

“The first step is that camera manufacturers will have to create that technology, and as they make headway, the telecom solutions will continue to increase bandwidth (hardline or wireless) to allow for connections that move OCF right to the cloud,” he says

Should I film in 4K or 8K?
Arguably, unless you’re using a high-end cinema camera to shoot feature films for the biggest of screens, the best reason to shoot 8K today is to improve 4K videos. And that’s because shooting 8K footage with the expressed purpose of creating a 4K video gives you a lot more information to work with.
If you’re talking about massive theater-size screens like Samsung’s Wall or Sony’s Crystal LED, 8K would be amazing. But since 4K is hard to discern when comparing to a 1080p TV, 4K to 8K from 10 feet away will be pretty much impossible