From Homeschool to Harvard and Stanford Without Paying a Cent
Get paid to go to college
Harvard's stipend: $35,000/yr. plus health insurance Stanford's stipend: $46,000/yr. plus health and dental insurance
( in addition to free classes)
This book was designed for veteran homeschooling parents, newbies with children in a brick-and mortar school who are weighing the pros and cons of homeschooling, and those who want to be prepared for the next pandemic.
ABOUT THE BOOK
As an electrical engineer I am trained to solve problems, so I treated the education system’s limitations as a problem I needed to solve for my kids’ sake. Then I wrote a book about it to help other parents. From Homeschool to Harvard Without Paying a Cent reveals proven strategies I used over a 10-year period, starting when I supplemented my sons’ education at a public elementary school and then transitioned to homeschooling. My strategies address top concerns faced by homeschoolers and traditional school students. The book also benefits parents who were forced to homeschool their children due to the pandemic. More importantly, it fills the gap in the “How to Homeschool” book market. Every parent should supplement their children’s education. If full-time homeschooling is not an option, part-time homeschooling could be the solution to help your children thrive.
This book guides new homeschool parents to information on how to: start transition from a brick-and-mortar school, supplement students from traditional schools, make curriculum choices, use outside resources, learn teaching techniques, encourage learning on the road, and choose extracurricular activities that can help build student’s credentials to improve their chances of getting accepted into Ivy League schools.
It gives detailed information about my sons’ academic years during elementary, middle, high school, and transitioning into college, where my elder son graduated with a neuroscience degree at age 19 and my younger son with an engineering degree at age 18 (both summa cum laude).
Get a copy of "From Homeschool to Harvard Without Paying a Cent" today!
Purchasing in the United Stated
Purchasing outside of the U.S.A (Brazil, Australia, China, France, Canada, and England)
Adapt teaching methods to best fit each child's needs
You can supplement your children’s education with 30 minutes a day.
According to the National Home Education Research Institute, homeschooling, which is legal in all 50 states, now has more than 1.69 million students learning at home, and that number increases every year.
TOP AWARDS AND ACHIEVEMENTS
Harvard Medical School
2nd Place – C. M., Pascal Kaeser Lab, Harvard Medical School
Acquired with Olympus FV1000 Confocal Microscope. Neuron in a primary hippocampal neuronal culture that was fixed and fluorescently stained for three proteins: In blue: Map2, In red: Synaptophysin, in green: ELKS1 (an active zone protein, specific to my research).
Satori Helmet: Top Project Award for Senior Design Project (Satori Helmet) at Florida Atlantic University. The EEG headset was integrated with machine learning, which retrieved electrical signals from user’s scalp to process and analyze brain waves.
Lionfish Eradication: Designed electrical subsystem for a tethered underwater vehicle that uses AI to recognize and capture lionfish (an invasive species). The design includes motors, motor controllers, buck converters, and a 100 foot voltage line.
Firefighter rescue operation project: Programmed a Raspberry Pi to be used with a drone and sensors. The temperature and carbon monoxide sensors were used to detect if the enclosed area was safe for rescue units. In addition, the ultrasonic sensor would detect objects and a loud sound would warn the user.
“Satori Helmet Project”
Designed and built an EEG headset and integrated with machine learning. It retrieves electrical signals from user’s scalp to process and analyze brain waves. This information is then sent to a computer that uses artificial intelligence to train models. Consequently, the computer can then perform an action according to the output of the artificial intelligence model. Some examples of applications of this concept are improving prosthetics, allowing Paraplegics to control wheelchairs, and high-tech entertainment.