Choose a math course that excites your child
$34 / lesson
- Flexible schedule
- 1 Learning progress report
$31 / lesson
- Flexible schedule
- Class notes
- Homework help
- 3 Learning progress reports
- Live support
$28 / lesson
- Flexible schedule
- Class notes
- Homework help
- 6 Learning progress reports
- Live support
- Lesson recordings
- Course completion certificate
$25 / lesson
- Flexible schedule
- Class notes
- Homework help
- 12 Learning progress reports
- Live support
- Lesson recordings
- Course completion certificate
$20 / lesson
- Flexible schedule
- Class notes
- Homework help
- 18 Learning progress reports
- Live support
- Lesson recordings
- Course completion certificate
Learning Math
with fun and adventures!
In Brighterly story-telling math, the kid embarks on a journey in different historical periods, interacts with characters from those eras, and solves hands-on Math problems to acquire and comprehend core math principles. Each module has the finest - research-proven - combination of math learning, fun, and knowledge evaluation for your kid’s top performance in every grade.
Each student enjoys 1-on-1 attention of a dedicated teacher to tour their math journey, get to know a rich collection of multi-domain knowledge, and better their practical math skills for life. Hop your kid onto the Brighterly story-telling math journey!
Explore Modules by Each Grade
- Grade 1
- Grade 2
- Grade 3
- Grade 4
- Grade 5
- Grade 6
- Grade 7
- Grade 8
Operations with Numbers up to 10 with Known Dinosaurs
There are famous species of dinosaurs, and I have to count them fast. To do that, I will improve my skills of addition and subtraction of numbers between 1 and 10.
Number System in the Plants of the Ice Age
The Ice Age now has plants, and they are growing so fast. To count them, I will learn how to solve math problems with numbers 1-100.
Utilizing Length Measurements alongside the Incas
I will explore Machu Picchu to say Hello to the Incas, then learn how to work with length and units as well as how to compare them.
Learning Place Value & Adding and Subtracting Numbers to 40 while Discovering America
I will travel around the American continent, and while doing this, I will learn the concept of number place value. Adding and subtracting numbers between 1 and 40 while comparing them as well as using ">" and "<" symbols.
Working with Shapes through the Lens of the First Airplanes
I will analyze how people built the first airplanes. Afterward, I will cut out and build aircraft shapes from paper while organizing an air race.
Addition up to 100, Coins, and a Space Station
I am at the NASA space station learning about humans in space and everything about the International Space Station. While there, I will learn how to count US coins. I will learn how to add and subtract numbers from 1 to 100, compare them, and use math language.
Addition and subtraction, length, dinosaurs, and dragons
I will analyze how dinosaurs and other mythical animals are related, using their lengths as the basis of comparison. Then, I will learn to add 1-digit and 2-digits numbers between 1 and 100.
Number System up to 1000 in the Ice Age Environment
I am exploring the Ice Age, and I need help. I will build my knowledge and skills of units by fixing ones, tens, hundreds, and thousands in a place value chart.
Number Operations up to 200 and Adventures with Dryopithecus
The Dryopithecus is a primitive animal, and I must learn how to use its tools. To be able to communicate with the Dryopithecus, I will learn how to add and subtract within 200.
Number Operations up to 1000 while at the Great Wall
I am at the Great Wall of China; to explore this place, I must learn different ways of adding and subtracting within 1 to 1000.
Basics of Division and Multiplication during the Renaissance
I am in the Renaissance era and just met Leonardo da Vinci. I will learn to divide and multiply numbers while we create art together.
Problems on Length, Data, and Money and Arts
I am an artist who is creating masterpieces with the advent of radio and cinema. I will solve data, length, and money problems to succeed in my art venture.
Time, Shapes, and Fractions in Robotics
It’s robot time! While researching the invention of robots and their functions, I will learn about geometric shapes and polygons and how to draw these shapes. I will also master telling time on an analog clock and building a cube.
Factors and Multiples in Paleontology
I am learning about paleontology and dinosaurs and trying to classify them. I will multiply and divide and use array models to boost my knowledge.
Number System, Measurements, and Global Warming in the Ice Age
I am in the Ice Age and must explore the period using my knowledge of measurements and time. I will tell time to the nearest minute and use grams, kilograms, milliliters, and liters in my exploration.
Learning Multiplication & Division while Exploring the Art of Neanderthals
I need to help my neanderthal friend analyze patterns. I must also learn about their lifestyle and beliefs, and to do this, I will solve equations and word problems.
Multiplication and Area together with the Mayans
I will build pyramids with Ancient Mayans by multiplying the area of 2-dimensional figures.
Fractions as Numbers, Number Line, and Astronomical Discoveries
I will explore planets and stars in the astronomical tower using fractions and learn how to place them on the number line.
Data and Line Plots & Medicine History
I will research medicine in the 20th century and learn how to collect, display, and analyze data measurements to make my exploration successful.
Geometry and Measurement in Mars Colonization
Humans want to move to Mars, and we must learn how to colonize the planet. I will learn how to find the perimeter and area of objects’ surfaces, using the rуsults to solve problems facing the planet.
Number System and Dinosaurs’ Evolution
I am researching dinosaurs’ evolution and to learn more on the topic, I will learn the position of digits, how to round up numbers, and operations of addition and subtraction.
Metric Measurement and Animals of the Ice Age
I am learning about the Ice Age and will study place value and its relationship with measurements, focusing on the metric systems of lengths, mass, and capacity to make exploration successful.
Learning Multi-digit Operations and Exploring Homo Іapiens’ Life
I am exploring the cave of Homo sapiens and will solve multiplication and division problems using the knowledge on place value.
Measuring Angles and Plane Figures in Ancient Rome
I am learning how sewers and aqueducts worked in ancient Rome, and I will do that by learning the definition and measurement of angles in plane figures.
Equaling, Ordering, and Operating Fractions with a Shade of the US history
I am visiting America during its revolutionary war; I will learn how to operate, order and equal fractions.
Working with Decimal Fractions with a Technology History Touch
I am exploring modern technologies and the evolution of computers, and I will do that using knowledge of decimal fractions.
Applying Multiplication and Measurements Conversion to Organize a Space Tour
I am in space. To learn more about it, I will convert units of weight, capacity, time, and length.
Learning Number System and Decimal Fractions to Explore the Ice Age
I am in the Ice Age and will learn about adjacent units, their meaning on the place value charts, and relation to decimals.
Operations with Whole Numbers and Decimal Fractions while Researching Homo Erectus Life
I am in the Stone Age, and I must explore the lifestyle of the beings in this age. To learn about their tools and communicate with them, I will use the base-ten system to multiply and divide numbers.
Addition and Subtraction of Fractions with the Sumerians
I am exploring the Sumerian civilization and ancient cuneiform, and in the process, I will add and subtract fractions, as well as understand the basic idea of fractions.
Multiplying and Dividing Fractions during the Industrial Revolution
I live at the time of the Industrial Revolution, observing how inventions are made, and in the process, I will learn multiplication and division of fractions and decimal fractions.
Volume and Area Adding and Multiplying in the Modern Energy Context
We are in an eco-friendly world and exploring the significance and roles of modern green energy. I will learn to add and multiply area and volume.
Solving Problems using the Coordinate Plane to Perform Space Missions
While exploring space with NASA, I will learn the basic idea behind coordinate planes and axes. I will construct parallel and perpendicular lines and learn to draw figures in coordinate planes.
Exploring concepts of ratio and unit rates in the prehestoric period
I will learn the ratio concept and will use ratio reasoning to solve problems while exploring the prehistoric period.
Learning arithmetic operations and division of fractions in ancient times
I will divide whole and fraction numbers, and will do operations on multi-digit decimals. All while learning arithmetic operations of the ancient people.
Operating rational numbers (positive and negative) while in the middle ages
I will understand and operate positive and negative numbers on the number line. It will show me how medieval people used rational numbers.
Working with four main operations (+, -, /, *) while discovering America
I will learn how to solve equations and problems algebraically. It will help me understand how Columbus discovered America.
Operating area, surface area, and volume during the industrial revolution
I will find the area, volume, and surface area of different figures and see how steam engine, railways, and canals were discovered.
Learning statistic while observing modern science advancements
I will start representing data distributions using dot plots and histograms. And I will learn about modern science advancements.
Studying ratios and proportions and seeing tectonic plates movements
I will learn to define proportions and discover the consequences of tectonic plate movements
Exploring rational numbers and understanding human evolution
I will conceptually understand integers and rational numbers. All while learning about the homo sapiens evolution.
Learning expressions and equations in ancient civilizations
I will know equivalent expressions and use linear equations to learn the role of scientific advancements in ancient kingdoms.
Solving percent problems during the Scientific Revolution
I will better my understanding of ratios and proportions by solving percent problems while navigating through the Scientific Revolution.
Studying statistics and probability with scientists stories.
I will develop inferential reasoning skills by studying statistics and probabilities under the guidance of the greatest scientists.
Learning geometry to learn the Mars colonization conditions
I will understand geometry, cross sections of three-dimensional figures, and will discover conditions for colonizing Mars.
Learning scientific notation and exponents operations in Ecosystems
I will learn operations exponents, converting standard numbers to scientific notation. And I will explore planet Ecosystems.
Understanding congruence in geometry and exploring European cultures
I will explore translations, reflections, and rotations in the plane and how to use them to define congruence. Also I will explore Europe and its cultures.
Knowing similarity in geometry and exploring Asia's history and culture
I will learn about dilation and similarity and apply that knowledge to a proof of the Pythagorean theorem. Also I will learn history and culture of Asia.
Solving linear equations and exploring North and South Americas
I will know unit rates, proportions, and linear equations. I will transcribe and solve equations in one and two variables during my exploration of North and South Americas
Learning the function concept in geometry and exploring Africa.
I will learn the function concept, and I will solve volume problems. All while exploring Africa's history and culture.
Understanding linear functions and modern alternative energy
I will understand and operate bivariate data and will deepen my knowledge of functions. Moreover, I will explore modern alternative energy facts.
Exploring irrational numbers using geometry while in orbits
I will use the Pythagorean theorem and right triangles to understand about square roots and irrational numbers. Also I will learn space orbits facts.