Live Honors Math • Grades 5–8
A structured, live online Algebra 1 class helps prepared 8th graders build abstract reasoning, solve challenging problems, and prepare for an accelerated high-school math pathway.
A clear starting point
An online Algebra 1 class for 8th graders is a live, instructor-led course for middle school students who are ready to move beyond arithmetic and Pre-Algebra into variables, equations, functions, graphs, inequalities, and mathematical modeling. This course is designed for students who want an accelerated or Honors-level pathway, deeper instruction alongside school Algebra I, or preparation for future Geometry, Algebra II, competition math, and STEM study.
New students complete an online placement assessment so the recommended course level reflects current knowledge rather than age alone. The course is taught in English, uses small-group instruction, and combines preparation, live teaching, guided practice, homework, recorded explanations, and assessments.
Designed around the learner
The strongest fit is an 8th grader with Pre-Algebra or equivalent knowledge who wants systematic instruction and meaningful mathematical challenge.
Useful for an 8th grader seeking advanced placement, students preparing for high-school math placement tests, or learners planning to reach Geometry, Algebra II, Pre-Calculus, or AP math earlier.
Prepare for Honors Algebra 1The course also suits students who want to strengthen school Algebra I, prepare for AMC 8 or MathCounts, or connect algebraic ideas to engineering, computer science, physics, and chemistry.
Explore competition math preparationRecommended entry routes include Pre-Algebra followed by Algebra I, school Pre-Algebra followed by this course, or school Algebra I followed by Geometry for students already working ahead.
Check Algebra 1 readinessLessons emphasize why methods work: translating word problems into equations, connecting equations with graphs, modeling situations, and communicating a solution step by step.
Build algebra problem-solving skillsInside the course
Move progressively from arithmetic rules and expressions to equations, functions, quadratics, and sequences.
Learn in a live class of 6–12 students with opportunities for guided practice and student output.
Complete an online placement test, then use midterm and final assessments to review progress.
Review homework explanations and supplementary resources after live instruction.
AoPS-based materials incorporate advanced problem-solving ideas from AMC 8 and MathCounts.
Learning reports, progress feedback, family app access, homework tracking, and teacher communication support the learning process.
The live format combines teacher modeling, guided practice, independent problem solving, challenge questions, review, and post-class homework.
A representative 90-minute lesson
The course follows a consistent learn–practice–explain rhythm so students have time to understand an idea, use it, and communicate their reasoning.
Students review pre-class materials before the teacher introduces the core concept and models worked examples.
What the student sees: preparation, explanation, and a clear worked example.
Students solve guided, independent, advanced, and challenge questions while connecting algebraic representations.
What the student sees: active problem solving and teacher feedback.
The lesson closes with a summary, followed by homework, recorded explanations, and periodic assessments.
What the student sees: a reviewable record of the method and next practice.
Online placement assessment before enrollment
Live weekly instruction in English
Pre-class preparation and teacher modeling
Guided and independent practice
Homework, review, and assessments
One-semester structure with 18 lessons
90-minute lesson format
Midterm and final assessments
Learning reports and progress feedback
Parent access through the family app
Recorded homework explanations for review
Online homework review and response tracking
Teacher communication about classroom performance
Supplementary learning resources
Optional live homework question-and-answer support
The academic map
The course is divided into Algebra I A and Algebra I B. Together, the sequence develops fluency with equations and ratios before extending into quadratics, functions, complex numbers, logarithms, and series.
The first sequence covers arithmetic rules, exponents, variables, linear equations, systems, ratios, percentages, proportions, graphing, inequalities, factoring, quadratics, and competition problems.
| Lessons | Representative topics |
|---|---|
| 1–8 | Expressions, equations, word problems, and systems |
| 9–12 | Midterm, ratios, percentages, and proportions |
| 13–18 | Graphs, inequalities, quadratics, AMC 8, and final assessment |
The second sequence extends to Vieta’s formulas, completing the square, the discriminant, complex numbers, functions, transformations, logarithms, radical and rational functions, and arithmetic and geometric series.
| Lessons | Representative topics |
|---|---|
| 1–8 | Quadratics, complex numbers, and inequalities |
| 9–14 | Functions, transformations, special functions, and final assessment |
| 15–17 | Radical, rational, arithmetic, and geometric sequences |
Pre-Algebra → Algebra I → Geometry → Algebra II → Pre-Calculus → Calculus
For an accelerated middle-school route, the provided pathway lists Pre-Algebra in Grade 6, Algebra I or Pre-Algebra in Grade 7, and Algebra I or Geometry in Grade 8, followed by Geometry or Algebra II in Grade 9.
A student may encounter the system:
Adding the equations produces 4(x + y + z) = 108, so x + y + z = 27. Subtracting from the original equations gives z = 8, x = 9, and y = 10. This is the kind of modeling and elimination problem that connects symbolic manipulation with logical reasoning.
Course examples use equations, systems, ratios, rates, and word problems to make abstract algebra applicable.
If three fish equal two loaves of bread and one loaf equals four bags of rice, students can track units:
1 fish × 2/3 loaves × 4 bags = 8/3 bags of rice
Statements such as e + 2m = 361 and 2e + m = 362 can be added to find e + m = 241. The focus is translating language into a solvable system.
Algebra I A uses 17 questions with an 85% passing standard and a 40-minute limit. Algebra I B uses 16 questions with a 60% passing standard and a 40-minute limit. Topics may include equations, inequalities, geometry, analytic geometry, number theory, exponents, ratios, probability, and unit conversion.
The curriculum team includes university professors and researchers with mathematics, STEM, cognitive science, electrical engineering, statistical genetics, and mathematics education backgrounds.
Students receive live instruction, homework review, recorded explanations, learning reports, teacher communication, family app access, and optional live homework question-and-answer support.
Teacher quality
“I love teaching at ACE Academy because I get to work with students of all personalities, and my experience helps me connect with each of them in meaningful ways.”
— Basel Am, Teacher
“The curriculum is also thoughtfully designed, using engaging characters that make lessons more enjoyable and easier to understand for both students and teachers.”
— Kathleena M.S.R, Teacher
“Join thousands of families who have transformed their children's academic journey with ACE Academy.”
— Site CTA statement
The available review signal is a 4.5/5 Trustpilot TrustScore, shown on the site alongside the program’s family-focused learning claims.
— Trustpilot rating shown on site
| Decision factor | ACE Academy Algebra I | Self-directed online study | Unstructured tutoring |
|---|---|---|---|
| Instruction | Live weekly lessons | Independent pacing | Depends on tutor and session |
| Class structure | 18-lesson semester sequence | Not specified | Often lesson by lesson |
| Placement | Required online placement assessment | Not specified | Varies by provider |
| Group experience | 6–12 students | Usually individual use | Varies by arrangement |
| Progress support | Assessments, reports, and feedback | Student-managed | Depends on tutor |
| Advanced content | AoPS-based and competition-aligned material | Depends on selected resources | Depends on tutor expertise |
Trustpilot TrustScore
Students in a small group
Years of combined research-team experience
Approximate instructor screening acceptance rate
Faculty-led learning
Mathematics and STEM-focused academic backgrounds
The source materials identify curriculum leaders and instructors with advanced university credentials, including Columbia University, Caltech, Stanford University, Rutgers University–Newark, Virginia Tech, Tulane University, and North Carolina State University.
It is designed for Grades 5–8, including 8th graders who are ready for advanced mathematics. The best fit is a student who has completed Pre-Algebra or has equivalent knowledge. New students complete an online placement assessment before enrollment. The assessment helps identify current knowledge, learning gaps, and the recommended course level. Students currently taking Algebra I at school may also use the course for deeper, more systematic instruction.
The placement process is intended to identify the student’s current level and the most appropriate Algebra I sequence. Algebra I A includes 17 questions, an 85% passing standard, and an approximately 40-minute time limit. Algebra I B includes 16 questions, a 60% passing standard, and an approximately 40-minute time limit. Topics may include geometry, equations and inequalities, analytic geometry, number theory, square roots, exponents, ratios, rates, unit conversion, percentages, counting, and probability. The result is used to guide course placement rather than relying only on grade level.
Each lesson lasts 90 minutes and takes place once per week. Students begin with pre-class preparation, then receive a core concept explanation and teacher modeling. The class continues with guided practice, independent problem solving, advanced questions, challenge questions, and a review summary. Homework and recorded explanations support continued practice after class. The source materials state that approximately 39% of class time is allocated to active student output.
The course is described as an online Honors Math course and is based on AoPS curriculum materials. It incorporates advanced problem-solving ideas from international mathematics competitions. Algebra I A includes AMC 8 and competition problems in its lesson sequence. The course also reinforces school-level Honors Algebra I content through equations, functions, modeling, quadratics, and multi-step reasoning. Students preparing for AMC 8, MathCounts, or another competition should still use placement results to determine whether the Algebra I level matches their needs.
Students receive English homework assignments and supplementary learning resources after lessons. Recorded homework explanations allow students to review how problems are solved. Families can use homework review and response tracking, learning reports, and progress feedback to follow the course. Teachers may communicate about classroom performance. Parent access through the family app is also listed as part of the learning support. Optional live homework question-and-answer support is available according to the provided course information.
The provided course information does not state a specific price for Algebra I. ACE Academy’s broader math information includes sample package pricing of 36 lessons for $999 and 72 lessons for $1,819, but those examples should not be treated as a confirmed price for this particular course. Pricing may depend on the course sequence, package, and enrollment details. Families can contact the team for current Algebra I pricing. Booking a free trial or asking about placement is the clearest next step before enrollment.
Start with placement guidance, then build advanced mathematical thinking through live small-group instruction.