Middle School Math Placement

Stage 1: June

Stage 1 occurs in the middle of June and recommends placement based on criteria from the Standards of Learning Assessment as well as the Iowa Algebra Aptitude Test (IAAT) for rising 6th graders and the End-of-Year Momentum Assessment for rising 7th and 8th graders.

Accelerated Placement for Rising 6th Graders

• Students are recommended for Math 6 Extended provided they have earned both of the following:
  • A score of 465 or greater on the Grade 5 Mathematics Standards of Learning assessment; and
  • A score in the 70th percentile or higher on the Iowa Algebra Aptitude Test.

Advanced Placement for Rising 6th Graders

• Students are recommended for Math 7 Extended provided they have earned both of the following:
  • A score of 475 or greater on the Grade 5 Mathematics Standards of Learning assessment; and
  • A score in the 81st percentile or higher on the Iowa Algebra Aptitude Test.

Advancement from Math 6 to Math 7 Extended

• Students are recommended for advancement from Math 6 to Math 7 Extended, provided they have earned one of the following:
  • A pass advanced score on the Grade 6 Mathematics Standards of Learning assessment; or
  • A score in the Exceeds range on the End-of-Year Grade 6 Momentum Assessment.

Advancement from Math 7 to Advanced Algebra 1

• Students are recommended for advancement from Math 7 to Advanced Algebra 1 provided they have earned one of the following:
  • A pass advanced score on the Grade 7 Mathematics Standards of Learning assessment; or
  • A score in the Exceeds range on the End-of-Year Grade 6 Momentum Assessment.

Stage 2: July

Stage 2 occurs in July and is based on Virginia law (§ 22.1-207.9). This law, which was enacted beginning in the 2024-25 school year, requires schools to automatically place some students in accelerated or advanced math courses. Students in grades 5–8 who score in the top 25% statewide on the end-of-year Mathematics Standards of Learning (SOL) test will be enrolled in an accelerated or advanced mathematics course the following school year, when an appropriate course is available.

In PWCS, the chart below shows how eligible students are placed into advanced or accelerated mathematics courses:

Families will always have the option to decline (opt out of) this placement if they feel it is not the best fit for their child.

As children progress through their study of mathematics, some begin to acquire math concepts and processes more quickly than others. In some instances, these children can be well served by accelerating their study of mathematics, allowing them to engage with more complex concepts sooner than children who might benefit from the traditional amount of time and instruction. These decisions should be made with great consideration of available data and the indication that students will be ready for success at that level.

Advanced Algebra 1 contains all standards of Algebra 1 and select extensions in preparation for Advanced Algebra 2

Advanced Geometry contains all standards of Geometry and select extensions for Advanced Algebra 2.

Taking Advanced Algebra 1 in 8th grade opens doors to children interested in taking the most advanced high school math courses available in Prince William County Public Schools (PWCS). With one math credit in middle school and another four years of math, a child may complete AP Calculus or AP Statistics and earn college credit.

Taking Advanced Algebra in 7th grade or 8th grade positions a child to satisfy the criteria for applying to Thomas Jefferson High School for Science and Technology, a magnet program offered in Fairfax County, open to students from Prince William County. It also positions the child to meet the criteria of completing Advanced Algebra 2 by the end of 10th grade.

Children may further accelerate in math by taking Advanced Geometry through Virtual Prince William during the summer after completion of Algebra 1 in 8th grade. Some high schools offer Geometry and Algebra 2 concurrently to children who demonstrate a strong understanding of Algebra 1. Contact your child’s base high school to see if this is offered.

All PWCS middle schools offer Math 6 Extended, Math 7 Extended, and Advanced Algebra 1, and Advanced Geometry to selected children.

We have a small group of students in Prince William County who exhibit exceptional mathematical aptitude and require highly advanced instruction to support their continued growth. In these special situations, children may be able to complete Advanced Geometry by the end of grade 8. The decision to go this route requires additional careful study on the part of parents, children, and staff because doing so means children do not receive formal instruction on a significant amount of the middle school curriculum.

No. There is a common misconception in the community that children interested in applying to Thomas Jefferson High School for Science and Technology must complete Geometry before entering the 9th grade. Many children who apply to Thomas Jefferson are currently enrolled in Geometry. Parents with questions about the requirements for admission to Thomas Jefferson High School should visit the Fairfax County Public Schools website for more information.

At a minimum children need to complete Advanced Geometry by the end of 9th grade and Advanced Algebra 2 by the end of 10th grade. To access some of the higher-level courses offered at Governor’s School @ Innovation Park, children may further accelerate by taking Geometry through the Virtual High School during the summer before the 9th grade. It is still important that your child be placed appropriately in 6th grade so that he/she may master the content and be ready for the challenges of Governor’s School @ Innovation Park.

Taking the “Accelerated” middle school math sequence with Advanced Algebra 1 in 8th grade

• Allows a child to earn a high school Algebra 1 credit in Grade 8
• Puts a child on a path to complete a calculus course by 12th grade
• Satisfies a requirement for an 8th grader to apply to Thomas Jefferson High School for Science and Technology
• Places a child on the path to be prepared for GS@IP and may further accelerate by taking Geometry through the Virtual High School during the summer

Taking the “Accelerated” middle school math sequence with Advanced Algebra 1 in 8th grade

• Allows a child to earn a high school Algebra 1 credit in Grade 7 and a high school Geometry credit in Grade 8
• Puts a child on a path to complete Multivariable Calculus (if offered) in 12th grade
• Satisfies a requirement for an 8th grader to apply to Thomas Jefferson High School for Science and Technology
• Places a child on the path to be prepared for GS@IP

• Selecting a course that challenges your child but does not lead to high levels of frustration will promote confidence and engagement in mathematics.
• If your child is still developing the foundational concepts, there is a benefit from more time to build a deeper understanding of mathematics and avoid developing gaps that would hinder their progress in advanced math classes.
• With a strong foundation, your child will be able to access advanced math courses in high school, such as pre-calculus courses and Advanced Placement Statistics. With nontraditional opportunities such as Virtual Prince William, your student could further accelerate by taking Geometry as a rising 9th grader, placing them on the path to completing calculus by graduation.

The Iowa Algebra Aptitude Test 5th Edition (60 items) will be administered in the last few weeks of the school year to fifth grade students.

Parents play an important role in ensuring their child’s academic placement continues to be a good fit throughout middle school. You can regularly monitor appropriateness by staying engaged in a few key ways:

• Review academic performance over time. Look beyond a single test or grade. Monitor trends in classroom assessments, report cards, and state or district measures to see whether your child is consistently demonstrating understanding of the course content.
• Pay attention to your child’s learning experience. Talk with your child about how challenged and supported they feel. Productive struggle, confidence in explaining thinking, and growing independence are signs of appropriate placement; ongoing frustration or boredom may indicate a need to revisit placement.
• Communicate with teachers and counselors. Teachers can share insight into your child’s instructional readiness, participation, and engagement, while counselors can help explain how placement aligns with long-term academic pathways.
• Consider multiple indicators—not just one score. Placement decisions are strongest when based on a combination of classroom performance, assessments, teacher input, and student readiness rather than a single data point.

If concerns arise, families are encouraged to reach out to the school to have a collaborative conversation. Placement is not meant to be static; it is reviewed over time to ensure each student is appropriately challenged and supported as they grow.

While advanced or accelerated placement can be a positive opportunity for many students, it is not the right choice for every learner. Below are several factors families may want to consider:

Academic Readiness

• Does your child demonstrate strong understanding—not just quick calculation, but deep conceptual thinking?
• How does your child approach problem-solving, especially when tasks are complex or unfamiliar?

Learning Habits

• Is your child persistent when work becomes challenging?
• Does your child work independently and manage assignments responsibly?

Social-Emotional Factors

• How does your child handle academic stress or setbacks?
• Will your child feel confident and comfortable in a faster-paced or more demanding class?

Long-Term Pathways

• Acceleration can open doors to advanced high school courses, but it may also limit flexibility later if a student wants to slow down or explore electives.
• There are multiple pathways to college and career readiness, and starting earlier is just one of many options.

Our Commitment

Our goal is to work in partnership with families to ensure each student is placed in a mathematics course where they can learn, grow, and thrive. Being challenged is important—but so is feeling supported, confident, and successful.