How to Create an ISEE Prep Course With Level-Specific Practice

To create an ISEE prep course that is genuinely useful, start with a simple principle: students need preparation that matches both the ISEE level they will take and the skills shown in an initial diagnostic. A strong course does not merely provide large quantities of questions. It helps students understand the exam’s sections, practise the thinking each section requires, review errors productively, and become familiar with the conditions in which they will test.

For applicants to Grades 5–12, ERB describes the ISEE as including Verbal Reasoning, Quantitative Reasoning, Reading Comprehension, Mathematics Achievement, and an essay. The Lower Level is for students applying to Grades 5–6, Middle Level for Grades 7–8, and Upper Level for Grades 9–12. Primary-level ISEE preparation should be planned separately because its assessed areas differ from the Lower, Middle, and Upper Levels.

This makes level-specific course design essential. A student can be capable and hardworking yet still need different reading passages, vocabulary demands, mathematical content, pacing expectations, and writing support from a student preparing for another level.

Start with the course promise and boundaries

Define what your course is designed to do before choosing lessons or worksheets. A responsible promise is not “raise every score.” Instead, position the course around preparation activities that you can deliver well:

• understanding the relevant ISEE format and question types;
• identifying current strengths and priorities through diagnostic work;
• building targeted knowledge and reasoning habits;
• developing a repeatable approach to timed practice and review; and
• helping students arrive more familiar with the testing experience.

Set boundaries as clearly as you set goals. Explain that admissions decisions are made by schools, that test preparation cannot guarantee a particular score or admission outcome, and that families should verify a school’s current application and testing expectations directly. This is particularly important when a course is sold to parents who may be managing a stressful admissions process.

Design the course around the correct ISEE level

Create a separate learning path for each level rather than simply relabelling the same materials. The core section names may be similar across Lower, Middle, and Upper Levels, but the intellectual demand should be appropriate to the applicants’ grade range.

Within each track, distinguish between reasoning and achievement. ERB explains that Quantitative Reasoning assesses how students use mathematical understanding to approach problems, while Mathematics Achievement addresses mathematics knowledge and skills. Likewise, Reading Comprehension asks students to work with passages and questions, while Verbal Reasoning includes synonyms and sentence completions. A course should teach these as related but distinct areas rather than treating all language work or all mathematics work as interchangeable.

Use a diagnostic to create a learning plan

Begin with a level-appropriate diagnostic or a carefully selected set of representative questions. The purpose is not to label a student as “good” or “bad” at the ISEE. It is to gather evidence for planning.

Record more than the number correct. For each section, note whether the student:

• misread directions or overlooked key words;
• lacked a concept, word meaning, or reading strategy;
• used an inefficient method;
• ran out of time or rushed;
• changed correct answers without evidence; or
• gave an incomplete or weakly organised written response.

Turn this evidence into a short individual plan with one or two priority goals per section. For example, a learner may need work on using context clues in reading and vocabulary questions, while another may understand the content but need a clearer process for choosing which quantitative questions to attempt first. Avoid creating an overloaded plan. A small number of specific goals is easier for students, tutors, and parents to monitor.

Build repeatable lesson cycles

A practical ISEE prep course can use the same lesson rhythm across sections. Consistency reduces cognitive load and makes progress visible.

1. Retrieve: Begin with a short review of previously taught vocabulary, mathematical ideas, reading moves, or error patterns.
2. Model: Demonstrate one strategy on a question at the appropriate level. Think aloud, showing how to interpret the task rather than presenting a mysterious “trick.”
3. Practise together: Ask students to explain their choices, identify evidence, compare methods, and correct misconceptions.
4. Practise independently: Use a brief, focused set of questions that targets the day’s objective.
5. Review errors: Have students classify errors and write a better next step, not merely copy the correct answer.
6. Reflect: End with one takeaway and one action for the next practice session.

This sequence works in one-to-one tutoring, small groups, recorded course modules, and classroom-style sessions. In a self-paced course, provide an answer explanation that addresses the reasoning behind both the correct option and common tempting wrong options.

Plan section-specific instruction

Verbal Reasoning

Teach vocabulary as a long-term routine, not as a last-minute list. Include words in context, synonyms, word parts where useful, and deliberate retrieval. For sentence completions, teach students to read for logic and tone before looking at options. Ask them to predict the kind of word that would fit, then test choices against the entire sentence.

Quantitative Reasoning

Because this section focuses on mathematical thinking, include estimation, comparison, logic, data interpretation, measurement, and deciding what information matters. Ask students to represent problems with a drawing, table, equation, or organised list when appropriate. Emphasise that a correct answer should be supported by a method the student can explain.

Reading Comprehension

Build routines for identifying central ideas, supporting details, inferences, vocabulary in context, organisation, and authorial choices. Use passages that are appropriate to the course level and require students to point to textual evidence. Teach students to separate what the passage states from what they infer and from what they personally believe.

Mathematics Achievement

Map instruction to prerequisite knowledge found in the diagnostic. Mix concise teaching of a concept with cumulative review so earlier skills remain available. Include problems that require accurate computation as well as problems that require selecting the relevant operation or interpreting mathematical language.

Essay

Include regular, low-stakes writing practice. Teach a simple process: understand the prompt, generate examples, choose a clear focus, organise ideas, write, and check for completeness. Since the essay gives students an opportunity to show their writing, feedback should focus on clarity, organisation, relevant detail, and readable expression. Keep the student’s voice central; do not turn essay practice into adult-authored writing.

Make practice purposeful, not endless

Use three kinds of practice in a planned sequence. First, use untimed skill practice when students are learning a new method. Next, use short timed sets to help them apply that method with increasing fluency. Finally, use section or full-length simulations to build familiarity with sustained effort, transitions, and pacing.

Official ISEE sample tests and guides can be useful anchors for format familiarisation. ERB states that its online sample tests are intended to familiarise students with question types and the online testing interface, while its guides introduce the test and include paper practice. Use official materials carefully: preserve full tests for meaningful checkpoints, and do not repeatedly administer the same items until students memorise them.

Practice is most valuable when every set produces a decision: what should this student keep doing, stop doing, or practise next?

Create an error log with columns for section, skill, error type, corrected reasoning, and next action. Review it weekly. This turns practice data into teaching rather than allowing it to become a stack of completed worksheets.

Build a realistic course schedule

A six- to ten-week structure is often manageable for a course, but the right length depends on a learner’s starting point, available time, and test date. A simple eight-module design could include:

1. Orientation, diagnostic, and individual goal setting;
2. Verbal Reasoning foundations and vocabulary routines;
3. Quantitative Reasoning methods and strategic problem representation;
4. Reading Comprehension evidence and inference work;
5. Mathematics Achievement targeted review;
6. Essay planning, drafting, and feedback;
7. Timed section practice and error-log conferences; and
8. Simulation review, final priorities, and test-day familiarisation.

For students who need more support, add targeted clinics rather than extending every topic equally. For example, a reading clinic might concentrate on inference and structure, while a mathematics clinic might revisit the prerequisite skills revealed by diagnostic work.

Support families while protecting student ownership

Give parents a brief progress update that identifies the current focus, a useful home routine, and one way to encourage without over-directing. Helpful home support might include scheduling a short practice block, asking the student to explain an error-log entry, or protecting rest before a major simulation. Avoid reporting that suggests a practice result predicts an admissions decision.

Teachers and tutors should retain the final educational judgment. Automation can reduce repetitive work by organising practice, collecting responses, and helping prepare feedback workflows, but it should not replace the educator’s decision about what a student needs next. Explore SubSchool’s exam-prep solution if you want to streamline course delivery while keeping your own instructional approach, review, and final decisions at the centre.

Review and improve the course after each cohort

At the end of a course, review anonymised diagnostic patterns, completion data, student reflections, and the questions that produced the most confusion. Update lessons where explanations were unclear, add prerequisite support where needed, and remove activities that produced little learning value. Recheck official ISEE guidance before each new cohort so that your course materials remain aligned with the current test format and administration expectations.