HomeNorthStarLearningResourcesAboutContact Start NorthStar HomeNorthStarLearningResourcesAboutContactStart NorthStar NorthStar STEM Assessment NorthStar Career Blueprint Lite Complete 42 behavioral and situational questions to generate an exploration report and receive its secure link by email. Student and report information This is the final step. Your email is used only to deliver the report and does not subscribe you to marketing messages. Student name * Grade Student email Parent email Report recipient email * I agree that AccelThinking may email the secure report link after the report is generated. Read the Privacy Policy Question 1 of 42 Breaking down a problem When a task feels complicated, I split it into smaller parts before I begin. 1 2 3 4 5 6 7 Almost never Almost always Question 2 of 42 Automating repeated work In the past year, I have used code or digital tools to reduce repeated work. 1 2 3 4 5 6 7 Never Many times Question 3 of 42 Using quantities I use estimates, formulas, or numerical comparisons when making a decision. 1 2 3 4 5 6 7 Almost never Almost always Question 4 of 42 Questioning data When I see a statistic, I wonder how the data was collected and what may be missing. 1 2 3 4 5 6 7 Almost never Almost always Question 5 of 42 Understanding mechanisms I enjoy tracing how forces, energy, signals, or moving parts make a system work. 1 2 3 4 5 6 7 Not like me Very much like me Question 6 of 42 Thinking in space I can imagine how an object or space looks after it is rotated or rearranged. 1 2 3 4 5 6 7 Very difficult Very natural Question 7 of 42 Building to learn I learn more by building, repairing, or testing something than by only reading about it. 1 2 3 4 5 6 7 Strongly disagree Strongly agree Question 8 of 42 Testing explanations When two explanations seem possible, I want to design a fair test to distinguish them. 1 2 3 4 5 6 7 Not like me Very much like me Question 9 of 42 Living systems I notice patterns in how living things grow, adapt, interact, or become unhealthy. 1 2 3 4 5 6 7 Almost never Very often Question 10 of 42 Materials and reactions I am curious about how molecular changes affect a material's properties. 1 2 3 4 5 6 7 Not curious Very curious Question 11 of 42 People affected Before judging a solution, I think about the people who will use it or be affected by it. 1 2 3 4 5 6 7 Almost never Almost always Question 12 of 42 Following a question deeply I have spent several days following a question beyond what an assignment required. 1 2 3 4 5 6 7 Never Many times Question 13 of 42 Working through failure After an approach fails, I can test another approach without losing all motivation. 1 2 3 4 5 6 7 Not like me Very much like me Question 14 of 42 Integrating a team's work In group work, I help connect different contributions into one coherent result. 1 2 3 4 5 6 7 Almost never Almost always Question 15 of 42 Explaining visually I use sketches, diagrams, models, or layouts to make an idea easier to understand. 1 2 3 4 5 6 7 Almost never Very often Question 16 of 42 Staying with ambiguity I lose interest quickly when a question has no clear answer or method. 1 2 3 4 5 6 7 Strongly disagree Strongly agree Question 17 of 42 Revising work Once my first version works, I would rather stop than revise it several more times. 1 2 3 4 5 6 7 Strongly disagree Strongly agree Question 18 of 42 Seeking other perspectives When I think my solution is correct, I rarely ask someone with a different view to challenge it. 1 2 3 4 5 6 7 Strongly disagree Strongly agree Question 19 of 42 An open afternoon Which unfamiliar activity would you start first? A. Automate a repetitive task B. Build a moving mechanism C. Investigate a public dataset D. Redesign a room for its users Question 20 of 42 A surprising result A project produces an unexpected result. What is your first move? A. Check assumptions and reproduce the steps B. Collect a cleaner comparison or control C. Visualize the result for hidden patterns D. Ask how users are affected Question 21 of 42 What keeps you reading Which article would you most likely finish even when it becomes difficult? A. How cells repair tissue B. Why materials change under heat C. How probability reveals misleading claims D. How machines balance force and motion Question 22 of 42 A confusing prototype People struggle to use your prototype. Which task would you own? A. Observe users and find the real difficulty B. Sketch a clearer interaction C. Rewrite the controlling logic D. Run repeated tests and track revisions Question 23 of 42 A satisfying explanation Which kind of explanation feels most satisfying? A. A compact mathematical model B. A mechanism you can measure C. A pattern supported by careful data D. A diagram that makes the idea intuitive Question 24 of 42 Unknown water quality Which contribution to a local water-quality study attracts you most? A. Design sampling and controlled tests B. Study chemical changes and contaminants C. Analyze trends and uncertainty D. Learn how residents are affected Question 25 of 42 A difficult week Which challenge would you keep working on for a week? A. Debug an intermittent software error B. Improve a physical prototype C. Reconcile conflicting studies D. Refine a visual concept after critique Question 26 of 42 A health sensor A team is creating a health sensor. Which question comes first for you? A. Which biological signal reflects the condition? B. How can the device measure it reliably? C. How should software interpret readings? D. Will people understand and trust it? Question 27 of 42 Notebook page After exploring a topic, what is most likely to fill your notebook? A. Equations, estimates, and edge cases B. Sketches, dimensions, and layouts C. Variables and possible experiments D. Questions requiring deeper reading Question 28 of 42 Team role under pressure A team has little time left. Which role would you take? A. Break work into an executable plan B. Integrate everyone's pieces C. Build the smallest testable version D. Clarify the final presentation Question 29 of 42 Patterns you notice Which pattern are you most likely to notice without being asked? A. Repeated inefficiency in a digital workflow B. A trend or outlier in numbers C. How organisms respond to environments D. How materials wear or react Question 30 of 42 Designing a school space Which evidence would you gather first for an underused school space? A. Measurements, movement, and light B. Interviews about student needs C. Usage counts and time patterns D. Scale models of several layouts Question 31 of 42 Learning a hard topic Which approach helps you engage with a hard topic? A. Derive it from basic principles B. Implement it and inspect the system C. Run a small experiment D. Draw a visual model and explain it Question 32 of 42 Conflicting evidence Two credible sources disagree. What would you most want to do? A. Compare samples, methods, and uncertainty B. Find a mechanism that could explain both C. Read original studies and citations D. Discuss effects on real decisions Question 33 of 42 What you improve first A solution barely works. What would you improve first? A. Process logic and reliability B. Structure and physical performance C. Evidence used to evaluate it D. How clearly people can use it Question 34 of 42 Food changes texture A food changes texture unexpectedly. Which inquiry attracts you? A. Identify chemical changes B. Measure forces and process conditions C. Design controlled batches D. Study how people perceive it Question 35 of 42 Feedback you value Which feedback would make you most eager to revise? A. The model fails at an edge case B. The prototype could be more durable C. The conclusion lacks data support D. Users misunderstand the design Question 36 of 42 Explaining an outbreak Which task would you choose when explaining a small outbreak? A. Study how the organism affects the body B. Analyze timeline and contact data C. Evaluate competing explanations D. Prepare guidance people can use Question 37 of 42 A tool you would explore Which unfamiliar tool would you learn for a project? A. Programming environment or API B. Sensor, circuit, or instrument C. Statistical or visualization tool D. 3D modeling or spatial design tool Question 38 of 42 No obvious answer Which open-ended situation would still feel worthwhile? A. Model how assumptions change a result B. Collect evidence until a pattern emerges C. Compare several prototypes D. Bring different perspectives into a decision Question 39 of 42 A long project What most helps you maintain momentum? A. A sequence of solvable subproblems B. Visible improvement in each prototype C. New evidence deepening the question D. Regular exchange with teammates or users Question 40 of 42 Choosing between good projects Four projects have equal prestige and difficulty. Which would you choose? A. Predict demand using incomplete data B. Design a low-cost physical device C. Investigate variation in a biological process D. Redesign a public service around people's needs Question 41 of 42 Tasks you would choose Rank these project tasks from most to least appealing. Rank these items: 1 = highest priority. Use each rank number once; rankings cannot repeat. Develop software logic Select rank 1 2 3 4 5 Model quantities and constraints Select rank 1 2 3 4 5 Build and test a prototype Select rank 1 2 3 4 5 Plan experiments and interpret evidence Select rank 1 2 3 4 5 Understand users and communicate design Select rank 1 2 3 4 5 Question 42 of 42 Questions worth pursuing Rank these questions by how much you would like to pursue them. Rank these items: 1 = highest priority. Use each rank number once; rankings cannot repeat. How can data reveal a reliable pattern? Select rank 1 2 3 4 5 How does a living system adapt? Select rank 1 2 3 4 5 How do molecules create visible properties? Select rank 1 2 3 4 5 How can a space better fit human use? Select rank 1 2 3 4 5 What explanation connects several observations? Select rank 1 2 3 4 5 Back 1 / 10 Next Review and Submit Related LearningContinue exploring related learning paths.These related pages help students and parents move from interest to the right next step.Start with Quick AssessmentA 14-question scan for an initial view of your STEM interests. About 3–4 minutes; no email required.Explore detailsExplore Python ReadinessCheck Python syntax, implementation and debugging skills before choosing what to learn next.Explore detailsContact Accel ThinkingShare the student’s experience, interests and goals so we can discuss a suitable learning plan.Explore details