Idaho's Future Readiness Project: Class of 2028 Requirement
Beginning with students entering 9th grade in Fall 2024, Idaho replaces the traditional Senior Project with the Future Readiness Project. This competency-based requirement must be completed by the end of 12th grade. LEAs must have FRP systems ready by June 30, 2026.
The Senior Project required a written paper and oral presentation. The Future Readiness Project offers four types: work-based, service-based, research-based, or portfolio-based experiences demonstrating Idaho's College and Career Readiness Competencies through real-world learning.
Four Official Project Types
Work-Based Learning: Internships, apprenticeships, job shadowing examining how fields are changing
Project-Based FRP: Designing solutions to school or community problems, considering future needs
Portfolio-Based FRP: Curating artifacts showing professional skill development
Research-Based Future Readiness Project: Investigating complex questions through inquiries, data analysis, and conclusions about field or community futures
Districts may offer all types. Project quality matters more than type - students must demonstrate competency acquisition through authentic experiences.
Required Experiential Component
All FRPs must include experiential components demonstrably contributing to real-world skill development. Acceptable components include work-based learning (employment, internships, apprenticeships), service-learning (volunteer work tied to learning goals), research-based experiences (in-depth investigations, applied research, scientific inquiry), and portfolio-based experiences (curated skill demonstrations).
Extracurricular activities, leadership roles, and skill-building programs may count when aligned to competency development.
Universal Project Structure
All FRPs share four elements: Research/Inquiry (investigation informing project focus), Project Design (clear goals and outcomes), Project Implementation (actions, timelines, deliverables), and Reflection (connecting experiences to Idaho competencies and career goals). LEAs determine how students demonstrate competency acquisition.
Idaho's 10 College and Career Readiness Competencies
Future Readiness Projects demonstrate student application of Idaho's competencies adopted in 2017:
- Knowledge of Core Subjects
- Critical Thinking and Creative Problem Solving
- Oral and Written Communication
- Teamwork and Collaboration
- Digital Literacy
- Leadership
- Professionalism and Work Ethic
- Career Exploration and Development
- Citizenship and Civic Responsibility
- Financial Literacy
Students reflect on which competencies their projects develop and how experiences contribute to skill acquisition.
Research-Based Future Readiness Projects: One of Four Official Types
Idaho SDE Definition
Idaho State Department of Education explicitly identifies Research-Based Future Readiness Project as one of four official project types available to students:
Research-Based Future Readiness Project: Investigating a complex question. Students conduct inquiries, analyze data, and form conclusions.
Guiding Future Readiness Question: What complex issue needs deeper investigation to understand the future of this field or community?
Research-based projects satisfy the requirement through structured investigation rather than work experience or community service. This option serves students targeting STEM careers, academic pathways, or policy fields where research skills matter professionally.
How Research Meets FRP Criteria
Experiential Component: Idaho SDE guidance explicitly includes "Research-Based Experiences: in-depth investigations, applied research, scientific inquiry" as acceptable experiential components. Climate and energy research provides this through sustained 12-20 week investigations with professional mentorship.
Universal Project Structure: Research fellowships follow all four required elements Idaho SDE specifies:
- Research/Inquiry: Students conduct literature reviews investigating existing scholarship on climate/energy questions, building foundation for original analysis
- Project Design: Students develop research questions with mentors, select appropriate methodologies, establish project timelines and deliverable milestones
- Project Implementation: Students execute investigations - analyzing data, writing manuscripts across multiple drafts, responding to peer review feedback
- Reflection: Students complete structured reflections connecting research processes to specific Idaho competencies and career goals
Competency Demonstration: Research develops 9 of Idaho's 10 competencies through authentic application:
- Knowledge of Core Subjects: Applying STEM knowledge (mathematics, scientific reasoning) to authentic problems
- Critical Thinking and Creative Problem Solving: Analyzing complex climate/energy data, developing research questions, solving methodological challenges
- Oral and Written Communication: Writing research manuscripts, presenting findings, explaining results through professional communication
- Teamwork and Collaboration: Working with mentors throughout semester, participating in peer review processes
- Digital Literacy: Using research platforms, data analysis software, digital research tools
- Leadership: Managing independent projects, taking initiative in research direction
- Professionalism and Work Ethic: Meeting deadlines, maintaining professional communication with PhD mentors, demonstrating accountability
- Career Exploration and Development: Exploring STEM/research/policy careers through hands-on professional practice
- Citizenship and Civic Responsibility: Addressing global challenges (climate/energy) with social impact dimensions
Future-Facing Thinking: Idaho SDE emphasizes projects should address future conditions, not just current situations. Climate and energy research inherently focuses on future energy systems, future climate impacts, and future solutions - aligning with SDE's requirement that students examine "what complex issue needs deeper investigation to understand the future of this field or community."
Adult Mentorship: Graduate-degree holders provide sustained guidance throughout projects. This satisfies Idaho's emphasis on "real-world learning experiences" with professionals from students' target career fields.
Research Fellowship Structure
Semester-long research fellowships provide students investigating climate or energy questions with graduate-degree mentorship across five domains: Computer Science & AI, Engineering & Energy, Bioscience & Health, Economics & Finance, and Policy & Social Science.
Students complete 12-20 week projects during fall or spring semesters. Mentors guide research question development, methodology selection, literature review, analysis execution, and manuscript preparation through regular video conferences.
Documentation for Districts
Idaho LEAs receive comprehensive documentation supporting Future Readiness Project verification:
Time Logs: Students track hours spent on literature review, mentor conferences, analysis work, writing, and revision. Mentors validate time logs through platform records of actual activity and conference participation.
Mentor Verification: Regular conferences throughout the semester create audit trails of adult guidance. Conference notes, feedback emails, and manuscript comments demonstrate mentorship required for experiential components.
Milestone Records: Research operates through structured milestones - research question approval, literature review completion, methodology submission, draft chapters, final manuscript. Each milestone gets reviewed by mentors. Districts receive records showing progress through these stages.
Competency Reflection: Students complete structured reflections connecting research experiences to specific Idaho competencies they developed. These reflections demonstrate how the project contributed to competency acquisition.
Final Publications: Completed research manuscripts submitted for peer review provide tangible deliverables. Accepted work receives Digital Object Identifier (DOI) registration through Terawatt Times' ISSN-indexed publication channel (ISSN 3070-0108).
This documentation addresses district responsibility to determine how students demonstrate competency acquisition. Districts handle verification through existing graduation requirement systems without needing new processes.
Addressing District Implementation Challenges
The June 2026 Deadline
Idaho statute requires all LEAs and public charter schools to implement Future Readiness Project systems by June 30, 2026. This timeline creates urgency: districts must design FRP frameworks, establish verification processes, and communicate options to families within five months.
The Class of 2028 (current 8th graders transitioning to high school in Fall 2026) will be the first cohort completing Future Readiness Projects. These students need clear pathways identified before they begin high school.
District Implementation Challenges
Universal Requirement: Every student needs a Future Readiness Project. Districts coordinate hundreds of individualized projects across four types.
Project Diversity: Students targeting different careers need different FRP types - STEM versus trades versus arts. Coordinating this range creates operational complexity.
External Mentorship: High-quality FRPs benefit from professional guidance beyond classroom teachers. Identifying external mentors for specialized fields like research proves difficult.
June 2026 Deadline: Districts must build FRP systems, train staff, establish partnerships, and communicate with families within five months.
External Research Programs Address Coordination Gaps
Turnkey Structure: Students enroll directly, receive mentor assignments, complete projects independently. Districts receive documentation without managing operations.
Scalable Mentorship: Programs maintain graduate-degree mentor pools. Districts don't recruit individual research mentors.
STEM Focus: Research serves students targeting science, technology, engineering, mathematics, or policy careers - significant portion of college-bound populations.
Quality Standards: Peer review requirements ensure depth. Manuscript development over multiple months demonstrates extended exploration.
Documentation: Standardized packages (time logs, mentor verifications, milestone records, competency reflections, publication credentials) reduce district burden.
Immediate Availability: Operating programs provide ready options helping districts meet June 2026 deadline.
Publication Credentials
Completed research undergoes peer review through Terawatt Times (ISSN 3070-0108). Accepted work receives DOI registration creating permanent digital records students can cite on college applications and resumes.
Publication serves dual purposes: satisfying Idaho's mandatory FRP requirement and strengthening college applications through demonstrated research capability. These align - work satisfying graduation requirements provides application materials.
Financial Access
Research fellowships operate through nonprofit Terawatt Times Institute with sliding-scale pricing. Families receive subsidies based on financial need, with full subsidies covering 100% of costs for qualifying students. This addresses equity concerns in FRP implementation.
FRP is mandatory. Districts coordinate many pathways at no family cost. External programs fill gaps where internal coordination proves difficult, particularly for specialized research requiring expert mentorship beyond typical school capacity.
Common Questions from School Districts
Q: Can research fellowships satisfy the Future Readiness Project?
Research-Based FRP is one of four official types in Idaho SDE guidance. Districts determine locally how students demonstrate competency acquisition. Research provides documentation: time logs, mentor records, milestone completion, competency reflections, publication credentials.
Q: Does research count as the experiential component?
Idaho SDE guidance explicitly lists "Research-Based Experiences: in-depth investigations, applied research, scientific inquiry" as acceptable experiential components.
Q: How do we verify completion?
Districts receive comprehensive documentation: validated time logs, conference attendance records, milestone submissions with mentor feedback, draft progression, and final DOI-registered publications.
Q: Must research topics align with our CTE pathways or CCPE endorsements?
No. FRP is separate from CTE programs or CCPE pathways. FRP is universal for all students pursuing standard Idaho Diploma, regardless of CTE enrollment. Students select research matching their personal career interests.
Q: Does this help with our June 2026 deadline?
Research fellowships operating now provide immediately available options while districts develop broader FRP frameworks, helping meet the June deadline.
Q: What about students not interested in STEM?
Research-Based FRP serves STEM, policy, or research career students. Districts coordinate other types (work-based, project-based, portfolio-based) for students with different interests.
Implementation Process
For School Districts
Step 1: Review FRP Framework
Districts examine their Future Readiness Project implementation plans to confirm Research-Based FRP appears as an available option. Verify internal policies accommodate external programs providing research mentorship.
Step 2: Identify Target Students
Counselors identify students with documented STEM career interests through course selection patterns (advanced science/math courses), stated college plans (STEM majors), or career exploration activities. These students represent Research-Based FRP candidates.
Step 3: Communicate Options
Include research information in FRP communications to families alongside other project types. Explain how research meets experiential component requirements and demonstrates competencies. Clarify verification documentation districts will receive.
Step 4: Establish Verification Process
Determine which personnel (counselors, administrators, FRP coordinators) review completion documentation. Establish documentation requirements matching verification standards for other FRP types. Confirm how completion gets recorded in graduation tracking systems.
Step 5: Track Completion
When students complete fellowships, collect standardized documentation packages. Review materials against district FRP standards. Record completion in graduation systems. Maintain documentation for potential audits.
For Students and Families
Step 1: Confirm Career Alignment
Students considering Research-Based FRP should have genuine interest in STEM careers, research pathways, or policy fields. Research suits students planning science, engineering, computer science, economics, or policy majors.
Step 2: Select Research Domain
Choose from five domains based on career interests: Computer Science & AI (for students targeting tech/AI careers), Engineering & Energy (engineering/physics), Bioscience & Health (biology/health sciences), Economics & Finance (economics/finance/business), or Policy & Social Science (political science/public policy/governance).
Step 3: Choose Semester
Consider fall versus spring based on academic schedule and college application timing. Fall completion provides publications available for applications. Spring completion spreads workload across junior/senior years.
Step 4: Complete Enrollment
Work through enrollment process. Complete financial need assessment for subsidy determination. Receive mentor assignment and project schedule.
Step 5: Execute Project
Complete fellowship: develop research question, conduct literature review, execute analysis, write manuscript, revise based on feedback. Maintain time logs and attend mentor conferences.
Step 6: Provide Documentation
Give district the standardized package showing FRP completion. District verifies requirement in graduation records.
Why Idaho Families Choose Research
Students targeting STEM careers value hands-on research directly relevant to intended work. Dedicated research mentors provide individualized guidance throughout semester-long projects, differing from classroom settings where teachers support many students simultaneously.
DOI-registered publications provide credentials for college applications and resumes. Research completion during junior or early senior year provides materials available for college applications, allowing students to discuss sustained academic work beyond standard coursework.
Research develops nine of Idaho's ten competencies through structured investigation: critical thinking, communication, project management, professional interaction. Idaho SDE emphasizes FRPs should address future conditions - climate and energy research inherently examines future systems.
Contact: caroline.whitaker@club.terawatttimes.org
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