Appendix A — Proof-of-Work & Evidence Mapping Table

(Referenced throughout proposal narrative as “See Appendix A for supporting URLs.”)

Appendix B — Budget & Cost Justification

IEEE Region 5 STEAM-TEAMS Membership Development Platform

Total Cost for 7 Sections for this Pilot Program:  approximately $7400 (For seven Sections 14 DOCK kits= $4900 , 7 Camtasia  Licenses = $2450)

50% Region 5:  $3700

50% MGA:  $3700

Can scale up to for up to all sections in Region 5 for more ambitious.  program:  $29,600

50% Region 5:  $14,800

50% MGA:  $14,800

B.1 Budget Overview (One-Year MGA Cycle)

The proposed budget combines direct cash expenditures with documented in-kind contributions to ensure scalability, fiscal responsibility, and strong Region/Section alignment. Funding emphasizes capacity-building infrastructure, not one-time events.

B.2 STEAM-TEAMS DOCK Kit Costs

Deployment Assumptions

• Region 5 has 26 Sections

• Target participation: 25% of Sections (≈ 6–7 Sections)

• 2 DOCK Kits per Section for flexibility and local deployment

• Sections may opt for 1 kit, allowing redistribution to other Sections

DOCK Kit Configuration

Each DOCK Kit consists of:

• 10 × Snap Circuits® Light Kits

• Supplemented by:

  • PhET Interactive Simulations (no cost)
    https://r5.ieee.org/pikespeak/phet-demos-photonics/

  • Section-generated multimedia content

Cost Estimate

• Estimated cost per Snap Circuits Light kit: ~$35

• Cost per DOCK Kit (10 units): ~$350

• Cost per Section (2 kits): ~$700

Estimated Total (7 Sections):

• 14 DOCK Kits × $350 ≈ $4,900

This low per-Section cost enables equitable participation while supporting hands-on, family-engaged outreach.

B.3 Multimedia Enablement — Camtasia Licensing

To support content sharing, documentation, and Proof-of-Work generation, each participating Section will be offered:

• 1 Camtasia software license per Section

• Used to create:

  • Short STEAM explainer videos

  • Mentorship reflections

  • Deployment documentation

Estimated Cost

• Camtasia individual license: ~$300–$350

• Estimated for 7 Sections: ~$2,100–$2,450

All content may be shared across Sections via:

• YouTube

• IEEE Pikes Peak mini-sites

• Google-account–based collaboration (no additional cost)

B.4 In-Kind Contribution — AI-Assisted Multimedia & Platform Development

Declared In-Kind Value: $60,000 (Conservative)

This valuation reflects professional-equivalent services donated by Dr. John Santiago in his volunteer capacity.

Basis of Estimate

• 60 minutes of AI-assisted educational video content

• Conservative professional market rate: $1,000 per finished minute

• Includes:

  • Script development

  • Visual design

  • Editing

  • Publishing

Additional In-Kind Contributions (Included)

• Ongoing website management and hosting

• Development of a constellation of STEAM-TEAMS mini-sites
  (e.g., PyramidX-OS, Workforce Pathways, Partnerships)

• Eight years of self-taught expertise applied as a volunteer

Comparable professional contracts for equivalent scope typically exceed $90,000–$120,000 when outsourced.

B.5 Alignment with MGA Budget Principles

This budget aligns with MGA expectations by:

• Prioritizing capacity-building over events

• Leveraging in-kind contributions to amplify impact

• Maintaining low per-Section barriers to participation

• Supporting scalable, repeatable membership development

The budget avoids:

• Excessive administrative overhead

• Ongoing operational dependency

• Duplication of existing IEEE infrastructure

B.6 Cross-Reference to Appendix A (Proof-of-Work)

All budget elements are supported by existing documented activity and outcomes, including:

• STEAM-TEAMS partnerships
  https://r5.ieee.org/pikespeak/steam-teams-partnerships/

• 2025 IEEE STEM Grant Report
  https://r5.ieee.org/pikespeak/2025-ieee-grant-report/

• Workforce pathway content
  https://r5.ieee.org/pikespeak/future-tech-workforce/

• Industry engagement models
  https://r5.ieee.org/pikespeak/industry-stem-pathways/

(See Appendix A for full URL mapping.)

B.7 Summary Statement 

This budget reflects a disciplined, scalable approach to membership development that combines modest cash investment with substantial documented in-kind contributions. The result is a high-leverage model that strengthens leadership vitality, expands the student-to-Young Professional pipeline, and deepens industry engagement across Region 5.

Note:  $60,000 dollars of AI-assisted multimedia content has been donated in kind by Dr. John Santiago to serve as examples for others Section to adapt, adopt or improve with their own multi-imedia creations.

Appendix C — 2025 Outcomes from the IEEE Pikes Peak Section

IEEE Pilot Program: Empowering Tomorrow’s Leadership with the STEAM-TEAMS Challenge

IEEE Pikes Peak Section
Funded by: TryEngineering STEM Grant (2025)

C.0 Outcomes at a Glance (Quantified Impact)

The STEAM-TEAMS Challenge produced verified outcomes across seven engagement channels:

1. 200+ attendees — FACSC Independence Day (16 June 2025), IEEE STEAM-TEAMS booth.
2. 178+ attendees — 2025 FACSC Miss Fil-Am Coronation Ball (Keynote: Dr. John Santiago).
3. ~8,000 visitors / 100+ booths — Cool Science Carnival Day (27 September 2025), IEEE STEAM-TEAMS booth presence.
4. 37 family sign-ups — Cool Science Carnival Day → follow-on Cool Science Festival sessions (29 September & 6 October 2025).
5. 50% conversion rate — TryEngineering 2025 Virtual STEM Summit (33 emails / 65 unique visitors).
6. IEEE volunteer support — Cool Science at the Space Foundation Summer of Discovery.
7. IEEE–Cool Science school engagement — Fox Meadows Middle School.
8. See Appendix D for Mentee Spotlight on consistent mentoring outcome

Metrics were captured through attendance counts (for example, from Cool Science and Filipino-American Community of Southern Colorado), sign-up lists, email conversions, partner coordination, and vTools Pre-University STEM submissions.

C.1 Overview and Outcome Framing

The Empowering Tomorrow’s Leadership with the STEAM-TEAMS Challenge pilot successfully transitioned IEEE Pikes Peak Section outreach from isolated STEM events to a scalable, leadership-centered ecosystem. Rather than focusing solely on activity volume, the program emphasized conversion, continuity, and documentation, ensuring outcomes persist beyond the grant period and can be replicated across IEEE Region 5.

The program’s outcomes were formally evaluated and reported through IEEE grant reporting and vTools workflows, confirming alignment with TryEngineering objectives and IEEE MGA expectations.

C.2 Proof-of-Work Infrastructure and Scalability

A core outcome of the grant was the creation of a constellation of IEEE-hosted mini-sites serving as permanent proof-of-work. These mini-sites document outreach activities, educational assets, partnerships, leadership frameworks, and volunteer workflows, converting the grant into a reusable operating model rather than a one-time initiative.

Key infrastructure outcomes include:

• A centralized grant report hub serving as the authoritative outcome record
• STEAM-TEAMS notes, outreach archives, and community event documentation
• AI-assisted multimedia and storytelling artifacts supporting STEM engagement
• Public documentation designed to reduce replication and reporting overhead for other Sections

This infrastructure ensures that future Sections can adopt the model with minimal startup cost while maintaining fidelity to IEEE standards.

C.3 Mentorship and Leadership Development Outcomes

The pilot validated a multi-level mentorship ladder connecting Life Members, Young Professionals, university students, and K–12 participants through shared outreach experiences. Mentorship effectiveness was observed through sustained participation, volunteer feedback, and leadership role progression.

The inclusion of mentee Dileep Rai represents a concrete leadership development outcome, demonstrating progression from participation to contribution within the Section’s operational framework. This mentorship relationship strengthened continuity, knowledge transfer, and resilience within the volunteer ecosystem—directly supporting MGA priorities related to leadership development and succession planning.

C.4 Volunteer Activation and Capacity Building

The STEAM-TEAMS Challenge emphasized capacity building over ad-hoc volunteering. Documented workflows, DOCK (Deployable Outreach Community Kit) deployments, and shared instructional assets enabled volunteers to engage confidently across multiple venues.

Based on documented participation and identified pathways, the program established a projected engagement capacity of approximately 20 IEEE volunteers, supported by:

• Structured onboarding and defined outreach roles
• Repeatable event kits and lesson frameworks
• Pre-University STEM vTools submissions and reporting alignment

This approach reduced volunteer fatigue while increasing program consistency and quality.

C.5 Partnerships and Community Impact

The program strengthened workforce-aligned and community partnerships, increasing awareness of District 38 (D38) career and innovation pathways through hands-on demonstrations and leadership storytelling. Collaboration with Cool Science extended IEEE presence into large-scale informal STEM environments and school-based programs.

Additionally, the STEAM-TEAMS ecosystem amplified the visibility of IEEE members—including Jim Mikkelson and Nathan Edwards—as community STEM leaders, reinforcing IEEE’s role as both a technical authority and a trusted civic partner.

C.6 Evaluation, Reporting, and Sustainability

Program success was evaluated using attendance counts, engagement observation, sign-ups, volunteer feedback, and conversion metrics. Notably, the 50% conversion rate at the TryEngineering Virtual STEM Summit demonstrates effective use of AI-assisted multimedia to drive meaningful follow-through.

All events were submitted via vTools as Pre-University STEM activities, and financial tracking complied with Section and TryEngineering guidelines. Significant in-kind contributions, including AI-assisted multimedia and volunteer time, substantially increased return on investment.

Conclusion

The TryEngineering 2025 Grant enabled the IEEE Pikes Peak Section to demonstrate a measurable, scalable, and leadership-focused STEM outreach model. Quantified outcomes, permanent documentation, and validated mentorship pathways position STEAM-TEAMS as a strong candidate for regional expansion and continued MGA investment.

Appendix D — Mentee Spotlight

Leadership Development Outcomes through the STEAM-TEAMS Mentorship Model

IEEE Pikes Peak Section | TryEngineering 2025 Grant

D.1 Purpose of This Appendix

This appendix documents a representative leadership outcome produced through the STEAM-TEAMS mentorship model, demonstrating how structured, virtual mentorship can develop IEEE volunteers into credentialed, high-impact leaders capable of contributing at Section, Region, and global IEEE levels.

The spotlighted case illustrates how mentorship within STEAM-TEAMS extends beyond technical encouragement to produce operational, governance, and industry-facing leadership capacity, supporting IEEE MGA strategic objectives related to leadership development, volunteer sustainability, and industry engagement.

D.2 Mentee Profile — Dileep Rai

Mentee: Dileep Rai
Mentor: Dr. John M. Santiago Jr.
Mentorship Modality: Structured virtual mentorship
Duration: Over one year

Through sustained mentorship, Dileep Rai progressed from participant engagement to leadership contribution within the IEEE ecosystem. His development reflects the STEAM-TEAMS emphasis on continuity, responsibility, and measurable contribution, rather than short-term involvement.

D.3 Leadership Roles and Contributions

As a direct outcome of mentorship through the STEAM-TEAMS operating framework, Dileep Rai currently serves in the following leadership capacities:

• Section Treasurer, IEEE Pikes Peak Section
• Backup Webmaster, IEEE Pikes Peak Section, supporting digital continuity and risk mitigation

These roles contribute to Section governance, financial stewardship, and operational resilience—areas critical to long-term Section vitality.

D.4 IEEE Industry Content Platform (ICP) Impact

Beyond Section-level leadership, Dileep Rai demonstrated significant impact on IEEE’s global industry engagement infrastructure:

• Recruited 175+ volunteers to support the IEEE Industry Content Platform (ICP)
• Enabled approximately 54 active ICP reviewers, contributing to content quality and review throughput
• Participated personally as an ICP reviewer

Notably, Dileep Rai and several recruited colleagues received formal letters of recognition from Marc Beebe, CAE, Senior Director, Strategic Research, Public Imperatives, & Corporate Development, acknowledging their contributions to IEEE’s industry-facing initiatives. This recognition represents institutional validation beyond the Section and Region levels.

D.5 Professional Advancement and Peer Recognition

After attaining IEEE Senior Member status in 2025, Dileep Rai further contributed to IEEE’s professional advancement mission by:

• Reviewing approximately 74 Senior Member applications, supporting peer evaluation and advancement

This role reflects a high level of trust, professional maturity, and alignment with IEEE’s standards of excellence.

D.6 Significance to STEAM-TEAMS and Region 5 Scaling

This mentee outcome demonstrates that the STEAM-TEAMS mentorship model:

• Produces credentialed IEEE leaders, not only event participants
• Strengthens Section operational continuity through governance and infrastructure roles
• Expands industry engagement capacity via recognized contributions to IEEE platforms
• Scales effectively through virtual, low-cost mentorship independent of geography

As IEEE Region 5 considers broader adoption of the STEAM-TEAMS operating system, this case provides a replicable benchmark for leadership development outcomes achievable within a 12-month mentorship cycle.

D.7 Summary Statement

The leadership progression of Dileep Rai provides concrete evidence that STEAM-TEAMS functions as a leadership development operating system, capable of transforming mentored volunteers into recognized contributors across IEEE’s technical, governance, and industry-engagement domains. This outcome supports continued investment and regional scaling of the STEAM-TEAMS model.