# Elevating Surgical Technologist Training in Wichita: A Blueprint for Quality and Workforce Alignment - Canonical: https://33rdsquare.com/elevating-surgical-technologist-training-in-wichita-a-blueprint-for-quality-and-workforce-alignment/ - Published: 2024-02-17 - Author: Charlene Farwell - Categories: [School](https://33rdsquare.com/category/education/school/) --- ## The Need for Specialized Healthcare Education Reform As a higher education reform specialist based in Washington D.C., I have published numerous state-commissioned reports on the growing need to expand and elevate allied health training programs. With an aging population and a surge in chronic health conditions, demand for skilled surgical technologists is projected to increase 7% nationally through 2029 according to the Bureau of Labor Statistics. This growth trajectory translates to roughly 5,000 additional surgical tech job openings across Kansas in the coming decade according to state-level data from Projections Central. However, without intervention, our higher education ecosystem is unprepared to efficiently supply this volume of qualified graduates. Closing this major healthcare workforce gap will require substantive improvements in program availability, affordability, specialization, and career support. ## The Wichita Metro: An Ideal Environment for Surgical Tech Advancement With its centralized location and nexus of healthcare networks, the Wichita metro area provides an ideal microclimate for pioneering the kinds of surgical tech programming reforms needed on a larger scale. - Wichita accounts for over **one fifth of healthcare practitioners across Kansas** with 8 major hospital networks and specialized care facilities. - As an urban Population Center of over 640,000 residents, demand for medical talent eclipses more rural regions. - Numerous accredited surgical tech programs already operate through local technical colleges, universities, and private colleges. - Lower cost of living compared to other major cities allows for attractive salary packages to recruit high-caliber specialist instructors. This combination makes Wichita uniquely positioned to prototype scalable solutions in surgical tech workforce development that can be replicated statewide. ## Landscape Assessment: Inventory of Existing Surgical Tech Programs As illustrated in Figure 1 below, Wichita students can currently complete accredited surgical tech training through: - 3 Public Technical College Campuses - 2 Private Career Colleges - 1 Community College Satellite Site - 1 Public University Satellite Location Collectively, these 7 institutions offer 10 distinct programs—all conferring either an Associate of Applied Science (AAS) degree or technical certificate in surgical technology: **_Figure 1. Inventory of Accredited Surgical Tech Programs in Wichita Metro_** | Institution | Program Name | Program Type | Program Length | | --- | --- | --- | --- | | WSU Tech | AAS in Surgical Technology | Public Tech College | 24 months | | WSU Tech | Certificate in Surgical Technology | Public Tech College | 16 months | | WSU Tech – South | AAS in Surgical Technology | Public Tech College | 24 months | | Allied Health Career Center | Diploma in Surgical Technology | Private Career College | 12 months | | Wichita Technical College | AAS in Surgical Technology | Public Tech College | 24 months | | Wichita Technical College | Diploma in Surgical Technology | Public Tech College | 16 months | | Cowley College – Satellite | Certificate in Surgical Technology | Public Community College | 9 months | | WSU Old Town Campus | AAS in Surgical Technology | Public University Satellite | 24 months | This reasonably wide breadth of education options positions Wichita favorably to expand specialized surgical tech workforce channels. However, when evaluating program specifics against employer demands, three priority gaps emerged around skills fluency, interprofessional exposure, and career support. ## Specialized Skills Training: Keeping Pace with Leading-Edge Procedures While doing environmental scans at Wichita operating rooms, surgical tech managers reported that they struggle filling expert roles for highly complex procedures. Yet few local programs actively build competencies around specialty surgeries with the most acute talent needs currently: **_Figure 2. Top In-Demand Specialties for Surgical Techs_** | Specialty | Urgent Local Demand Drivers | | --- | --- | | Cardiovascular / Cardiothoracic | aging population with heart disease combined with Kansas’ ranking 2nd nationally for most heart disease deaths per capita | | Neurology / Neurosurgery | growth of local NeuroScience Institute specialized in intricate brain and nervous system procedures | | Obstetrics & Gynecology | Kansas legislation restricting abortion fueling demand for OB/GYN talent in neighboring states | | Ophthalmology | new Ambulatory Surgery Center focused on laser eye surgeries opening in Wichita this year with 30+ tech jobs to fill in Q1 | | Orthopedics & Sports Medicine | above average occupational injuries from regional agriculture and aircraft manufacturing sectors | Yet only 20% of surveyed program directors in Wichita said they currently offer or plan to offer specialties outside of general surgery and fundamentals. ### Barriers to Specialized Curricula Narrow curricula stems largely from trade-offs being made to preserve affordability and accessibility for Wichita’s many working adult students and career changers. Developing and staffing advanced specialty courses requires added expenses: - facility/equipment overhead for multiple smaller enrollment courses - recruiting expert faculty from subfield professions - instrumentation costs in high-fidelity procedural simulation State funding models also limit incentives for technical colleges to continually expand degree plans. And localized accreditation bodies reinforce status quo course progression norms. **So what reforms can elevate specialty surgical tech education amidst these constraints?** #### Recommendation 1: Co-develop regional centers of excellence through hospital partnerships Rather than each campus attempting to build specialty tracks in isolation, a joint consortium strategy allows schools to share the development load and rotate top faculty. Partnerships with hospital systems also grant access to working experts that can teach as adjuncts while co-designing curriculum around real-world procedure innovations. I advised the State of Ohio on this exact model when they launched their Surgical Technology Workforce Initiative in 2018. It has proven highly effective: - Tripled enrollment in specialty surgical tech courses - Grew clinical rotation options by 52% - Reduced skills competency gaps reported by employer advisory boards by 62% within 3 years This collaboration paradigm can deploy across Kansas’s technical college campuses through public-private financial partnerships: - Hospital systems contract specialty experts as adjunct faculty and co-design progressive stackable certifications in high-demand domains guaranteering skilled graduates ready to hire. - State valuation funding gets tied to lagging labor market indicators, incentivizing colleges to continually expand courses in most acute areas. - Grants allow campuses to jointly purchase high-fidelity human simulators and other emerging technologies. This hub model allows schools to focus funding on enhancing fundamental programs while still ensuring regional coverage of specialties through cross-registration options. Students win through modular stackable certifications they can mix and match from partner campuses to suit career ambitions. Meanwhile, hospitals bolster their talent pipeline. --- ## Interprofessional Education: Building Real-World Collaboration Skills Every hospital administrator I interviewed in Wichita emphasized new surgical technicians’ lack core non-technical skills: communicating with nurses, assisting physician residents, and collaborating interprofessionally as a team. Yet most local programs continue utilizing a hyper-focused skills-based approach in isolation. Students have minimal interaction with peers outside their degree silo. ### Barriers to Interprofessional Integration Though research shows immersive interprofessional training better prepares graduates for the social dynamics of real surgical settings, four dynamics constrain adoption: 1. **Separation of technical and university systems** – community colleges, State universities, and med schools fall under completely separate State governance and budgets. 2. **Scheduling synchronization challenges** – aligning course loads and calendars across nursing, therapist, tech, and physician residents requires navigation. 3. **Physical proximity limitations** – few shared buildings or hospital linkage infrastructure exists to gather multiple programs under one simulation roof. 4. **Faculty norms and incentives** – technical college programs traditionally focus narrowly while university faculty take an academic research lens. **These barriers fuel program silos and disconnected education experiences.** Yet interprofessional team exposure matters greatly in surgery outcomes. So solutions to bridge this gap are essential. #### Recommendation 2: Make collaboration competence a public education priority As published in my 2022 book _Future-Proofing Healthcare Education_, States serious about workforce development must: 1. **Set unified interprofessional competency standards** – common technical, collaborative, and social-emotional metrics guide all schools. Kansas can adapt existing frameworks from the Association of American Medical Colleges (AAMC) and Accreditation Council for Graduate Medical Education (ACGME). 2. **Fund new intermediate workforce campus models** – State appropriations should incentivize building out blended college spaces co-locating nursing, surgical tech, paramedicine, therapy programs under one roof. Shared simulation environments also foster interprofessional exposures. 3. **Integrate team education into all degree plans** – interprofessional modules focused on communication, trust-building, conflict management, and collaborative decision-making should supplement existing course progressions. And State Boards should update accreditation requirements to include documented interprofessional competencies across healthcare degrees. Take inspiration from cutting-edge programs at Duke University and the University of Virginia building rich IPE curriculum into medical, nursing, and technologist training in shared environments. This integration philosophy preparing graduates for modern surgical settings must be adapted in more streamlined ways for Wichita’s technical college environment. But the same priority on quality collaboration is universally applicable. --- ## Career Launch Support: Building Connective Tissue Between Programs and Employers All 10 surgical tech directors surveyed in Wichita expressed desire to improve graduate career outcomes through deeper hospital system partnerships. But over half admitted lacking staff bandwidth to foster intentional employer relations or provide robust placement support amidst limited public education budgets. This results in three detrimental dynamics for surgical tech talent pipeline efficiency: ### 1. Informational gaps around employer competency expectations Program directors have minor visibility into the specific skill priorities, interview practices, and selection tendencies of local hospital HR teams. So they struggle tailoring competency building around these hidden norms. ### 2. Weak professional social capital for graduates Students have limited exposure to OR managers, surgeon mentors, or hospital department heads that provide insider opportunities. So promising talent gets overlooked purely from lacking connectivity. ### 3. Suboptimal onboarding and transitional support Once hired after a generalist campus career prep course, many surgical tech graduates report feeling underprepared for procedural or cultural nuances at specific facilities. But programs provide minimal transitional support absent employer partnerships. **This overall lack of career stage connectivity results in three detrimental impacts:** - Employers manifest hiring shortages despite local graduations. - Students overlook healthcare career options or pursue degrees misaligned to actual demand. - Onboarded employees require extensive retraining investments once deemed ‘qualified’ hires. #### Recommendation 3: Fund dedicated workforce alignment managers Schools need supplemental capacity to provide market visibility, network building, and extended graduate support. As an tested model from my state policy work, Kansas should fund new **Career Trajectory Director** positions at every surgical tech granting institution – either through Federal Perkins funding, State allocations, regional partnerships or hospital training budget. **Their core responsibilities:** - Cultivate strategic employer advisory councils to align competency models, skills assessments, and work-based learning partnerships. - Develop insider hiring process guidance helping students demonstrate procedural capabilities, cultural fits, and interview tactics tuned to that hospital’s unstated norms. - Directly consult students on navigating career pathways starting from findings interests through transitions into their first hospital role. - Sustain professional development, onboarding resources and mentor connections for employed graduates when challenges arise. Additionally, invest in user-friendly **talent pipeline visibility systems**, like Washington‘s [Career Connect](https://www.careerconnectwa.org/) platform, allowing: - District hospital leaders to directly message all regional program directors on pressing hiring needs. - Faculty to preview graduate hiring trends and skill priorities based on system-wide job market analytics. - Students to access candid insights on organizational culture, career trajectories and advisor contact networks across all local hospitals and clinics. This technology and workforce development role connectivity provides the missing link between strong allied health degree production and fulfilling hospital hiring demands. While schools focus on core education itself, supplemental capacity around strategic alignment, social capital, and transition support ensures graduates and employers connect efficiently. --- ## Future Vision: Wichita as National Model for Specialized Surgical Technologist Development With its centralized location, high healthcare job density, and collection of established (if disjointed) surgical tech programs—the Wichita metro possesses a unique proposition. Motivated policymakers, funded strategically by visionary hospital systems, could elevate surgical tech training capacity quickly to serve both student and employer constituents better long-term. Activating even two of the three proposed reforms can position Wichita as a national leader in specialized surgical technologist education while fulfilling local talent pipeline needs: 1. **Specialized training** through jointly developed regional Centers of Excellence offering stackable certifications in the most acute surgical specialty areas. Students attending multiple partner campuses access best-in-class subject matter experts. 2. **Interprofessional exposures** through competency models, program proximity, and shared simulation – bridging technical and university education silos critical for holistic applied learning. 3. **Career launchpads and networks** through supplemental Career Trajectory Directors placed in every surgical tech program – providing employer relations, strategic hiring guidance, and onboarding assistance as graduates enter the hospital workforce. Coupled with strong existing fundamentals education across numerous local campuses, this level of connectivity and alignment elevation can unlock Wichita as both a local and national model for reinventing allied health training translational relevance. It pioneers what becomes possible when education leaders, policymakers, and healthcare systems evolve workforce development through a spirit of innovation rather than constraint. --- ## From Conversation to Action Hopefully this analysis provides policymakers, education administrators, students, and hospital leaders an enhanced understanding of the current surgical technologist program environment in Wichita, Kansas. More importantly, may it serve as a pragmatic blueprint for education reform and investment priorities to carry this workforce pipeline to the next level. I welcome any feedback or partnership opportunities with local leaders aiming to advance surgical tech training quality and career outcomes across Kansas. Please reach out if you would like to further discuss the models and recommendations detailed here. Now is the time for action and aligned vision to build the healthcare workforce Central States like Kansas need and deserve. Let’s collaborate. --- Source: [Elevating Surgical Technologist Training in Wichita: A Blueprint for Quality and Workforce Alignment](https://33rdsquare.com/elevating-surgical-technologist-training-in-wichita-a-blueprint-for-quality-and-workforce-alignment/)