WIOA & ETPL Eligible

Regenerative Farm Operations
Certificate Program

A 10-week hybrid workforce training program preparing career changers, displaced workers, veterans, and aspiring farm entrepreneurs for employment and self-employment in regenerative agriculture. Online coursework and hands-on on-farm practical training run concurrently throughout the program — students begin accumulating farm hours as early as Week 1, with skill stations unlocking as online modules are completed. Graduates earn two credentials: the FNGLA Certified Horticulture Professional (FCHP) and the Cornell University Advanced Soil Health & Regenerative Agriculture Certificate — the only training program in Florida pairing hands-on horticulture credentialing with university-level regenerative soil science.

10 Weeks
164 Clock Hours
2 Credentials
≥75% Employment Target

Primary SOC: 45-2099 — Agricultural Workers, All Other  |  Secondary SOC: 45-1011 — First-Line Supervisors of Farming, Fishing, & Forestry Workers

Compliance Dashboard

Every element required for Eligible Training Provider List approval under WIOA, verified and documented. Click each item to confirm review status.

Industry-Recognized Credential

FNGLA Certified Horticulture Professional (FCHP) — administered by the Florida Nursery, Growers and Landscape Association, recognized statewide as the industry standard for horticulture knowledge. Co-credential: Cornell University Advanced Soil Health & Regenerative Agriculture Certificate.

FCHP + Cornell Soil Health

Occupational Alignment

Primary: SOC 45-2099 (Agricultural Workers, All Other). Secondary: SOC 45-1011 (First-Line Supervisors of Farming, Fishing, and Forestry Workers). Both mapped per BLS O*NET classifications.

SOC 45-2099 & 45-1011

Performance Outcomes (FETPIP)

Four measurable targets: ≥75% completion rate, ≥75% credential attainment, ≥75% in-field employment within 3 months, entry wage at or above Florida minimum wage ($15.00/hr), with wage progression pathway to supervisory roles.

4 FETPIP Metrics Defined

Learning Objectives

Each week includes 3–5 specific, measurable learning objectives written using Bloom's Taxonomy action verbs — progressing from Remember/Understand through Apply, Analyze, Evaluate, and Create.

43 Total Objectives

Assessment Methods

Multiple modalities across the 10-week program: quizzes, project submissions, design exercises, enterprise budgets, practice exams, daily skills checklists, capstone presentations, and credential exams.

12+ Assessment Types

Delivery Mode

Integrated hybrid model: 10 weeks of online coursework (asynchronous modules + weekly live sessions) running concurrently with 80 hours of self-paced, reservation-based on-farm practical training. On-farm hours are available from Week 1 — skill stations unlock as online modules are completed, reinforcing theory with immediate practice throughout the program.

Hybrid: Online + Residential

Clock Hours

Total: 164 clock hours — exceeds the minimum threshold for ITA funding under the $7,000 cap. Online phase: 84 hours (10.5 hrs/week across 8 weeks of Cornell + program content). On-farm practical: 80 hours completed at student's own pace throughout the 10-week program window.

164 Total Hours

Instructor Qualifications

Minimum: Master's degree in agriculture, environmental science, or related field (or equivalent professional experience) with 5+ years applied agricultural practice. FCHP certification preferred.

Qualifications Defined

Curriculum Navigator

Ten weeks of rigorous, application-focused training — from soil biology to business planning, culminating in on-farm residential immersion and credential assessment.

01
Foundations of Regenerative Agriculture
Online — Async + Live 10.5 clock hours

Topics

  • Defining regenerative agriculture: principles, distinctions from conventional and certified organic systems, and the regenerative continuum
  • Soil biology fundamentals — the living soil food web, mycorrhizal networks, microbial communities, and their roles in nutrient cycling
  • Carbon sequestration mechanics: how regenerative practices build soil carbon and contribute to climate resilience
  • Introduction to the farm operation model — integrating wetlands, uplands, and conservation corridors into a productive landscape
  • Climate resilience and disaster preparedness for North Florida farms — hurricane planning, crop insurance (USDA RMA), USDA FSA Emergency Loan programs, and farm recovery resources
  • Community models in regenerative agriculture — farming cooperatives, food hubs, land trusts, peer learning networks, and farmer-to-farmer knowledge transfer

Learning Objectives

  • Distinguish between regenerative, organic, and conventional agricultural systems using at least five measurable criteria (soil health metrics, biodiversity, input dependency, economic resilience, carbon balance)
  • Identify the five primary functional groups within the soil food web and explain the role of each in nutrient cycling
  • Articulate at least three mechanisms by which regenerative practices sequester atmospheric carbon into soil
  • Describe the integrated farm model — wetland conservation, upland production, and transitional buffer zones — and map how each zone contributes to the whole-farm system
  • Identify at least three USDA RMA crop insurance products applicable to small diversified farms and explain the enrollment process and coverage timeline
  • Compare at least two cooperative or community farming models and evaluate their applicability to a beginning regenerative farm operation in Northwest Florida

Assessment

Assessment Method

Reading comprehension quiz (20 questions, 70% passing threshold) covering core terminology and soil biology principles. Farm vision statement (1 page, 500–750 words): students articulate their personal agricultural philosophy, target production system, and three-year goals. Rubric evaluates specificity, feasibility, and alignment with regenerative principles.

Live Session

60-minute synchronous Q&A with lead instructor. Student introductions, cohort expectations, and orientation to the learning management system and discussion forums.

02
Soil Health & Land Assessment
Online — Async + Live 10.5 clock hours

Topics

  • Soil structure, texture classification (USDA soil triangle), pH interpretation, and cation exchange capacity
  • Conducting a basic land assessment: slope analysis, drainage patterns, existing vegetation, and land use history
  • Navigating USDA Web Soil Survey and NRCS soil maps — interpreting capability classes and limitations
  • Wetland ecology basics: ecological value, federal and state regulatory frameworks, and integrating conservation areas into productive farm design

Learning Objectives

  • Classify soil samples by texture using the USDA soil texture triangle and interpret results to determine planting suitability
  • Conduct a basic land assessment using satellite imagery, topographic data, and NRCS soil survey reports
  • Interpret USDA Web Soil Survey data to identify soil limitations, drainage class, and land capability for agricultural use
  • Explain the ecological functions of wetlands within a farm system and identify at least three regulatory considerations under federal and Florida state law

Assessment

Assessment Method

Land assessment worksheet: using provided satellite imagery, topographic maps, and NRCS soil survey data for a sample property, students complete a structured assessment identifying soil types, drainage patterns, slope concerns, wetland boundaries, and recommended land use zones. Evaluated against a model answer key with 80% accuracy threshold.

Live Session

60-minute virtual walkthrough of the target residential property using Google Earth, USDA soil maps, and property survey data. Instructor demonstrates live interpretation of soil and land data.

03
Water Systems & Wetland Integration
Online — Async + Live 10.5 clock hours

Topics

  • Water harvesting principles: catchment design, swale construction, and keyline patterning for landscape-scale water retention
  • Riparian buffer zone design — species selection, width requirements, and flood attenuation functions
  • Natural water retention systems: beaver analogue structures, check dams, and their role in watershed restoration
  • Florida-specific water regulations — WMD permitting, Environmental Resource Permits, and stormwater management requirements

Learning Objectives

  • Design a water harvesting system for a 5-acre parcel incorporating swales, berms, and overflow pathways appropriate to North Florida terrain
  • Evaluate riparian buffer zone specifications for effectiveness in sediment filtration, nutrient capture, and flood attenuation
  • Compare natural water retention strategies (beaver analogue, check dams, rain gardens) and select appropriate methods based on site conditions
  • Navigate the Florida Water Management District permitting process and identify when Environmental Resource Permits are required for on-farm water infrastructure

Assessment

Assessment Method

Water systems design sketch: students produce an annotated site plan for a hypothetical 5-acre parcel showing water catchment, swale layout, retention areas, and riparian buffer placement. Includes a brief written rationale (300–500 words) explaining design choices. Evaluated on technical accuracy, appropriate scale, and regulatory awareness.

04
Crop Planning & Diversified Production
Online — Async + Live 10.5 clock hours

Topics

  • Crop rotation principles: nutrient cycling, pest disruption, and cover crop integration in multi-year rotational plans
  • Polyculture and companion planting — guild design, intercropping strategies, and spatial optimization
  • Integrated Pest Management (IPM) fundamentals — scouting protocols, economic injury thresholds, pest identification, biological controls, and the IPM decision ladder for Florida vegetable and small fruit crops
  • Common North Florida crop pests and diseases — identification, life cycles, and management strategies for major vegetable, fruit, and cover crop species; the role of pesticides in conventional agriculture and why regenerative systems minimize their use through soil biology
  • Post-harvest handling essentials: field heat removal, washing and sanitation protocols, cold chain management, grading, packing, and storage requirements by crop type
  • Market garden planning: CSA (Community Supported Agriculture) models, direct-to-consumer channels, and farmers market logistics
  • Native plant integration, food forest architecture (canopy, understory, herbaceous, ground cover, vine, root, and mycelial layers), and agroforestry basics
  • Seasonal production calendars for USDA Zone 8b/9a (North Florida) — planting windows, succession planting, and heat-season strategies

Learning Objectives

  • Design a three-year crop rotation plan for a 2-acre market garden that maintains soil fertility, disrupts pest cycles, and maximizes seasonal revenue
  • Apply the IPM decision ladder to at least three common North Florida pest scenarios, selecting the least-toxic effective management strategy for each
  • Identify at least 10 common North Florida agricultural pests and diseases from photographs, describing the economic injury threshold and at least two management options for each
  • Demonstrate correct post-harvest handling protocols for at least three crop types including field cooling method, wash/pack procedure, and target storage temperature
  • Create a polyculture planting guild incorporating at least five complementary species with documented synergistic relationships
  • Develop a 12-month production calendar for North Florida (Zone 8b/9a) with succession planting schedules for at least eight crop families
  • Compare three direct-market channels (CSA, farmers market, restaurant direct) and evaluate revenue potential, labor requirements, and customer acquisition costs
  • Diagram a seven-layer food forest design appropriate for a 0.25-acre site in North Florida, identifying species for each functional layer

Assessment

Assessment Method

12-month crop production calendar: students produce a detailed month-by-month planting, maintenance, and harvest schedule for a diversified North Florida market garden. Must include at least 15 crop varieties, succession planting notes, and market channel designations. IPM scouting report: using provided photographs and field scenario descriptions, students complete a structured pest identification and management recommendation report for five common North Florida pests, evaluated on accuracy of identification and appropriateness of IPM response. Evaluated on agronomic accuracy, seasonal appropriateness, and commercial viability.

05
Livestock Integration & Holistic Grazing
Online — Async + Live 10.5 clock hours

Topics

  • Regenerative grazing principles — adaptive multi-paddock grazing, holistic planned grazing, and the relationship between livestock and soil biology
  • Poultry, waterfowl, and swine as soil-building tools: mob-stocking rotations, pest control functions, and nutrient deposition
  • Small-scale aquaculture integration: tilapia, crawfish, and aquaponics as complementary enterprises
  • Animal welfare standards, Florida DACS livestock regulations, and county-level permitting requirements

Learning Objectives

  • Apply holistic planned grazing principles to design a rotational paddock system for a 10-acre pasture with calculated stock density and rest periods
  • Evaluate the costs, benefits, and labor requirements of integrating poultry, swine, or waterfowl into a diversified regenerative farm system
  • Assess the feasibility of small-scale aquaculture (pond-based or aquaponic) as a supplementary revenue stream for a North Florida operation
  • Identify Florida DACS livestock registration requirements, county zoning restrictions, and animal welfare standards applicable to small-scale diversified operations

Assessment

Assessment Method

Livestock integration plan: students develop a detailed plan for incorporating at least two animal species into a hypothetical small farm operation. Plan must include paddock rotation schedule, feed sourcing strategy, infrastructure requirements, regulatory compliance checklist, and a first-year operating budget estimate. Peer-reviewed by two classmates using a provided rubric.

06
Farm Business & Financial Management
Online — Async + Live 10.5 clock hours

Topics

  • Enterprise budgeting for small farms: fixed vs. variable costs, break-even analysis, and cost-of-production calculations by crop/livestock enterprise
  • Farm record keeping and accounting: enterprise records by crop, farm accounting software (FarmBooks, QuickBooks for Agriculture), Schedule F tax filing, and IRS farm income/expense categories
  • Land access for beginning farmers: farmland leasing, lease negotiation fundamentals, Florida Farm Link, USDA farm ownership loan programs (FSA Direct and Guaranteed), and land trust models
  • Revenue stream diversification: produce sales, value-added products, agritourism, educational programming, conservation easement payments, and ecosystem service credits
  • Climate risk and farm insurance: USDA RMA crop insurance products, Whole-Farm Revenue Protection (WFRP), Noninsured Crop Disaster Assistance Program (NAP), and disaster loan eligibility
  • USDA financial support programs: FSA operating and ownership loans, NRCS EQIP and CSP contracts, and BFRDP-funded resources for beginning farmers
  • Workforce development as a business model — leveraging WIOA partnerships, apprenticeships, and training revenue as part of the farm enterprise

Learning Objectives

  • Construct a complete enterprise budget for a single crop or livestock enterprise including all variable costs, fixed cost allocations, and projected revenue
  • Calculate the break-even price and break-even yield for at least two farm enterprises and interpret results for go/no-go production decisions
  • Set up a basic farm record keeping system using a provided template or FarmBooks software, categorizing at least 20 sample transactions by enterprise and IRS Schedule F category
  • Evaluate at least two land access pathways (lease vs. ownership loan) and compare total cost, risk profile, and time-to-operation for a beginning farmer scenario
  • Evaluate at least four revenue diversification strategies and rank them by startup cost, time-to-revenue, and alignment with a regenerative farm model
  • Select an appropriate USDA RMA crop insurance product for a hypothetical diversified North Florida farm and calculate estimated premium and coverage level
  • Navigate USDA FSA and NRCS program applications and identify which programs match a beginning farmer's operational profile and conservation goals
  • Articulate how WIOA-funded training partnerships and apprenticeship models can function as revenue-generating enterprises within a farm business plan

Assessment

Assessment Method

Farm enterprise budget: using a provided template, students build a comprehensive enterprise budget for their proposed farm operation. Must include at least three revenue streams, a full cost analysis, break-even calculations, and a one-page narrative explaining financial assumptions. Record keeping setup exercise: students configure a farm record keeping system and correctly categorize a provided set of 20 sample transactions by enterprise and Schedule F category. Evaluated on mathematical accuracy, realistic assumptions, and strategic thinking.

07
Marketing, Direct Sales & Agritourism
Online — Async + Live 10.5 clock hours

Topics

  • Brand development and storytelling for regenerative farms — building a narrative that connects land stewardship to consumer purchasing decisions
  • Digital sales channels: farm website e-commerce, social media marketing, email list building, and online CSA management platforms
  • Agritourism regulations in Florida: FDACS Chapter 604, agritourism activity liability protections, and local zoning considerations
  • Building educational programming as a revenue stream — school field trips, adult workshops, corporate team-building, and seasonal events

Learning Objectives

  • Develop a brand identity for a regenerative farm including mission statement, target customer persona, and visual identity guidelines
  • Create a multi-channel marketing plan incorporating at least three digital and two in-person sales channels with projected customer acquisition costs
  • Analyze Florida agritourism statutes (FDACS Chapter 604) and determine liability protections, signage requirements, and applicable local ordinances
  • Design an educational programming calendar with at least four distinct workshop or event offerings, including pricing strategy and capacity targets

Assessment

Assessment Method

One-page farm marketing plan: students produce a concise, professional marketing plan for their proposed farm operation including target market, value proposition, channel strategy, and a 90-day launch timeline. Format: single-page executive summary suitable for a lender or investor audience. Evaluated on clarity, market awareness, and strategic coherence.

08
Farm Infrastructure, IPM Deep Dive & Credential Prep
Online — Async + Live 10.5 clock hours

Topics

  • Farm infrastructure essentials: irrigation system design and maintenance (drip, overhead, micro-irrigation), greenhouse and high tunnel construction and seasonal management, fencing systems, and tool maintenance and repair protocols
  • Pesticide regulatory literacy — not as a credential pathway but as agronomic knowledge every regenerative farmer must hold: label law ("the label is the law"), signal words, PPE requirements, restricted-use vs. general-use categories, environmental fate, soil microbial impacts, and why synthetic pesticide use is incompatible with building a living soil food web. Understanding what pesticides do to microbial communities is foundational to explaining and defending regenerative practices to buyers, certifiers, and neighbors.
  • Florida Department of Agriculture and Consumer Services (FDACS) — overview of regulatory functions, licensing programs, and compliance requirements for small farms; USDA Organic certification pathway: NOP standards, transition timeline, allowable inputs, and certifying agent selection; regenerative vs. certified organic — positioning and marketing differences
  • Food safety: USDA Good Agricultural Practices (GAP) certification — audit preparation, recordkeeping requirements, water testing protocols, worker hygiene training, and food handling protocols
  • Cornell Soil Health Certificate — Module VI & VII integration: this week students complete the final Cornell modules on soil amendments, cover crop systems, digital agronomy, and soil health planning. The Cornell final project — a Soil Health Assessment of a real farm — is introduced and students begin drafting their assessment of the training farm property using the Cornell Comprehensive Assessment of Soil Health (CASH) framework.
  • FCHP credential exam preparation: comprehensive review of all 16 horticulture knowledge areas, practice exam, and test-taking strategies

Learning Objectives

  • Design a basic drip irrigation layout for a 0.5-acre market garden bed including emitter spacing, mainline sizing, pressure requirements, and filtration specifications
  • Demonstrate knowledge of irrigation system maintenance procedures: flushing, emitter replacement, winterization, and leak detection
  • Interpret a pesticide label correctly — identifying signal word, active ingredient, target pest, application rate, re-entry interval, pre-harvest interval, and required PPE — and articulate the specific mechanisms by which synthetic pesticides harm the soil microbial community
  • Explain the regulatory framework governing pesticide use in Florida (FDACS/FIFRA) and why regenerative systems are designed to function entirely within the general-use category or without pesticide inputs
  • Prepare a GAP audit readiness checklist for a small-scale direct-market operation including water testing, worker training logs, and traceability documentation
  • Evaluate the costs, timeline, and operational requirements of pursuing USDA Organic certification versus marketing as "beyond organic" or "regenerative"
  • Draft a preliminary Soil Health Assessment of the training farm using the Cornell Comprehensive Assessment of Soil Health (CASH) framework — integrating soil test data, visual evaluation scores, and management history
  • Complete a full-length FCHP practice exam covering all 16 horticulture knowledge areas with ≥70% accuracy

Assessment

Assessment Method

Pesticide label literacy exercise: students analyze two provided pesticide labels and correctly answer 10 structured questions per label covering active ingredient, rate, signal word, soil half-life, and microbial impact mechanism — demonstrating regulatory knowledge without pursuing licensure. Cornell Module VI–VII quizzes (open-book, Canvas-administered). Cornell Soil Health Project draft: students submit a preliminary CASH framework assessment of the training farm — scored by Cornell instructors as part of the certificate requirement. FCHP practice exam (100 questions, timed, ≥70% threshold). GAP audit readiness checklist: students complete a structured pre-audit self-assessment for a hypothetical small farm operation. Students below 70% on FCHP practice exam receive targeted study recommendations.

Live Session

90-minute dual-focus session: first 45 minutes on Cornell Soil Health Project workshop — instructors review CASH framework methodology, students share preliminary farm assessments, peer feedback on soil health interpretations; final 45 minutes on FCHP exam prep — instructor-led review of most commonly missed knowledge areas. Cornell certificate project submission walkthrough included.

9–10
On-Farm Practical Training — 80-Hour Integrated Window
On-Farm — Opens Week 1 80 clock hours total

Concurrent Model — Not Sequential

On-farm practical hours are available from Week 1 and run concurrently with online coursework throughout the full 10-week program. Skill stations unlock progressively as students complete their corresponding online modules — reinforcing theory with immediate hands-on practice rather than deferring all practical work to the end. Students distribute their 80 hours at their own pace and schedule, using the reservation app to book available sessions anytime during facility operating hours.

How Skill Stations Unlock

Week 1 → Unlocks immediately: Property orientation and safety certification (required gateway before any other station). Farm systems tour. Field journal initiation. Community ecology observation walk.
Week 2 → Unlocks after Soil Science module: Soil sampling and field testing (pH, compaction, infiltration rate). Thermophilic composting demonstration and hands-on application. Bed preparation using broadfork and tilther.
Week 3 → Unlocks after IPM module: Live IPM field scouting session — standardized crop scouting forms across two production areas, pest and disease identification, economic injury threshold documentation.
Week 4 → Unlocks after Production Systems module: Transplanting, seed saving, and grafting techniques. Post-harvest workflow — field harvest, field cooling, washing, grading, packing, and GAP-compliant labeling for direct market.
Week 5 → Unlocks after Water & Carbon module: Water systems practicum — swale inspection and maintenance, rain garden planting, observation of water retention features. Wetland ecology transect survey (group session, 4–6 students, guided by specialist).
Week 6 → Unlocks after Business & Farm Planning module: Irrigation system design review, drip emitter inspection, minor repair practicum. Farmers market business simulation — mock booth setup, pricing, sales interaction, and financial reconciliation (group session).
Week 7 → Unlocks after Livestock & Diversified Systems module: Rotational livestock management — paddock setup, stock density calculation, animal health observation, and grazing record documentation (max 4 students per session).
Week 8 → Unlocks after Infrastructure & Compliance module: Agritourism hosting practicum — student designs and delivers a 30-minute educational farm tour to the lead instructor. Cornell Soil Health Project fieldwork — on-site soil sampling and CASH framework assessment data collection.
Weeks 9–10 Completion window: Students who have not yet reached 80 hours use the final two weeks to complete remaining skill stations at their own pace. Cohort capstone event (farm business plan presentations) and FCHP credential exam are scheduled during this window. Cornell Soil Health Project final submission due by end of Week 10.

Complete Learning Objectives — All 80 On-Farm Hours

  • Certify on farm safety protocols and equipment operation — required gateway before accessing any skill station
  • Execute soil preparation techniques — compost application, bed forming, and soil sampling — following protocols established in the online curriculum
  • Conduct a live IPM field scouting session — complete a standardized crop scouting form for at least two production areas, correctly identifying pest and disease pressure and recording economic injury threshold status
  • Perform transplanting, seed saving, and grafting techniques with measurable competence (≥80% plant survival at 2-week follow-up check)
  • Execute a complete post-harvest workflow — field cooling, washing, grading, packing, and labeling — following GAP-compliant protocols verified by instructor sign-off
  • Demonstrate correct drip irrigation inspection, emitter flushing, and minor repair procedures on the farm's irrigation system
  • Construct or evaluate water management infrastructure (swale, rain garden) demonstrating understanding of grade, depth, and overflow design
  • Conduct a wetland ecology transect survey identifying at least 10 plant and animal species, documented in standardized field journal format
  • Execute a rotational livestock move — paddock setup, stock density calculation, animal health observation, and grazing record documentation
  • Simulate a farmers market sales interaction demonstrating product pricing, customer engagement, sales tracking, and point-of-sale setup
  • Design and deliver a 30-minute educational farm tour demonstrating agricultural content knowledge and agritourism hosting skills
  • Present a comprehensive farm business plan to an evaluator panel integrating production planning, financial management, marketing strategy, and regulatory compliance
  • Pass the FCHP credential exam with ≥70% across all four sections
  • Submit the Cornell Soil Health Project — a CASH framework assessment of the training farm — for faculty evaluation and certificate award

Assessment

Assessment Method

Progressive skills checklist: instructor-verified competency sign-off for each skill station as completed — tracked in the scheduling app, competency-gated, not calendar-gated. Students may not advance to locked stations without prior sign-off on prerequisite modules. Field journal: maintained throughout the practical window; evaluated on completeness, accuracy, and observational quality at program close. IPM scouting form and post-harvest protocol: scored against standardized rubrics at time of completion. Capstone presentation rubric: content integration (20%), financial viability (20%), production feasibility (20%), market strategy (15%), regulatory compliance (15%), presentation delivery (10%). FCHP credential exam (four-part proctored, ≥70% per section). Cornell Soil Health Certificate project — evaluated by Cornell faculty via Canvas; certificate and LinkedIn badge awarded upon passing. Program exit survey for FETPIP data collection.

Learning Objectives Matrix

Progression of cognitive demand across all ten weeks, mapped to Bloom's Taxonomy. Hover over each cell to see the associated objective.

Week Remember Understand Apply Analyze Evaluate Create
Remember Understand Apply Analyze Evaluate Create

Credential Pathway

This program awards two credentials — one satisfying Florida's WIOA/ETPL state-recognition requirement, and one that directly expresses what this program actually stands for: regenerative soil science taught by Cornell University faculty.

Primary: FNGLA Certified Horticulture Professional (FCHP)

The FCHP is administered by the Florida Nursery, Growers and Landscape Association and is recognized statewide as the industry standard for measuring horticulture knowledge. This credential anchors ETPL eligibility and provides graduates with a portable, employer-recognized horticulture qualification.

  • State recognition: FCHP is recognized by the State of Florida and administered by FNGLA, meeting the WIOA requirement for a state-recognized credential for ETPL listing
  • Exam-based validation: four-part proctored exam covering 16 horticulture knowledge areas with a 70% passing threshold per section — clear, measurable, and verifiable for FETPIP credential attainment tracking
  • Curriculum alignment: FCHP content maps directly to Weeks 1–5 and Week 8 of this program — plant identification, soils, pest management, irrigation, production systems, and business operations
  • Industry demand: FCHP holders qualify for positions in nursery management, landscape operations, extension services, agritourism, and farm supervision — aligned with SOC 45-1011 and 45-2099
  • Renewable: three-year certification cycle with 15 CEU maintenance requirement, supporting continued professional development

Credentialing body: FNGLA (Florida Nursery, Growers and Landscape Association)
Exam format: Four-part written exam, proctored, ≥70% per section
Cost: $120 (FNGLA members) / $170 (non-members) — eligible for WIOA ITA coverage
Administered: Scheduled cohort testing session during Weeks 9–10 completion window

Co-Credential: Cornell University Advanced Soil Health & Regenerative Agriculture Certificate

The Cornell certificate is the signature credential of this program — the one that distinguishes it from every other agricultural training program in Florida and directly expresses what regenerative farming is actually built on: a thriving, complex soil microbial ecosystem. While the FCHP satisfies ETPL credentialing requirements, the Cornell certificate is what this program stands for.

  • Institutional authority: issued by Cornell University's College of Agriculture and Life Sciences — one of the world's leading agricultural research institutions and the developer of the Comprehensive Assessment of Soil Health (CASH) framework used by USDA NRCS
  • Directly regenerative: eight modules covering soil biology and microbial ecology, organic matter and carbon cycling, cover crop systems, soil health assessment methodologies, agroecological management, and regenerative practice planning — exactly the science behind why regenerative agriculture works
  • Parallel integration: the Cornell course runs 8 weeks, fully online, with an asynchronous attendance option — running in parallel with this program's 8-week online phase. Students complete both simultaneously. Total time commitment: 2 hours of lectures per week + 2–3 hours of self-study and open-book quizzes = approximately 40 hours over 8 weeks
  • Final project = real deliverable: the Cornell certificate requires a final Soil Health Project — a CASH framework assessment of a real farm. Students in this program complete that project on the training farm itself, using actual soil test data from the property. They leave with a documented soil health assessment of a functioning regenerative operation — a tangible artifact for their portfolio
  • LinkedIn micro-credential badge: Cornell awards an electronic badge upon certificate completion — immediately usable on LinkedIn, visible to agricultural employers, and increasingly recognized in the regenerative and food systems sectors
  • Primary reading is free: "Building Soils for Better Crops" (SARE, free download) and the Cornell CASH Framework Manual (free download) — minimizing material costs beyond the $300 registration fee
  • Registration fee: $300 — eligible for WIOA ITA supportive services coverage for enrolled participants

Why not the Pesticide Applicator License?

Regenerative agriculture is fundamentally built on the soil food web — the bacteria, fungi, protozoa, nematodes, and arthropods that drive fertility, structure, and resilience. Synthetic pesticides, including many "approved" inputs, disrupt these microbial communities. Credentialing graduates in pesticide application would signal a philosophical contradiction at the core of this program. Pesticide regulatory knowledge is taught in Week 8 as agronomic literacy — graduates understand label law, FDACS/FIFRA regulatory structure, and the exact mechanisms by which synthetic inputs harm soil biology — but as foundational knowledge for making informed decisions, not as a path to licensure.

Credentialing body: Cornell University College of Agriculture and Life Sciences (CALS)
Format: Eight online modules, open-book quizzes, final Soil Health Project assignment
Duration: 8 weeks concurrent with program online phase (~40 hours total)
Cost: $300 registration — WIOA ITA supportive services eligible
Award: Certificate of Completion + LinkedIn electronic badge (micro-credential)

Cornell Module Alignment with Program Curriculum

Cornell Module Topic Program Week Alignment
Module IUnderstanding Soils, Soil Health Principles, Intro to Regenerative AgWeek 1 — Foundations
Module IISoil Chemistry, Nutrients, Organic Amendments, Water & ErosionWeek 2 — Soil Science
Module IIISoil Biology, Organic Matter, Carbon, Agroecological ConceptsWeek 2–3 — Microbial Ecology
Module IVSoil Health Assessment, Tillage, Compaction, Water ManagementWeek 4 — IPM & Systems
Module VOrganic Amendments, Cover Crops IWeek 5 — Water & Carbon
Module VICover Crops II, Soil Health Data Interpretation, Digital AgronomyWeek 7 — Systems Integration
Module VIISoil Health in Geospatial Context, Planning & Design, Project AssignmentWeek 8 — Capstone Prep
Final ProjectCASH Framework Soil Health Assessment — of this program's training farmWeeks 9–10 Completion Window

Clock Hours Accumulation

Wage Progression & Career Pathways

This program is designed to move graduates through three distinct earning tiers — from entry-level employment to credentialed supervisory roles or self-employment as an independent farm operator.

🌱

Tier 1 — Entry Employment

SOC 45-2099 | Agricultural Workers, All Other

Entry-level farm worker, market garden assistant, nursery technician, or agritourism staff. Graduates begin here while building experience and applying credentials.

Target wage range: $15.00–$17.00/hr
Florida minimum wage floor: $15.00/hr (2025). Above-floor positions available at certified organic operations, nurseries, and agritourism employers actively hiring licensed workers.

Employers: Local nurseries, blueberry operations, sustainable farms, agritourism venues throughout Escambia and Santa Rosa counties.

🌿

Tier 2 — Credentialed Specialist

SOC 45-2099 + Dual Credential Premium

FCHP certification + Cornell Soil Health Certificate qualify graduates for specialist roles requiring licensed horticulture knowledge and demonstrated soil science competency — positioning them above unlicensed applicants and aligning them with the regenerative and sustainable agriculture market demand.

Target wage range: $17.00–$20.00/hr
Approaching the CareerSource Escarosa regional median wage of $20.14/hr. FCHP holders with documented soil health training command premium wages at sustainable nurseries, organic operations, extension-affiliated programs, and agritourism employers who need staff who can educate as well as grow.

Typical roles: Horticulture specialist, farm production coordinator, soil health technician, extension program assistant, agritourism farm educator.

🌳

Tier 3 — Supervisory / Self-Employment

SOC 45-1011 | First-Line Supervisors of Farming, Fishing & Forestry Workers

Farm manager, farm business owner, urban agriculture operator, or agritourism enterprise operator. The capstone business plan and farm startup curriculum module directly prepare graduates for this pathway.

Target wage range: $20.00–$28.00/hr equivalent
Meets and exceeds regional median. Self-employment outcomes are tracked and counted as employed outcomes under WIOA self-employment verification protocol, including USDA FSA loan recipients and NRCS grant recipients who launch independent operations.

Typical roles: Farm owner-operator, urban farm manager, agritourism business operator, farm training program coordinator.

Farm Startup Pathway — A Distinct Graduate Track

A meaningful subset of program graduates will pursue independent farm operations rather than traditional employment. This program is explicitly designed to support that pathway. The capstone farm business plan, enterprise budget, USDA grant navigation content, and FSA loan preparation curriculum all build directly toward launch-readiness for a beginning farmer operation — whether urban, suburban, or traditional acreage.

Urban Farm Operations

Graduates with limited land access are prepared to launch productive urban and peri-urban operations through container growing, vertical systems, backyard market gardens, and community plot management. Urban operators qualify for USDA FSA microloans, NRCS EQIP urban conservation contracts, and local food systems grants.

Traditional Farm Operations

Graduates pursuing acreage-based operations are prepared to access USDA FSA Beginning Farmer Direct Loans, NRCS EQIP and CSP conservation contracts, BFRDP technical assistance, and Florida Department of Agriculture Beginning Farmer programs. The program's FSA/NRCS navigation curriculum is directly oriented toward first-time applicants.

WIOA Self-Employment Verification

Graduates who launch farm operations are counted as employed outcomes under WIOA's self-employment verification protocol. Documentation includes: business registration, FSA loan approval, farm insurance enrollment, or verified farm income. CareerSource Escarosa case managers facilitate this documentation process at the 90-day follow-up.

Post-Graduation Support

Program graduates pursuing the startup pathway are connected to: UF/IFAS Extension beginning farmer resources, USDA FSA Service Center (Pensacola office), Florida Farm Link for land access, and the Naturally EscaRosa agritourism network for market development support.

Student Access & Support Services

Program design prioritizes accessibility for the working adults, veterans, and career changers who are CareerSource Escarosa's primary client population.

Concurrent Scheduling — The Core Design Principle

Unlike traditional programs that stack all practical hours at the end, the on-farm component runs concurrently with online coursework from Week 1. Students use a reservation-based scheduling app to book available skill station slots throughout the full 10-week program window. Skill stations unlock as online modules are completed — so a student who finishes the soil science module in Week 2 can immediately book a soil sampling session that same week. This means:

  • Working adults can maintain current employment throughout — online coursework is fully asynchronous, and on-farm hours are booked in flexible increments (half-days, mornings, weekends) at any point during the program
  • Students who start early and accumulate hours quickly can complete all 80 practical hours well before Week 10, lightening their load during the capstone period
  • Veterans in transition, single parents, and caregivers are not required to commit to any fixed multi-week block — they choose when to come in, as often or as infrequently as their schedule allows
  • Theory and practice reinforce each other in real time — a student learns about rotational grazing in Week 7's online module and can participate in a livestock rotation session that same week
  • The scheduling app shows real-time instructor and station availability, preventing overcrowding and ensuring quality supervision on every visit

WIOA Supportive Services

CareerSource Escarosa case managers work with enrolled students to identify and access WIOA supportive service funding that removes participation barriers:

  • Transportation assistance: mileage reimbursement or transit passes for on-farm training sessions — available for WIOA-eligible participants
  • Tool and supply allowance: ITA funding can cover required uniforms, PPE, and field supplies beyond tuition
  • Testing and registration fees: FCHP exam fee ($120–$170) and Cornell certificate registration ($300) eligible for WIOA ITA coverage for enrolled participants
  • Childcare referral: CareerSource Escarosa staff provide referrals to Early Learning Coalition of Escambia County for eligible participants

Veteran-Specific Support

Given the program's proximity to NAS Pensacola and Eglin AFB, veteran outreach and support is a program priority:

  • Flexible scheduling is specifically designed to accommodate VA appointment schedules, Guard/Reserve drill weekends, and transition assistance program timelines
  • Veterans eligible for JVSG (Jobs for Veterans State Grants) services are referred to CareerSource Escarosa's dedicated Veterans staff for coordinated case management
  • USDA has designated beginning farmer programs specifically for veterans — VBAP (Veteran Beginning Farmer and Rancher Development Program) and USDA FSA direct loans with priority processing for veteran applicants — all covered in Week 6 curriculum
  • Farm entrepreneurship is a documented successful post-military transition pathway; the program's farm startup track is explicitly veteran-accessible

Technology Access

  • Online phase is accessible via any device with internet connection — mobile-compatible LMS
  • CareerSource Escarosa Resource Room computers available at all three Career Center locations for participants without home internet
  • Scheduling app is mobile-first, designed for smartphone access — no computer required to book and manage practical sessions
  • Live session recordings archived in LMS for students who cannot attend the scheduled weekly session

Regional Employer Landscape

The agricultural and agritourism employer base in Escambia and Santa Rosa counties represents an active and growing market for credentialed farm workers, horticulture specialists, and farm entrepreneurs.

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Nurseries & Horticulture

Active operations in the Pensacola area include GTF Nursery, Farm & Nursery Mart, Bailey's Produce & Nursery (est. 1938, actively expanding), Woerner, Slay's Nursery, and Green Up Santa Rosa. FCHP credential holders are specifically valued in nursery operations for their ability to advise customers on plant health, manage integrated pest programs, and demonstrate professional horticulture knowledge.

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Farms & U-Pick Operations

Beulah Berries, Petsel's Blueberries, and Touchablue Berry Farm (Molino) represent active produce operations near Pensacola. Jaseegan Farms operates multiple plots across northern Escambia County. Sunset Ranch of Escambia Farms operates a regenerative pasture-centered operation directly aligned with program training. All represent potential employment and apprenticeship partners.

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Agritourism Network

The Naturally EscaRosa network — a UF/IFAS Extension initiative — documents 100+ agritourism and ecotourism destinations across Escambia and Santa Rosa counties. Clear Creek Farm (Santa Rosa) is an established agritourism and learning center already engaged with UF/IFAS Extension. These operations require staff who can host educational programming, manage agricultural demonstrations, and hold valid horticulture credentials.

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Institutional & Research Employers

The West Florida Research and Education Center (WFREC) — a UF/IFAS research farm serving the Bay Area Food Bank — represents an institutional employer aligned with program graduates. UF/IFAS Extension Escambia and Santa Rosa counties employ agricultural program assistants and field technicians. USDA NRCS and FSA service centers in Pensacola employ agricultural staff who work directly with beginning farmers.

Employer Letters of Interest

Formal employer letters of interest confirming intent to consider program graduates for open positions are being collected from regional agricultural employers as part of the ETPL application process. Letters document occupational demand, desired credential requirements, and anticipated hiring timelines. Employer partner documentation will be attached as an addendum to this framework upon collection.

IN PROGRESS — Employer Outreach Active

Instructor Requirements

Qualified instructors are essential for ETPL approval and program quality. Minimum qualifications are defined below, with named instructors to be confirmed upon institutional partnership.

Minimum Instructor Qualifications

Lead instructors for this program must meet the following minimum requirements:

  • Master's degree in agriculture, horticulture, environmental science, soil science, or a closely related field — or a bachelor's degree with 7+ years of documented professional experience in agricultural operations
  • Minimum 5 years of applied agricultural practice including at least 2 years in a supervisory or management role
  • Current FCHP certification (or willingness to obtain within 6 months of hire) strongly preferred
  • Familiarity with the Cornell Comprehensive Assessment of Soil Health (CASH) framework and soil biology fundamentals strongly preferred; willingness to facilitate Cornell certificate integration required
  • Demonstrated experience with regenerative agriculture practices, cover cropping, rotational grazing, or soil health management
  • Prior teaching, training, or extension experience preferred — community college adjunct, UF/IFAS Extension, or USDA-affiliated educator experience is a strong plus

Lead Agricultural Instructor

To Be Named — pending formal partnership agreement with Pensacola State College Workforce Education Division and/or University of West Florida Continuing Education program.

Instructor recruitment will prioritize candidates with UF/IFAS Extension experience or active involvement in Escambia County agricultural education. Subject matter expert bios will be added to this document upon confirmation.

Partnership Pending — PSC / UWF

On-Farm Training Facility — Additional Staff

  • Farm Operations Manager: on-site supervisor for all practical training activities; manages skill station availability, safety compliance, equipment, and real-time scheduling app coordination
  • Wetland Ecology Specialist: guest instructor for transect survey group sessions and conservation management; minimum MS in ecology, wildlife biology, or equivalent field experience
  • Business / Marketing Instructor: guest or co-instructor for Week 6–7 online content and capstone business simulation sessions; MBA or equivalent business experience with agricultural sector focus

Student-to-Instructor Ratio

The reservation-based scheduling model ensures consistent instructor availability and safe student-to-instructor ratios across all practical sessions:

  • Online phase: maximum 25 students per cohort; one lead instructor + one teaching assistant for live sessions
  • On-farm skill stations: maximum 6 students per active session slot; reservation app enforces capacity limits automatically
  • Livestock and equipment sessions: maximum 4:1 student-to-instructor ratio for any activity involving livestock, power equipment, or water infrastructure
  • Group sessions (wetland survey, market simulation, capstone): scheduled cohort events with full instructor panel present

Performance Outcomes

The four FETPIP-required metrics that define program success — tracked from enrollment through post-program employment.

≥75%

Program Completion

Percentage of enrolled students who complete all 10 weeks of the program including both online and residential phases. Tracked via LMS completion records and residential attendance logs.

≥75%

Credential Attainment

Percentage of program completers who achieve the FNGLA FCHP credential within 60 days of program completion. Cornell Soil Health Certificate attainment tracked separately as a supplementary industry-recognized credential. Verified via FNGLA exam records and Cornell Canvas completion data.

≥75%

In-Field Employment

Percentage of program completers employed in an agriculture-related occupation (SOC 45-xxxx series) within 90 days of program completion. Tracked via CareerSource Escarosa employment verification and FETPIP quarterly wage data.

≥$15/hr

Entry Wage Target

Target entry wage at or above Florida's current minimum wage ($15.00/hr), with a documented wage progression pathway to $18–22/hr for credentialed supervisory roles (SOC 45-1011). Tracked via FETPIP wage records at the 2nd and 4th quarter post-exit. Self-employment outcomes (farm startup) counted per WIOA self-employment verification protocol.

Program at a Glance

A printable summary for submission to CareerSource Escarosa, institutional partners, and ETPL reviewers.