• Current Status: Formal accreditation of the Executive Master Program with global academic institutions and premier real estate professional organizations is actively in progress.

• The Strategy: The program’s rigorous, 320-notional-hour architecture and multi-layered evaluation gateways are intentionally engineered to meet and exceed international executive education standards.

Immediate Value: While formal institutional stamps are clearing regulatory pipelines, the curriculum is already fully aligned with the technical requirements of global green building councils and high-Loan To Value (LTV) environmental financing programs. Participants gain immediate, actionable industry leverage from day one, independent of standard academic timelines. 

• One year program designed to allow busy professionals to attend while working full time 9 to 5 type of jobs

• 8 Distance Learning Courses (DLC): 4 weeks per course, 10 notional hours per course.

• 4 Onsite Workshops (OSWS): 40 hours over 5 consecutive weekdays, situated across 4 continents.

• Each course module is graded with both multiple choice and essay exams (Captsone project deliverables)

• Participants receive a free copy of the Book "Building Green from the Ground Up" which is used text reference for this course

• Capstone Engine: A running live-asset simulator utilizing the Secure Land, Build, Rent, Refinance, Repeat (SLB3R) framework to engineer a for participants minimum of $1.5M USD in net worth generation over 5 years, and creating a colossal return on the program investment.

• Certificate of Proficiency delivered at the successful completion of the program.

This program architecture is an elite, hybrid execution model. By combining highly targeted, low-friction distance learning with intensive, location-specific global workshops, students actively de-risk a 3+ building/24 unit development (required for the minimum $1.5M USD in net worth generation) under program director Frederic Pouyot’s direct guidance. 

RED01 (Project Month 1 Phase) – Foundations of Sustainable Land Development & Site Acquisition

• Introduction to Purpose Build Rental Real Estate Land Development using the GPEKS approach. 

• Assigned Book Chapters: Preface & Chapter 1 (The Hidden Cost of How We Build; Carbon Footprints) & Chapter 2 (Land Selection & Urban Planning Paradigm)

• Developer Tasks & Delegation Objectives:

  • Conduct localized market, demographic, and physical constraint studies for the assigned remote municipal parcel.

  • Audit municipal zoning bylaws, official community plans (OCPs), and baseline environmental overlays.

  • Define initial project sizing parameters to accommodate residential or mixed-use building clusters.

• Milestone Reached: Land Parcel Selection & Geotechnical Scope Confirmation.

• Required Student Deliverables:

  • Deliverable 1.1: Site Due Diligence & Market Feasibility Report.

  • Deliverable 1.2: RFP and Scope of Work (SOW) package for third-party Geotechnical & Soil

• Developer Competency: Vision & Legacy: Shifting developer mindset from short-term speculative builds to high-performance, multigenerational holding assets.

• Curriculum Focus: Conducting localized market studies, parsing geographical constraints, baseline environmental zoning reviews, and determining project sizing to accommodate residential/mixed commercial unit cluster.

• Faculty & Sync: Rick Maryansky (Introductory & Weekly Q&A) + Frederic Pouyot (Grading & Systems Orientation).

• Assessments: 20-Question MCQ (Zoning/Site Metrics) + Essay Exam (Market, Geotechnical, and Geographic Baseline Analysis for Capstone Plot).

RED02 (Project Month 2 Phase) – Municipal Policy, Alternative Code Pathways & Community Partnerships

• Assigned Book Chapters: Chapter 3 (Municipal Levers & Infrastructure Cost Avoidance) , Chapter 4 & Chapter 5 (The Transportation-Building Energy Nexus)

• Developer Tasks & Delegation Objectives:

  • Formulate Memorandum of Understanding (MOU) draft terms with remote municipal councils and Indigenous community leadership (covering economic alignment, local labor training, and equity sharing).

  • Commission legal and regulatory consultants to establish "Alternative Solution" code compliance pathways under provincial building codes for non-standard GPEKS materials (load-bearing CEBs and Puxin biodigestors).

• Milestone Reached: Regulatory Permitting Roadmap & Municipal Partnership MoU.

• Required Student Deliverables:

  • Deliverable 2.1: Executable Municipal/Indigenous Community Partnership MoU & Local Economic Impact Strategy.

  • Deliverable 2.2: Alternative Code Compliance Application Package for regulatory authorities.

• Developer Competency: Systemic Orchestration: Balancing technical, organizational, lifecycle economic risk variables, and eliminating siloed thinking.

• Curriculum Focus: Auditing conventional "Code Minimum" assets against integrated layout baselines. Understanding how building orientation, envelope resilience, and occupant patterns interact dynamically to minimize total peak building loads.

• Faculty & Sync: Frederic Pouyot

• Assessments: 20-Question MCQ (Systemic Risk Metrics) + Essay Exam (Baseline Energy Profile Audit comparing regional code builds to integrated layouts).

🟩 Onsite Workshop 1: (40 Hours/5 Weekdays) - Q1

• 50%+ time dedicated to reviewing and finalizing Capstone Milestone 1 ("Land Viability, SPV Entity Setup & Soil Engineering Blueprint").

Lead Facilitator: Frederic Pouyot

Focus: Deal Structuring & Earth Pressing Masterclass - Land Viability, SPV Entity Setup & Soil Engineering Blueprint 

• Day 1–2 (The Deal Room): Reviewing individual student land selections. Formulating cross-border joint ventures, special purpose vehicles (SPVs), and local entities.

• Day 3–4 (Field Operations): Hands-on soil mechanics testing. Conducting triaxial analysis, mix optimization, and running mechanical brick presses. Field-testing stabilization chemistry (lime/cement tracking).

• Day 5 (The Critique): Defense of Capstone Milestone 1: "Land Viability & Soil Engineering Blueprint".

RED03 (Project Months 3-4 Phase) – Bioclimatic Site Optimization & Passive Solar Architecture

• Assigned Book Chapters: Chapter 7 (Geometry Over Hardware: Passive Solar & Microclimate Optimization)

• Developer Tasks & Delegation Objectives:

  • Analyze microclimate variables, winter solar angles, windbreaks, and passive solar orientation (15° East of South).

  • Direct the project architectural team on bio-climatic layouts, south-facing glass ratios, and integration of the 3-story greenhouse solarium.

• Milestone Reached: Bioclimatic Architectural Master Plan Approval.

• Required Student Deliverables:

  • Deliverable 3.1: Bio-Climatic Architectural Directive Brief & Solar Orientation Map.

  • Deliverable 3.2: Conceptual Site Plan featuring passive solar envelopes, microclimate windbreaks, and massing layouts.

• Developer Competency: Resource Efficiency: Capitalizing on free physical assets (solar angles, microclimates, thermal orientation) to slash mechanical equipment capex.

• Curriculum Focus: Structuring site layouts utilizing southern deciduous buffers and northern evergreen/earth mounds. Designing the southern 3-story greenhouse solarium to permit natural convection loops and passive food production.

• Faculty & Sync: Frederic Pouyot & Alberto Donaire* (Green Architecture & Master Planning Lead).

• Assessments: 20-Question MCQ (Solar Azimuth & Shading Angles) + Essay Exam (Bio-Climatic Site Layout & Passive Solar Orientation Mapping).

RED04 (Project Month 5 Phase)-  Material Science, Earth-Based Materials & High-Performance Building Envelopes

• Assigned Book Chapters: Chapter 8 (High-Performance Envelopes, CEB Structural Science & Carbon Sequestration). Low-embodied energy profiles; Compressed Earth Bricks (CEB), mass timber systems, and R-45/R-70 thresholds.

• Developer Tasks & Delegation Objectives:

  • Establish structural performance specs for single-wall Stabilized Compressed Earth Blocks (SCEBs) under cold-climate freeze-thaw and snow-load conditions.

  • Specify airtightness targets (≤ 0.6 ACH50) and continuous insulation layers (R-45 wall / R-70 roof) using non-toxic media.

  • Direct structural engineering consultants on third-party laboratory testing protocols for CEB compressive strength and stabilization chemistry.

• Milestone Reached: Certified Building Envelope & Material Specification Clearance.

• Required Student Deliverables:

  • Deliverable 4.1: Envelope Material Specification Log & ACH50 Airtightness Assurance Protocol.

  • Deliverable 4.2: Structural Engineering Delegation Package & Certified Lab Testing Protocol for CEB load-bearing specs.

• Quarter 2 Onsite Workshop (OSW 2 - Month 6): 

• Developer Competency: Material Mastery: Understanding carbon sequestration in structural media to capture long-term asset resilience and regulatory approvals.

• Curriculum Focus: Structural engineering for single-wall stabilized compressed earth block (SCEB) structures. Calculating single-wall thermal mass mechanics, specifying rubble trench foundations, applying external breathable natural stucco finish insulation, and detailing high-efficiency double-glazed fiberglass windows (South) and triple-glazed windows (North/East/West) with sliding insulating shutters.

• Faculty & Sync: Frederic Pouyot, Dallas Terry* (Earth Materials Specialist) & Robin Wentzel* (Environmental Contracting).

• Assessments: 20-Question MCQ (Embodied Energy & Compressive Strengths) + Essay Exam (Material Specification & R-Value Log targeting less than 0.6 ACH50 using non-toxic media).

🟩 Onsite Workshop 2: (40 hours/5 days) - Q2

Lead Facilitator: : Frederic Pouyot

Focus: Advanced Bioclimatic Modeling & Envelope Practicum. Review of Capstone Milestone 2 (Architectural Directives, Structural Certification Specs & Bioclimatic Optimization Map) . 

• Day 1–2 (The Tech Lab): Onsite bio-climatic site mapping, solar path tracking, and envelope layer testing. Simulating local microclimates against earth-wall configurations.

• Day 3–4 (Systems Lab): Calibrating Compressed Earth Brick compaction ratios on site. Engineering structural tolerances of multi-story earth load-bearing layouts under extreme local moisture parameters.

• Day 5 (The Critique): Defense of Capstone Milestone 2: "Complete Architectural Shell, Material Log, and Site Optimization Map".

RED05 (Project Month 7 Phase) - Active Solar Microgrids & BIPV Utility Infrastructure 

• Assigned Book Chapters: Chapter 9 (Building-Integrated Photovoltaics [BIPV] , active solar surfaces as direct roofing/cladding; localized LCOE, & Solar Microgrids)

• Developer Tasks & Delegation Objectives:

  • Commission electrical and clean energy engineers to dimension rooftop BIPV arrays and energy storage systems.

  • Structure tenant utility billing models and "Battery-as-a-Service" leasing arrangements indexed below grid rates.

• Milestone Reached: Solar Microgrid Engineering Interconnection Approval.

• Required Student Deliverables:

  • Deliverable 5.1: BIPV & Battery Microgrid System Specification Schematic.

  • Deliverable 5.2: Decentralized Energy Utility Business Model & Tenant Billing Structure.

• Developer Competency: Infrastructure Ownership: Transforming passive structural envelopes into localized, revenue-generating power utilities.

• Curriculum Focus: Integrating GSE Integration technology for seamless rooftop BIPV. Dimensioning integrated large PV arrays spanning the building roof, solar carports, and storage sheds. Engineering localized microgrid dispatch controls to capture outsized energy revenue.

• Faculty & Sync: Renewable Energy Integration specialists

• Assessments: 20-Question MCQ (Peak kWp Yields & Inversion Degradation) + Essay Exam (Solar Array System Design matched directly to predicted building operational loads).

RED06 (Project Month 8 Phase) - Fossil-Fuel-Free Mechanical Infrastructure

• Assigned Book Chapters: Chapter 10 (Decoupled HVAC & Cold-Climate Solar Assisted Heat Pumps with COP 4.0+; solar-assisted indoor thermal storage.) & Chapter 11 (Circular Ecosystems: Greywater, Puxin Biodigestors & Agri-Hoods). 

• Developer Tasks & Delegation Objectives:

  • Verify mechanical engineering plans for cold-climate heat pumps and hydronic radiant floors to completely eliminate fossil fuel/gas infrastructure liabilities.

  • Oversee closed-loop utility plans incorporating rainwater harvesting, greywater recycling, and Puxin biodigestor organic waste-to-biogas systems.

• Milestone Reached: GPEKS Building and Community Design Gateway Review Pass.

• Required Student Deliverables:

  • Deliverable 6.1: Decoupled Mechanical (HVAC/Thermal) Engineering Oversight Brief.

  • Deliverable 6.2: Circular Water & Organic Waste Management Plan (incorporating Puxin biodigestor specs).

• Developer Competency: De-risking Utilities: Eliminating natural gas price volatility, methane liabilities, and escalating local carbon tax penalties.

• Curriculum Focus: Engineering hydronic radiant floors laid over ceramic-covered earthen floors. Sizing heat pump loops to bypass utility spikes. Connecting Level 2 EV charging stations within the 8-unit structural matrix. Designing "Battery-as-a-Service" storage leasing configurations by capitalizing on regional ICE vs. EV Total Cost of Ownership (TCO) differentials.

• Faculty & Sync: Cleantech Systems Engineers (Decentralized District Loop Authorities) & Frederic Pouyot.

• Assessments: 20-Question MCQ (COP Calculations & Battery Peak-Shaving Metrics) + Essay Exam (HVAC Sizing, EV Infrastructure, and Thermal Load Calculation Sheets).

🟩 Onsite Workshop 3: (40 Hours/5 Weekdays) - Month 9

• 50%+ time dedicated to reviewing Capstone Milestone 3 ("Microgrid Contracting, EV Infrastructure Specs & Decoupled Mechanical Procurement").

Lead Facilitator: Frederic Pouyot

Focus: Active Microgrids, Water Loops & Historic Earth Inspection

• Day 1–2 (Infrastructure Lab): Onsite active microgrid configuration, and battery setup. Inspecting historic and modern earth structures in the climates to analyze centuries-long thermal behavior.

• Day 3–4 (Systems Lab): Wiring mockups for Level 2 EV charging load distribution. Sizing local utility meters to transition solar and battery infrastructure into individual tenant utility billings (indexed 5% lower than grid costs).

• Day 5 (The Critique): Defense of Capstone Milestone 3: "Microgrid Schematic, EV Infrastructure Layout & Decoupled Mechanical Design".

RED07 (Project Month 10 Phase) - Circular Urban Ecosystems & Agri-Hood Operational Modeling

• Assigned Book Chapters: Chapter 4 (Base Case Credit Methodology), Chapter 6 (Green Finance & Policy), Chapter 11 (Closed-loop water infrastructure; greywater recycling, organic waste biogas, community greenhouses, aquaponics integration, and bio-industrial closed loops) & Chapter 12 (Total Cost of Ownership [TCO] & Financial Modeling), 

• Developer Tasks & Delegation Objectives:

  • Calculate Base Case Credits (subtracting avoided conventional infrastructure costs) and model 25-year TCO.

  • Structure capital stack targeting 100 points under CMHC MLI Select (energy efficiency, accessibility, affordability) to secure high-LTV debt and extended amortizations.

  • Underwrite the five green revenue streams (base rent, solar subscriptions, EV charging, battery leasing, solarium memberships).

• Milestone Reached: Bank-Ready Capital Stack & Institutional Pro Forma Sign-off.

• Required Student Deliverables:

  • Deliverable 7.1: Underwritten 5-Year Multi-Stream Pro Forma Model (incorporating Base Case Credits and TCO cash flows).

  • Deliverable 7.2: Complete CMHC MLI Select Scoring & Debt Financing Application Package.

• Developer Competency: Ecological Integration & Community Value: Shielding assets from municipal utility costs while creating unique amenities that command rent premiums and stabilize occupancy.

• Curriculum Focus: Charting site water loops matching rainwater capture to greywater recycling. Structuring the operations of the southern solarium greenhouse for commercial cultivation (gourmet mushrooms, garlic, aquaponics, eggs) managed by an onsite community gardener. Sourcing affordable, local non-processed wood for interior cabinets, trim, and doors.

• Faculty & Sync: Biomimicry Engineers, Bio-Industrial Crop Expert, Matthieu Mehuys*, Wilson Baptiste* & Frederic Pouyot.

• Assessments: 20-Question MCQ (Hydrological Flows & Crop Yield Cycles) + Essay Exam (Agri-Hood Operational Model & Circular Economy Flowchart).

RED08 (Project Month 11 Phase) - Total Cost of Ownership (TCO) Financials, Policy, & Capital Stacks

• Assigned Book Chapters: Chapters 3, 4 & 6 (25-year financial lifecycle modeling; identifying baseline credits; CMHC MLI Select point strategies; leveraging green funds), Chapter 14 (Procurement & Supply Chain Logistics) & Chapter 15 (Developer Execution Playbook & Trade Management)

• Developer Tasks & Delegation Objectives:

  • Draft General Contractor/Project Manager procurement packages (e.g., CCDC / IPD contract frameworks) tailored for remote logistics.

  • Establish strict trade quality assurance checkpoints (mandatory mid-construction blower-door tests, certified CEB batch testing, utility commissioning).

• Milestone Reached: Construction Management Procurement & Quality Assurance Plan Finalization.

• Required Student Deliverables:

  • Deliverable 8.1: GC/PM Procurement Tender Package & Remote Logistics Management Plan.

  • Deliverable 8.2: Quality Control & Trade Inspection Checklist Protocol.

• Book Integration: 

• Developer Competency: Capital Optimization: Financial engineering that replaces raw upfront cost-accounting with high-LTV debt structuring, reduced debt service coverage ratios (DSCR), and extended amortizations.

• Curriculum Focus: Formulating the complete Bill of Quantities (BoQ) and 5-year multi-tiered cash flow pro-forma. Modeling the five distinct green revenue layers: base rent, solar utility subscriptions, Level 2 EV station fees, battery leases, and solarium food-share memberships. Engineering the capital stack using Canada's CMHC MLI Select criteria (securing 100 points via affordability and efficiency) and matching international low-carbon/affordable grant equivalents.

• Faculty & Sync: GPEKS Group Principals, FCM Green Municipal Fund Advisors

• Assessments: 20-Question MCQ (DSCR, Cap Rates, and MLI Point Grids) + Essay Exam (Underwritten Multi-Stream Pro-Forma & Stamped Green Capital Stack Proposal).

🟩 Onsite Workshop 4: (40 Hours/5 Weekdays) - Month 12

• 50%+ time dedicated to Capstone Milestone 4 & Final Graduation Defense ("Bank-Ready Master Development Plan & Investment Committee Defense").

Lead Facilitator: Frederic Pouyot (Comprehensive Evaluation Board)

Focus: The International Investment Committee Pitch & Program Graduation

• Day 1–2 (Executive Suite): Final execution of the SLB3R Asset Simulator to calibrate the 5-year, $1.5M USD wealth generation target. Structuring the legal frameworks for asset holding, multi-generational trusts, and green lease addendums.

• Day 3–4 (The Boardroom): Executive communication coaching, investment defense dry runs, and financial stress-testing against shifting global interest rates.

• Day 5 (The Grand Finale): Final Capstone Defense (RED12). Students present a fully stamped, bank-ready Master Development Plan to a panel of institutional financiers, green fund managers, and appraised engineering experts for formal Master's Degree graduation.

Enrolling in the Executive Master Program unlocks substantial strategic, financial, and wealth-building opportunities designed to deliver an exceptional return on investment:

• Net Worth Generation: Through the active capstone, participants position themselves to secure a minimum of $1.5M USD in new direct net worth within 5 years.

• Referral Fee Program: To further enhance enrollment returns, the program offers a lucrative 10% referral fee for every new participant brought into the program, serving as an additional high-yield revenue stream.

• Flexible Payment Terms: To ensure accessibility and smooth capital management, participants have the ability to pay tuition and program (including workshop travel and accommodation) through monthly installment plans.

• Early Registration Discount: To secure placement ahead of the upcoming term in our small class cohorts of maximum 20 participants, a US$1,000 early bird pricing discount lowers the upfront capital investment fee for people who register for the full Executive Master program at least 3 months ahead of program start.

• Satisfaction Guarantee: Possible refund to student who demonstrated 100% attendance at all courses and workshops, submit all milestones documents on time with passing marks, and provided documented proof of analyzing and rejecting at least three land parcels using the Capstone Simulator. A 25% non-refundable administrative and logistics fee is permanently retained to cover sunk hard costs like international venues, catering, and grading hours. 

To maintain international institutional accreditation and justify a premium executive program tier, the system enforces a rigorous pacing framework:

• Asynchronous Assets (4.5 Hours/Week): High-definition video case studies, on-site execution logs, and textbook readings.

• Synchronous Interaction (1.0 Hour/Week): Live interactive synchronization and Q&A with the designated Subject Matter Expert (SME).

• Self-Directed Applied Work (4.5 Hours/Week): Direct workspace application, iteratively updating the student's personal Capstone spreadsheet, architectural layers, and financing applications.

• Total Notional Commitment: Exactly 10 hours per course over each 4-week block.

• Verification Gateways: Multi-layered verification via automated, randomized technical multiple-choice exams inside the Learning Management System tool (verifying exact data metrics) alongside deep analytical essay defenses marked directly by Frederic Pouyot.