Project Management Specialist
All of this sits on a 1990's Total Quality Management (TQM) with a Project Management PMBok 1 leadership style, group dynamics and team buillding.
Core Identity: Systems thinker • Strategic integrator • Pattern‑recognition engine • Risk‑anticipator • Data‑driven decision‑maker
Natural Cognitive Abilities (CliftonStrengths + NPQE + MBTI synthesis):
Strategic — Instantly generates multiple pathways, scenarios, and contingencies (see around the corner, what if)
Deliberative — Identifies risks before others even sense them (eliminate or minimize risks)
Intellection — Deep processing, conceptual modeling, reflective analysis (comprehension, rules, regulations, laws, standards)
Connectedness — Sees interdependencies across systems, teams, and timelines (big picture, smaller components)
Consistency — Creates fairness, structure, and repeatable processes (across all stakeholders)
Industry Keywords:
Systems thinking
Root‑cause analysis
Scenario modeling
Risk identification & mitigation
Decision frameworks
Operational continuity
Data interpretation
Cognitive mapping
Collaborative
Qualifying questions
Active listener
Creative problem-solving
Data Modeling
Viual Language Architect
Accomplishment Formula (PAR/ASR style):
Situation: Fragmented information, unclear requirements, conflicting constraints
Action: Synthesized patterns, modeled scenarios, built a unified decision framework
Result: Reduced risk, increased clarity, accelerated execution
This is where my building‑science, compliance, and capital‑project brain lives.
Building Science & Performance:
Thermal Comfort (ASHRAE 55)
Energy Modeling + Performance (ASHRAE 90.1 ECB, IECC, ACEEE)
Lighting Design Retrofitting
HVAC Recommissioning
Building Automation System
Envelope performance + IGCC
Indoor environmental quality
Construction & Capital Projects:
Blueprints, schematics, submittals
RFI workflows
Contract compliance
Scope alignment
Change management
FF&E Owner's Side, SME, Heavy-Duty Equipment
Field Verification
On-site JOC Management
Capital Funding Request
Campus Facility Management
Design-Build
Design-Bid-Build
Industry Keywords:
Building performance modeling
Energy analysis
Code compliance
Technical documentation
Construction administration
Capital project controls
QA/QC
Stakeholder management
Accomplishment Formula:
Problem: Complex technical requirements across codes, standards, and project constraints
Action: Interpreted, cross‑referenced, and operationalized requirements into actionable workflows
Result: Reduced rework, ensured compliance, improved project predictability
This is the “how I do it” layer — the engines behind my thinking.
Sustainability & High‑Performance Frameworks:
LEED
WELL
Living Building Challenge
BREEAM (EN 15251 / ISO 7730)
Passive House principles
Renewable Energy (PV Mapper)
Proper materials (insulation, window treatment, regular maintence)
Modeling, Scoring & Compliance Tools:
ASSET Score
COMcheck / REScheck
Energy Star Portfolio Manager
Equest
EnergyPlus
BEES
SPARK
Sustainable Facilities Tool (SFT)
First Tool
Industry Keywords:
Data modeling
Performance benchmarking
Simulation tools
Lifecycle analysis
Sustainability integration
Technical evaluation
Compliance modeling
Accomplishment Formula:
Challenge: Multiple frameworks requiring alignment across energy, comfort, and sustainability
Action: Modeled performance, validated compliance, integrated results into project decisions
Outcome: Improved energy performance, reduced operational risk, supported certification pathways
This is where my thinking becomes real‑world execution.
Tools & Platforms:
Advanced Microsoft Suite (Excel, PowerPivot, SharePoint, Teams, Project, Visio, Sway)
Google Workspace
Document control systems
Workflow automation
Data visualization
Knowledge management
Soft Skills That Make It All Possible:
High‑empathy communication
Conflict defusing
Pattern recognition
Technical writing
Customer service excellence
Cross‑functional translation
Stakeholder alignment
Process optimization
Industry Keywords:
Operational systems
Documentation architecture
Process engineering
Knowledge transfer
Stakeholder communication
Technical writing
Workflow design
Accomplishment Formula:
Situation: Disorganized information, unclear workflows, inconsistent execution
Action: Built structured systems, documentation, and communication pathways
Result: Increased efficiency, reduced errors, improved team alignment