SELECTED WORK

Where strategy meets execution.

The examples below focus on situations where technical feasibility, economics, commercial structure, operations, customers, and institutional decision-making all had to line up before an energy opportunity could move forward. Together, they show the business-development work behind complex energy decisions: defining the opportunity, aligning stakeholders, structuring the case, and leading it toward execution.

Some details are intentionally generalized to protect employer and customer confidentiality.
01

DISTRICT ENERGY / COMMERCIAL STRUCTURE

Long-term district energy renewal with a pathway to expansion

Long-term core-service renewal
Major institutional energy load

Situation

A major institutional customer needed to renew an essential district-energy relationship while also evaluating broader infrastructure options that could change how the site produced and purchased energy over time.

Role

Led commercial development across customer priorities, utility economics, operations, engineering input, and contract structure to keep the immediate renewal moving while preserving a credible route for future expansion.

What advanced

Helped move a 14-year core-service renewal to approval and established a framework for evaluating additional energy infrastructure rather than treating renewal and expansion as unrelated decisions.

Why it mattered

The work protected an important operating relationship while creating optionality for a larger, more integrated energy solution.

Read the insight on why strong infrastructure creates options →
02

LIFECYCLE ECONOMICS / BUILDING ENERGY

Turning an engineering alternative into a decision-ready business case

Large-scale chilled-water infrastructure concept
Lifecycle operating and financial analysis

Situation

Building owners considering central-plant replacement or connection to external energy infrastructure often face options that look very different technically but cannot be compared fairly on first cost alone.

Role

Developed lifecycle analyses that brought capital cost, operating labor, maintenance, replacement cycles, financing, energy use, and risk into a common economic frame.

What advanced

Created a decision-ready lifecycle comparison that allowed owners and technical stakeholders to evaluate external service and on-site ownership on total long-term obligations, rather than first cost alone.

Why it mattered

The analysis shifted the conversation from “which system costs less to buy?” to “which alternative creates the better long-term operating and financial outcome?”

Read the insight on district energy vs. on-site infrastructure →
03

INSTITUTIONAL ENERGY / DECISION STRUCTURE

Balancing institutional flexibility with infrastructure commitment

Large institutional energy relationship
Flexibility, capital planning, and service commitment

Situation

A large institution wanted flexibility in how it committed to long-term energy service, while the infrastructure provider needed enough certainty to plan capital, operations, and service obligations responsibly.

Role

Framed alternatives across contract structure, renewal mechanics, capital planning, operating needs, and institutional priorities so the parties could see the tradeoffs explicitly.

What advanced

Developed negotiation and decision frameworks that moved the conversation away from a single disputed term and toward the full package of risk, flexibility, economics, and implementation.

Why it mattered

Complex infrastructure agreements work only when both sides understand what flexibility costs, what certainty enables, and where those interests can be reconciled.

04

COMMERCIALIZATION / MARKET DEVELOPMENT

Creating the conditions for emerging energy technologies to be adopted

Emerging energy technology adoption
Partnership and market-development pathways

Situation

Earlier-stage energy technologies frequently had credible technical value but lacked the surrounding market infrastructure needed for customers and institutions to adopt them at scale.

Role

Led commercialization and market-development work across entrepreneurial ventures, nonprofit and public initiatives, partnerships, programs, funding channels, and growing energy businesses. At one emerging-energy company, that included developing the sales strategy, value proposition, customer proposals, pilot structures, channel partnerships, and funding pathways.

What advanced

Helped translate a technical proposition into repeatable market engagement, contributing to a 200% increase in sales and a 400% increase in customer presentations while building pathways for validation and deployment.

Why it mattered

It reinforced a lesson that still shapes my work: a viable technology is not yet a viable project, and a viable project is not yet an executable market proposition.

Read the insight on market development before the asset exists →

ADDITIONAL RANGE

Proof across markets and implementation.

The same integration challenge has also appeared in utility markets and large public-private deployments—settings where strategy had to connect directly to market capture, coordination, and implementation.

UTILITY PROGRAMS · STRATEGY + COMMERCIALIZATION

Utility market strategy and contract capture

$50M+multi-state portfolio
$150M+contracts secured

Led strategy, market positioning, solution development, pricing, proposals, and executive utility engagement across a $50M-plus multi-state portfolio. Directed capture and coordinated engineering, finance, and operations across more than 30 concurrent utility programs. The work secured more than $150M in contracts, exceeded growth targets by 250%, and increased project throughput by 50% while maintaining client satisfaction.

Integrator dimension: connecting market need, solution design, commercial strategy, and delivery capability.

PUBLIC-PRIVATE DEPLOYMENT · IMPLEMENTATION

Large-scale multi-party clean-energy deployment

$41M+program scale
500+ / 60vehicles / fueling stations

As executive leader of a 20-plus-person clean-energy organization, oversaw portfolios requiring coordination across fleets, public agencies, manufacturers, fuel providers, infrastructure partners, funding requirements, and local stakeholders. One U.S. Department of Energy deployment had a publicly documented budget above $41 million and included more than 500 alternative-fuel or advanced vehicles and 60 new fueling stations. The challenge was not one technology; it was aligning multiple organizations and implementation schedules at scale.

Read the DOE report on lessons from Recovery Act projects →

Integrator dimension: turning a complex public-private program into coordinated real-world deployment.

THE THROUGH-LINE

The common thread is what has to come together.

Across these examples, I have led strategy, commercialization, cross-functional coordination, and implementation by connecting pieces that are often evaluated separately: technical performance, lifecycle economics, commercial structure, customer priorities, operational reality, and an institution’s ability to approve and execute a decision. That is the contribution I bring to complex energy-infrastructure growth.