Christie H. | Photographer

The Challenge: Decision Architecture Collapse

ADHD SYSTEMS ARCHITECTURE IN ACTION

CHRISTIE H. | PHOTOGRAPHER

The Challenge: Decision Architecture Collapse

The Presenting Problem:
Endless ideas, constant second-guessing, drowning in to-do lists. Christie knew what needed to happen but couldn't prioritize or execute. The friction wasn't lack of knowledge—it was lack of decision-making infrastructure.

The Root System Failure:
No priority architecture. Christie's brain generates multiple high-value options simultaneously, but she had no system to evaluate, rank, and commit. Every decision triggered analysis paralysis because no framework existed to process the cognitive abundance.

The Architecture Solution:
Decision-making system redesign. We built a priority framework that honors how her brain evaluates options—not forcing linear thinking, but creating structure around her natural multi-path processing. Now decisions happen with clarity and autonomy.

The Systems Transformation:

  • Before: Paralyzed by options, endless to-do lists, constant self-doubt

  • After: Clear autonomous decisions, focused execution, confident prioritization

  • Breakthrough: "No more endless to-do lists!"

In Christie's Words:

"I first met Laura when she was consulting where I used to work. She was an expert at solving our negotiation issues. So, when I started my photography business, I reached out to hire her as a business consultant. Then I found out she specializes in coaching professionals with ADHD—and that felt like fate."

"I had plenty of ideas, but my ADHD made it hard to focus on the right ones. I was drowning in to-do lists, second-guessing myself, and feeling stuck. Laura helped me understand how I work best and where I was getting in my own way."

"Coaching turned out to be exactly what I needed. Instead of someone just telling me what to do, I'm learning how to prioritize and decide for myself. No more endless to-do lists!"

Architecture Applied:
Decision-making protocol | Priority framework | Neurobiological pattern recognition