INDUSTRIAL ENGINEER • SYSTEMS ARCHITECT
Jason Kester Hanani
Turning Messy Operations into Clear Systems.
I reverse-engineer bottlenecks. Using deep diagnostics and first-principles thinking, I transform friction into flow.
Reality over
Theory.
You cannot optimize what you do not understand. Most teams burn cash fixing the wrong problems. I prioritize Operational Truth—mapping the territory before engineering the cure.
1. Strategic Clarity
Growth creates fog. I identify the single structural bottleneck that actually matters to the bottom line, ignoring the noise of "busy work" and vanity metrics.
2. Contextual Fit
A playbook is useless if it doesn't fit the terrain. I reject generic "best practices" in favor of solutions designed specifically for your team's culture and constraints.
3. Sustainable Velocity
Burnout is an expensive system failure. I design workflows that respect human energy cycles, ensuring high performance doesn't accrue technical or cultural debt.
Diagnostics & Design.
The Investigator
"Why is this broken?"
I bypass surface symptoms to find the root cause. Using data forensics and process mapping, I audit the system to identify the single lever that moves the mountain.
- Constraint Analysis
- Data-Level Audits
- Workflow Mapping
The Architect
"How do we scale this?"
Once the leak is found, I build the pipe. I design the automations, the governance, and the culture codes that allow your team to run without you.
- Standard Operating Procedures
- Automation & Tooling
- Knowledge Management
Recent Writing
Latest Insights
Mapping Joy to Friction: The Physics of "Feel-Good Productivity"
Is "feeling good" a valid strategy for high performance? An Industrial Engineer's audit of Ali Abdaal’s methodology, mapping "Play" to Friction Management and "Alignment" to Vector Physics.
Photo by Aaron Burden on Unsplash
The Thermodynamics of Purpose: Why Meaning is a Biological Requirement
Purpose is not a spiritual luxury; it is a cooling system for the brain. How eudaimonic well-being regulates cortisol and why vector physics explains burnout.
Photo by Daniel McCullough on Unsplash
Burnout is a Design Flaw: Re-Engineering the System for Resilience
Burnout is a systemic design flaw, not a character flaw. Here is the root cause analysis and the engineering blueprint for sustainable performance.