Overview of Masters in Business with Honeywell CEO Vimal Kapur
Bloomberg’s Barry Ritholtz talks with Honeywell CEO and Chairman Vimal Kapur about his 37-year career at the company, the evolution of Honeywell’s culture, and why he believes the firm is best positioned as three separate public companies. The conversation also digs into how AI is changing industrial automation, why the shift is really from automation to autonomy, and how Honeywell is adapting to labor shortages, supply-chain disruptions, and geopolitical uncertainty.
Honeywell’s Evolution and Kapur’s Career Path
Kapur traces his career from an engineering degree in India to joining Honeywell India in 1989, which he describes as essentially a startup with no revenue. That early experience shaped his leadership style:
- Learned to operate with flexibility and multiple responsibilities
- Built experience across different customer types, markets, and operational challenges
- Developed a practical, business-first perspective rather than a purely theoretical one
He also explains how Honeywell’s culture has changed over time:
- The AlliedSignal-Honeywell merger was a major turning point
- Former CEO Dave Cote emphasized a “one Honeywell” culture
- Kapur’s predecessor Darius Adamczyk strengthened operational rigor and digital capability
- Kapur’s current focus is on growth, not just margin expansion, because Honeywell has already reached very high margins
Why Honeywell Is Breaking Into Three Companies
A major theme of the interview is Honeywell’s planned split into three standalone businesses:
- Honeywell Automation
- Honeywell Aerospace
- Solstice Advanced Materials
Kapur says the breakup came from a strategic thesis: Honeywell had become too broad, and each business could create more value independently.
Why now?
Two major forces pushed the decision:
- Aerospace demand is surging, especially in defense and aftermarket cycles
- AI is reshaping automation, creating a new growth path for industrial software and systems
He argues that Honeywell can preserve scale while becoming more specialized, which he sees as the best combination for shareholder value.
On activist investors and comparisons to GE
Kapur says activist investors like Elliott Management were not the original catalyst, though their thinking aligned with Honeywell’s own analysis. He also pushes back on comparisons to GE:
- Honeywell’s breakup came from a position of strength, not distress
- The businesses have different growth profiles and strategic logic
- Similar-looking restructurings can come from very different circumstances
How AI Is Changing Industrial Automation
Kapur’s core thesis is that AI does not replace automation; it adds an intelligence layer on top of it.
Automation, then intelligence, then autonomy
He describes traditional automation as:
- Sensor-based
- Logic-driven
- Designed for normal conditions, with humans handling exceptions
AI changes the model by:
- Capturing years of operational knowledge
- Helping new workers avoid starting from scratch
- Preserving expertise as older workers retire
- Making systems smarter and more adaptive
What customers actually buy
Honeywell’s customers are not buying “AI” as a concept. They want:
- More uptime
- Better profitability
- Higher productivity
- Improved safety and reliability
- Reduced dependence on scarce skilled labor
Kapur emphasizes that the industrial AI market is being driven by a real labor shortage, not hype.
Real-World Use Cases for Industrial AI
Kapur gives several examples of AI-enabled automation in practice:
Fast-food and retail energy optimization
Honeywell has connected hundreds of restaurant locations into unified operating systems, helping customers reduce energy use by 30% to 40% in some cases.
Facilities management and knowledge capture
AI tools are helping hospitals, data centers, refineries, and manufacturing plants:
- Optimize energy usage
- Improve maintenance planning
- Capture institutional knowledge before employees retire
- Reduce reliance on manual, repeated decision-making
His argument is that many distributed assets were never managed intelligently at scale before cloud and AI made it practical.
Barriers to Adoption
Kapur says adoption is slower than the technology’s potential because of change management, not because the use cases are weak.
Why it takes time
- Roles inside customer organizations are changing
- Companies need to retrain workers
- Industrial operations are conservative by design
- Integration into existing systems takes time
Still, he believes adoption cycles will be measured in 18 to 30 months, not decades, because the underlying problem is urgent.
Geopolitics, Supply Chains, and Reshoring
The conversation also covers tariffs, supply-chain volatility, Ukraine, Iran, and broader geopolitical instability.
Honeywell’s response
Kapur says Honeywell is relatively well prepared because it already practices:
- Local-for-local manufacturing
- Distributed production across about 150 factories
- Mature supply-chain contingency planning
He notes that Honeywell still depends on globally sourced components, so it cannot fully insulate itself from trade disruptions. But the company’s footprint is built to handle shocks better than many others.
On reshoring
Kapur supports reshoring in principle, but argues the U.S. should prioritize a few key sectors rather than trying to rebuild everything at once. He highlights:
- Semiconductors
- Pharmaceuticals
- Other mission-critical industrial capacities
Aerospace and Defense as Growth Drivers
Honeywell Aerospace is one of the company’s most important businesses, and Kapur sees strong momentum ahead.
Key points
- Defense now represents about 40% of aerospace
- Global defense spending is rising
- Fleet upgrades and modernization cycles are creating opportunity
- Honeywell’s role is systems-oriented, not just engine-focused
He explains that Honeywell Aerospace provides:
- Cockpit systems
- Radar and navigation
- Brakes
- Environmental controls
- Auxiliary power units
- Engines for smaller and business aircraft
This systems-based model, he says, creates long-lived customer relationships and recurring value.
What Honeywell Does in Quantum
When asked about quantum technology, Kapur clarifies that Honeywell has a major stake in Quantinuum (the transcript misstates the name). It is a separate company, not part of the core Honeywell structure, but still part of Honeywell’s broader technology footprint.
Personal Takeaways from Kapur
The interview ends on a more personal note, where Kapur shares:
- He reads broadly, from oil markets to leadership books to China-related analysis
- He values curiosity as a lifelong habit
- He advises engineering students to keep a wide set of options open
- He says management requires courage, risk-taking, and decision-making
His core advice
Stay curious, keep learning, and never assume you already know enough.
Main Takeaways
- Honeywell is being split because specialization now appears more valuable than conglomerate structure
- AI is not replacing industrial automation; it is making it smarter and more autonomous
- Industrial AI’s strongest use cases come from labor shortages, knowledge retention, and energy efficiency
- Honeywell’s restructuring is driven by strategic opportunity, not distress
- Kapur sees a strong future for U.S. industrial technology, especially in automation, aerospace, and quantum-adjacent innovation