

Industrial design
NEXT-GEN SATELLITE TERMINAL
NEXT-GEN SATELLITE TERMINAL
Principal industrial design for the Intellian Flat Panel Series. By delivering top-quartile design execution, this project generated a calculated $42.5M revenue premium based on the McKinsey Design Index (MDI) framework.
Principal industrial design for the Intellian Flat Panel Series. By delivering top-quartile design execution, this project generated a calculated $42.5M revenue premium based on the McKinsey Design Index (MDI) framework.
Year
2024
Year
2024
Year
2024
Company
Intellian
Company
Intellian
Company
Intellian
Industry
Aerospace
Industry
Aerospace
Industry
Aerospace
Project Duration
4 Weeks
Project Duration
4 Weeks
Project Duration
4 Weeks
Intellian Technologies required a modern and sleek industrial design for a consumer-grade satellite terminal to redefine the satellite mobility market. The result was a high-performance Active Electronically Scanned Array (AESA) terminal capable of maintaining low-latency connectivity for enterprise and government sectors. Recently, this terminal was deployed on first responder trucks during the Los Angeles wildfires to prove its real-world impact in disaster zones where traditional infrastructure fails.

Objective
The objective was to design a next-generation, low-profile satellite terminal that bridges the gap between high-performance enterprise connectivity and seamless physical integration. Designed for universal application across maritime, vehicular, and architectural environments, the series balances a striking, minimal aesthetic with a ruggedized and angular build capable of enduring the world’s harshest climates. This design language prioritizes speed, ease of use, and premium quality ensuring a cohesive and high-performance user experience on a global scale.



Challenge
The primary challenge lay in reconciling high performance demands with the sleek profile expected by modern consumers. I was tasked with integrating complex internal components into a compact footprint while overcoming the challenges posed by weather impact. This required a precision engineered radome that maintains signal integrity and sheds coverage through heavy precipitation, like rain and snow, and ocean salt spray. Working in lockstep with Intellian’s engineering team, we had a three-week window to finalize the industrial design to then have a prototype built in time for a major trade show. Central to this was a total rethink of the thermal management system, which provided the terminal with an iconic instead of unsightly underside, and more optimal cooling. Rather than concealing the heat sink as a necessary eyesore, I transformed it into a signature design element. My goal was to deliver a rugged terminal where the cooling architecture and aesthetic identity were one and the same.


Result
The product secured a total contract and service value of approximately $133M. Applying the McKinsey Design Index (MDI) metric, which attributes a 32% financial lift to superior design execution, the direct capital impact of my industrial design strategy is valued at ~$42.5M. This valuation reflects the design's critical role in securing the $73M OneWeb anchor contract and enabling mass adoption in the maritime and land mobility sectors.


Latest Projects

Industrial design
NEXT-GEN SATELLITE TERMINAL
NEXT-GEN SATELLITE TERMINAL
Principal industrial design for the Intellian Flat Panel Series. By delivering top-quartile design execution, this project generated a calculated $42.5M revenue premium based on the McKinsey Design Index (MDI) framework.
Principal industrial design for the Intellian Flat Panel Series. By delivering top-quartile design execution, this project generated a calculated $42.5M revenue premium based on the McKinsey Design Index (MDI) framework.
Year
2024
Year
2024
Year
2024
Company
Intellian
Company
Intellian
Company
Intellian
Industry
Aerospace
Industry
Aerospace
Industry
Aerospace
Project Duration
4 Weeks
Project Duration
4 Weeks
Project Duration
4 Weeks
Intellian Technologies required a modern and sleek industrial design for a consumer-grade satellite terminal to redefine the satellite mobility market. The result was a high-performance Active Electronically Scanned Array (AESA) terminal capable of maintaining low-latency connectivity for enterprise and government sectors. Recently, this terminal was deployed on first responder trucks during the Los Angeles wildfires to prove its real-world impact in disaster zones where traditional infrastructure fails.

Objective
The objective was to design a next-generation, low-profile satellite terminal that bridges the gap between high-performance enterprise connectivity and seamless physical integration. Designed for universal application across maritime, vehicular, and architectural environments, the series balances a striking, minimal aesthetic with a ruggedized and angular build capable of enduring the world’s harshest climates. This design language prioritizes speed, ease of use, and premium quality ensuring a cohesive and high-performance user experience on a global scale.



Challenge
The primary challenge lay in reconciling high performance demands with the sleek profile expected by modern consumers. I was tasked with integrating complex internal components into a compact footprint while overcoming the challenges posed by weather impact. This required a precision engineered radome that maintains signal integrity and sheds coverage through heavy precipitation, like rain and snow, and ocean salt spray. Working in lockstep with Intellian’s engineering team, we had a three-week window to finalize the industrial design to then have a prototype built in time for a major trade show. Central to this was a total rethink of the thermal management system, which provided the terminal with an iconic instead of unsightly underside, and more optimal cooling. Rather than concealing the heat sink as a necessary eyesore, I transformed it into a signature design element. My goal was to deliver a rugged terminal where the cooling architecture and aesthetic identity were one and the same.


Result
The product secured a total contract and service value of approximately $133M. Applying the McKinsey Design Index (MDI) metric, which attributes a 32% financial lift to superior design execution, the direct capital impact of my industrial design strategy is valued at ~$42.5M. This valuation reflects the design's critical role in securing the $73M OneWeb anchor contract and enabling mass adoption in the maritime and land mobility sectors.


Latest Projects

Industrial design
NEXT-GEN SATELLITE TERMINAL
NEXT-GEN SATELLITE TERMINAL
Principal industrial design for the Intellian Flat Panel Series. By delivering top-quartile design execution, this project generated a calculated $42.5M revenue premium based on the McKinsey Design Index (MDI) framework.
Principal industrial design for the Intellian Flat Panel Series. By delivering top-quartile design execution, this project generated a calculated $42.5M revenue premium based on the McKinsey Design Index (MDI) framework.
Year
2024
Year
2024
Year
2024
Company
Intellian
Company
Intellian
Company
Intellian
Industry
Aerospace
Industry
Aerospace
Industry
Aerospace
Project Duration
4 Weeks
Project Duration
4 Weeks
Project Duration
4 Weeks
Intellian Technologies required a modern and sleek industrial design for a consumer-grade satellite terminal to redefine the satellite mobility market. The result was a high-performance Active Electronically Scanned Array (AESA) terminal capable of maintaining low-latency connectivity for enterprise and government sectors. Recently, this terminal was deployed on first responder trucks during the Los Angeles wildfires to prove its real-world impact in disaster zones where traditional infrastructure fails.

Objective
The objective was to design a next-generation, low-profile satellite terminal that bridges the gap between high-performance enterprise connectivity and seamless physical integration. Designed for universal application across maritime, vehicular, and architectural environments, the series balances a striking, minimal aesthetic with a ruggedized and angular build capable of enduring the world’s harshest climates. This design language prioritizes speed, ease of use, and premium quality ensuring a cohesive and high-performance user experience on a global scale.



Challenge
The primary challenge lay in reconciling high performance demands with the sleek profile expected by modern consumers. I was tasked with integrating complex internal components into a compact footprint while overcoming the challenges posed by weather impact. This required a precision engineered radome that maintains signal integrity and sheds coverage through heavy precipitation, like rain and snow, and ocean salt spray. Working in lockstep with Intellian’s engineering team, we had a three-week window to finalize the industrial design to then have a prototype built in time for a major trade show. Central to this was a total rethink of the thermal management system, which provided the terminal with an iconic instead of unsightly underside, and more optimal cooling. Rather than concealing the heat sink as a necessary eyesore, I transformed it into a signature design element. My goal was to deliver a rugged terminal where the cooling architecture and aesthetic identity were one and the same.


Result
The product secured a total contract and service value of approximately $133M. Applying the McKinsey Design Index (MDI) metric, which attributes a 32% financial lift to superior design execution, the direct capital impact of my industrial design strategy is valued at ~$42.5M. This valuation reflects the design's critical role in securing the $73M OneWeb anchor contract and enabling mass adoption in the maritime and land mobility sectors.




