​Published 19 January 2026

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How would you describe Teledyne Space Imaging today?

Teledyne Space Imaging brings together Teledyne’s heritage across visible and infrared sensing including CCD, CMOS, and TDI technologies. These support science Earth observation and defence applications. What began as a space imaging collaboration has expanded into a broader space collaboration including radiation hardened memory, coatings, and circuit card assemblies.

Today we work across 12 Teledyne business units in six countries offering around 45 product types. That scale creates real opportunity as demand for space technologies continues to grow. Teledyne Space Imaging has the scale, heritage, and agility to deliver.

What brought you into the space sector and what shaped your career path?

I came into space through technology, specifically, through working on imaging sensors. Teledyne has been a great environment for learning and growth. Through mentorship from senior leaders, I have been able to see the synergies across our space businesses and help bring them together for customers.

My career has been shaped by a series of decisions starting with my first STEM internship which showed me how brilliant and collaborative this field can be. As my roles became more senior, I found strategic problem solving especially rewarding, applying engineering thinking to broader business challenges.

That said I have never lost my love for a good whiteboard session on the fundamental physics enabling our products. We get paid to exploit quantum physics phenomena on a daily basis; how many other companies get to say that? The science remains central to what our teams enjoy about the work.

What are the top priorities for Teledyne Space Imaging over the next 12 to 18 months?

We have a well-balanced business development funnel that includes agency programs with organisations such as NASA and ESA alongside ongoing standard projects across TDI CMOS and infrared technologies.

2026 is shaping up to be a record year for sensor deliveries. We also have key program milestones ahead including NASA’s Surface Biology and Geology mission and ESA’s LISA program​.

Europe is another major focus. As the European Union strengthens its sovereign space capabilities, we are particularly interested in becoming a go to sensor provider for European customers.

Where is Teledyne Space Imaging pushing hardest on innovation to stay ahead of the market?

Emerging missions increasingly require extremely high sensitivity, in some cases down to counting individual photons and that is a focus for us.

At the same time customers continue to demand faster frame rates, more pixels and improved dynamic range. These are the areas where we are advancing our sensor technologies to maintain our performance edge.

How does Teledyne Space Imaging balance investment in research and development, and emerging technologies?

We allocate research and development investment between emerging technologies and sustaining or evolutionary improvements. We also work closely with university partners to stay connected to fundamental research that has not yet transitioned into products.

AI is transforming the signal chain for our customers enabling faster image processing, pattern of life recognition, and the ability to manage large volumes of imagery. At this stage however it has not significantly impacted our sensor level business.

How is Teledyne Space Imaging shaping the future of space missions?

It is a remarkable time to be in space and change is happening quickly. We expect to reach a milestone of 1,000 sensors in space this year and demand continues to rise.

Sensors are increasingly required not just for Earth observation but for monitoring satellites supporting lunar activity and enabling space domain and situational awareness. This includes reconnaissance across the full spectrum from visible through infrared.

We also see strong momentum around adapting commercial grade sensors for space use, particularly for new space applications alongside more complex integrated sensor systems on our roadmap.

How do you deliver a one Teledyne experience across a global organisation?

Our goal is to provide customers with a seamless turnkey experience regardless of geography or which business unit a product comes from. From their perspective they should simply see one Teledyne.

We began that journey in 2025 and are expanding it through 2026 including the launch of a single landing page on our website that brings all of our space capabilities together. We are again bringing our business development and sales teams back together with an in-person conference to align insights from Asia, Europe, and North America.

Which Earth observation and related missions will the Teledyne Space Imaging team be involved in during 2026?

The Teledyne Space Imaging team is actively supporting a wide range of Earth observation and space security missions in 2026 across the US, Europe and other international programs.

In the United States the team is delivering sensors for the Space Development Agency Tracking Layer Tranche 2 and is now moving into Tranche 3 contracting. These missions play a key role in missile warning and tracking capabilities and represent a significant area of ongoing work for the team.

Teledyne Space Imaging is also involved in the current refresh cycle of US weather satellite programs. These missions are adding new spectral bands and enhanced capabilities, and the team is in the flight build phase on three separate weather satellite missions during 2026.

In Europe, the team is contributing to ESA’s next generation Sentinels for Earth observation and the follow-on mission for Aeolus. In Space Science the team are working on the visible and infrared sensors to the ARRAKIHS program with telescope integration taking place in Spain. Beyond these flagship programs the team is supporting additional missions underway in Japan, Korea, Italy, Germany, France, and Spain throughout 2026.

What is the biggest challenge facing the space sector right now?

The biggest challenge is that schedule is king. Customers need highly specialised products delivered on extremely tight timelines often tied to launch dates that cannot move.

Meeting those demands requires close collaboration on requirements and funding. One of Teledyne Space Imaging’s differentiators is our agility. We can support large programs while still meeting demanding schedules.

Where are the strongest commercial opportunities emerging?

We are seeing a shift from highly customised solutions toward more standardised product platforms with configurable options. As satellite numbers grow, customers are increasingly open to standardisation to achieve volume and schedule certainty.

Teledyne Space Imaging is well positioned here. We have the scale of a large organisation but operate with the autonomy and agility of a small business allowing us to pivot quickly to meet commercial demand.

What leadership principles guide you and your teams?

I am strongly influenced by Simon Sinek’s concept of the infinite game. Our focus is on making customers and communities successful rather than competing destructively, and focusing on sustainable and creative solutions. 

When we build high trust teams and align around customer success, growth follows. That mindset helps us remain agile, ambitious, and constantly focused on capturing new opportunities.

What message should the space industry take away from Teledyne Space Imaging today?

Teledyne Space Imaging has experts who are deeply passionate about what they do at a time when space needs real reliable solutions.

For us, space is not just a market. It is our reason and our why.

Does space play a role in your life outside work?

I live about 45 minutes from Vandenberg Space Force Base so launches are a regular part of life. Every launch brings the wonder about who has something interesting to launch, and the anticipation of launch day when our hardware is onboard.