Skip to content
MarketScale
Creator HubsTE Connectivity
TE Connectivity logo

Engineering conversations on connectivity, sensors, and what comes next.

TE Connectivity is a global manufacturer of sensors and connectivity solutions serving automotive, industrial, data communications, aerospace, and consumer electronics markets. Their MarketScale channel hosts the Our Connected World podcast series, which brings together TE engineers and industry guests to discuss the technical challenges created by AI infrastructure, electrification, and data connectivity. The show targets engineers and product leaders who need to understand how connectivity standards and sensor design are evolving.

31 episodesVisit website ↗
Channel Brief·TE Connectivity · 31 episodes
Updated Jun 20, 2023

Innovation Thrives When Engineers and Executives Align

TE Connectivity's podcast channel argues that the future of industrial technology depends on bridging how leaders and technologists define progress. Episodes feature named TE executives sharing concrete challenges in EVs, autonomous systems, drones, and connectivity.

TE Connectivity's 'Our Connected World' channel argues that technological progress requires alignment between how executives and engineers perceive innovation. The TE Connectivity Industrial Technology Index found executives view innovation as complete transformation while engineers see it as iterative improvement, a gap the channel frames as solvable through better university education and cross-functional dialogue.

Drawn from Our Connected World – Innovation in the Tech S…

Regardless of the OEM model, they all need to advance battery technology and ensure the electrical infrastructure is there.

Steven Merkt, President Transportation Solutions, TE Connectivity

By the numbers

750K to 17M

commercial drone market growth forecast 2021 to 2029

10%

compound annual growth rate of cloud connections versus 6% user growth

1ms

target latency reduction that 5G delivers for smart city applications

13 years

tenure of Felisa Chuang witnessing WiFi to 3G to 4G to 5G progression

What the channel argues

DataExecutives and engineers define innovation differently, creating organizational friction that slows technology adoption.
InsightBattery technology, electrical infrastructure, and cost remain the three core barriers to EV mainstream adoption.
DataCobots are compact mechanical arms handling hundreds of grams to several kilograms, enabling close human-robot factory collaboration.
InsightSafety concerns and consumer trust in AI are the primary adoption blockers for autonomous vehicles in cities.
InsightCommercial drone market growth driven by venture capital support, regulatory change, and advanced development rather than single factor.

What you'll learn

How executives' transformation-focused view of innovation conflicts with engineers' incremental improvement mindset, and why universities must bridge the gap.
Why eVTOLs require distributed power architecture instead of traditional centralized generation models used in conventional aerospace.
What barriers prevent autonomous vehicles from mainstream adoption beyond technical ones, including cost and consumer psychology.
How 5G enables new use cases in smart cities and surveillance beyond what earlier cellular generations could support.
Why cobots succeed in factories precisely because they operate safely near workers in constrained spaces, unlike isolated industrial robots.

What to do about it

Audit your organization's alignment between executive innovation strategy and engineering capability; address misalignment in definitions and timelines before starting major projects.
Invest in battery and electrical infrastructure partnerships now rather than delaying; competing OEMs will face identical bottlenecks, and early movers gain supply advantage.
Evaluate eVTOL and drone use cases in your supply chain using TE Connectivity's power connector and thermal solutions rather than waiting for market consolidation.

Who and what shows up

Shad Kroeger

TE Connectivity

Designed the TE Connectivity Industrial Technology Index survey revealing the executive-engineer innovation definition gap.

Ralf Klaedtke

Chief Technical Officer, Transportation Solutions, TE Connectivity

Delivered three-part analysis of autonomous vehicle adoption, framing new entrants from electronics and software as transforming the traditional automotive landscape.

Dr. Thomas Schoepf

VP and CTO of Energy, TE Connectivity

Explained that renewable energy's three primary sources, hydropower, wind, and solar, are naturally replenished and becoming critical globally.

Steven Merkt

President, Transportation Solutions, TE Connectivity

Articulated the three successive barriers EV adoption faced: battery cost and longevity, economic viability, and consumer willingness.

Matt McAlonis

Leader of Global Engineering, TE Connectivity

Highlighted space technology's pivotal role in ATM machines, internet, GPS, and weather, positioning TE's aerospace defense and marine business as integral.

Questions this channel answers

Q

What barriers prevent electric vehicles from completely replacing internal combustion engines?

Range anxiety, charge time, battery cost, and lack of electrical infrastructure. Steven Merkt noted EVs faced three successive barriers: battery longevity and cost, economic viability, and consumer willingness to adopt.

Connected World: Partnering with OEMs on EV Innovation
Q

How do autonomous vehicles differ from traditional robot design in factories?

Cobots are compact and operate safely near workers in tight spaces with payloads of hundreds of grams to several kilograms, whereas giant industrial robots work isolated from people.

The Growing Role of Cobots in Factory Automation with Al…
Q

What power challenges unique to eVTOLs separate them from traditional aircraft?

eVTOLs require distributed power architecture instead of a single generation plant feeding a power bus, significant battery capacity for takeoff, and fast recharging between multiple daily flights.

Challenges and Solutions for Designers Creating eVTOL Pl…
Q

Why is 5G necessary for smart cities and outdoor surveillance?

5G reduces device latency to one millisecond, enabling real-time processing and new IoT use cases in surveillance, smart infrastructure, and city planning not feasible at 4G speeds.

The Importance of 5G for Smart Cities and Smart Surveill…
Q

What is driving explosive growth in commercial drones?

Multiple factors: advanced technology development, venture capital financial support, and regulatory changes now allowing drone use, not single-factor causation.

The Soaring Growth of Commercial Drones
Topics:Electric vehicles and EV architectureAutonomous vehicles and autonomous drivingUrban air mobility and eVTOLSensor technology and connectivity solutions5G, IoT, and smart infrastructure
Themes:Organizational alignment as prerequisite for innovation velocityInfrastructure and power delivery as the real constraint, not mere inventionSafety and trust as adoption gates, not technical capability alone

Industry context

Global EV sales are accelerating toward 23+ million units annually, yet infrastructure investment gaps of $3.8 billion by 2035 in emerging economies signal that power delivery and charging networks remain a critical adoption bottleneck alongside raw vehicle demand.

Want a show like this for your brand?

MarketScale produces and distributes branded shows like TE Connectivity for B2B companies.

Build your show →