Bolu Olorunfunmi

Account Executive at First Resonance - Los Angeles, CA, US

Bolu Olorunfunmi's Contact Details
HQ
N/A
Location
Los Angeles,California,United States
Company
First Resonance
Bolu Olorunfunmi's Company Details
First Resonance logo, First Resonance contact details

First Resonance

Los Angeles, CA, US • 20 - 49 Employees
Industrial Equipment

We are developing the next-generation manufacturing software platform for modern manufacturers. ion is a factory operating system that accelerates manufacturing and tracks parts and processes from prototype to full-scale production.Hardware companies of every size - from startups to large scale manufacturers - use ion to reliably track and manage parts, processes, and data through their product life cycle.Our customers are building complex products such as NASA's lunar lander, next generation eVTOLs, in-space satellite propulsion, robotic farms, and more. We believe in empowering engineers, operators, and managers with the proper tools to push the boundaries of the physical world and build a brighter tomorrow.The First Resonance team consists of hardware, software, mechanical, electrical, data, and manufacturing engineers from some of the top manufacturing companies in the world like SpaceX, NASA, Lexus, and Toyota. If you're interested in reshaping the physical world, come join the movement at https://firstresonance.io

N/A
Details about First Resonance
Frequently Asked Questions about Bolu Olorunfunmi
Bolu Olorunfunmi currently works for First Resonance.
Bolu Olorunfunmi's role at First Resonance is Account Executive.
Bolu Olorunfunmi's email address is ***@firstresonance.io. To view Bolu Olorunfunmi's full email address, please signup to ConnectPlex.
Bolu Olorunfunmi works in the Industrial Automation industry.
Bolu Olorunfunmi's colleagues at First Resonance are Daniela Gonzalez, Alan Nogales, Billy Stein, Connor Francis, Eric Iosco, Jack Livingston, Adrianne Waters and others.
Bolu Olorunfunmi's phone number is N/A
See more information about Bolu Olorunfunmi