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The BrainChip 2025 Summer Internship Program is out.
As every year, the University of Washington’s Department of Electrical and Computer Engineering is encouraging their students to apply - and in previous years, a number of UW students did in fact succeed in landing an internship with our company.
Sadly, though, as usual, this document would have benefitted from proper proofreading pre-publication, sigh…
“XX projects we are looking for Interns”?!
And Project 4 is missing altogether?!
Depending on their respective project, the incoming summer interns will be assigned to various BrainChip engineers such as Ritik Shrivastava (a UW alumnus himself), Dhvani Kothari, Kurt Manninen…
The project I found especially intriguing is
Project 8: Neuromorphic Compute in the Cloud
Leverage cloud FPGAs for large scale event based computation
Objectives:
To design and implement a large scale neuromorphic event-based network on a cloud FPGA infrastructure
Description: BrainChip currently has multiple neuromorphic architectures which run on local FPGAs. This limits the size and location of networks for testing and demonstration. In this project, we would take one architecture and scale it up to very large size, and run it on cloud FPGAs from Amazon or Intel.
(…)
As every year, the University of Washington’s Department of Electrical and Computer Engineering is encouraging their students to apply - and in previous years, a number of UW students did in fact succeed in landing an internship with our company.
Sadly, though, as usual, this document would have benefitted from proper proofreading pre-publication, sigh…
“XX projects we are looking for Interns”?!
And Project 4 is missing altogether?!
Depending on their respective project, the incoming summer interns will be assigned to various BrainChip engineers such as Ritik Shrivastava (a UW alumnus himself), Dhvani Kothari, Kurt Manninen…
The project I found especially intriguing is
Project 8: Neuromorphic Compute in the Cloud
Leverage cloud FPGAs for large scale event based computation
Objectives:
To design and implement a large scale neuromorphic event-based network on a cloud FPGA infrastructure
Description: BrainChip currently has multiple neuromorphic architectures which run on local FPGAs. This limits the size and location of networks for testing and demonstration. In this project, we would take one architecture and scale it up to very large size, and run it on cloud FPGAs from Amazon or Intel.
(…)
Brainchip: 2025 Internship Program – Posted 4/28
Brainchip’s 2025 Internship Program.
advisingblog.ece.uw.edu