fish fry
Subscribe Now

Superhuman Code, Semantic Analyzers, and Automated Debugging: How Machine Programming Will Change the Future of Electronic Engineering

What if we could improve engineering productivity by 1000% and decrease debugging by 50%? In this week’s podcast, we investigate how machine programming will help us do all of this and more!  Justin Gottschlich (Principal AI Scientist & Director/Founder of Machine Programming Research at Intel Labs) joins me for a deep dive into the world of machine programming. We take a closer look at the motivation behind the development of this pioneering research initiative, the details of Intel’s open source machine programming research system called ControlFlag and why Justin believes that automated debugging and performance extraction will unlock untold possibilities in the realm of software and hardware development.

Click here to download this episode

 

Links for November 12, 2021

Newly Open-Sourced ControlFlag Identifies Hundreds of Defects in Production-Quality Software

The Three Pillars of Machine Programming Provide Core Concepts for Research Advances

Intel Labs ControlFlag (Github) 

More information about Intel Labs

One thought on “Superhuman Code, Semantic Analyzers, and Automated Debugging: How Machine Programming Will Change the Future of Electronic Engineering”

Leave a Reply

featured blogs
Feb 6, 2026
In which we meet a super-sized Arduino Uno that is making me drool with desire....

featured chalk talk

Bluetooth Channel Sounding
In this episode of Chalk Talk, Joel Kauppo from Nordic Semiconductor and Amelia Dalton explore the principles behind Bluetooth channel sounding, the differences between different channel sounding device types, and how Nordic Semiconductor’s high-performance, ultra-low-power Bluetooth SoC with integrated multi-purpose MCU and nRF Connect SDK v3.0.1 can get your next Bluetooth channel sounding design up and running in no time!
Jan 21, 2026
33,412 views