Deepak Khatri is a founder and embedded systems engineer from Delhi with eight years of experience bridging biotechnology, electronics, and software to build devices that connect biology to the digital world. He designs and ships embedded Linux solutions and biopotential amplifiers—most recently a dual-channel Wi‑Fi EEG/ECG/EMG recorder with real‑time web-socket visualization—and contributes to prominent open-source projects like Biopython and BeagleBoard overlays. At Upside Down Labs and as a Product Development Engineer at BeagleBoard.org he focuses on hardware-software integration, device tree configuration, and peripheral control for cutting-edge boards. His work uniquely combines hands-on DNA manipulation knowledge with C++, Python, and embedded electronics, positioning him to prototype neural interfacing platforms and biohybrid systems. An offbeat ambition—training cultured neurons on electrode arrays to perform tasks—underscores his experimental, systems-level approach to engineering.
8 years of coding experience
4 years of employment as a software developer
Intel® Edge AI Scholarship Program, Artificial Intelligence, Intel® Edge AI Scholarship Program, Artificial Intelligence at Udacity
Holy Convent Sr. Sec. Public School
High-school, non-medical, High-school, non-medical at MSD Sanjeevani Public School
Full Stack Web Development Certification, Computer Software Engineering, Full Stack Web Development Certification, Computer Software Engineering at freeCodeCamp
Bachelor of Engineering (BE), Biotechnology, Bachelor of Engineering (BE), Biotechnology at Netaji Subhas Institute of Technology
Official git repository for Biopython (originally converted from CVS)
Role in this project:
Back-end Developer
Contributions:7 commits, 6 PRs, 49 comments in 7 months
Contributions summary:Deepak primarily contributed to removing Python 2 compatibility imports and updating existing code within the Biopython library. They focused on removing unnecessary imports, specifically related to string handling and URL retrieval, streamlining the codebase for Python 3. The user's work also included updates to documentation and examples to reflect changes in the library's underlying dependencies and improve code maintainability. These changes impact several modules including, Bio/Align, Bio/Entrez, and tests.
Contributions summary:Deepak primarily contributed to the development of device tree overlays for various BeagleBone AI (BBAI) boards. Their work involved creating and modifying Device Tree Source (DTS) files to configure hardware interfaces, including CAN, UART, and PWM functionalities. They also added overlays for motor and relay capes, as well as an LCD4 cape, indicating a focus on hardware interaction and peripheral control. The user demonstrated proficiency in configuring pin multiplexing and enabling specific hardware modules.
device-treeoverlays
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