
1 - 10 employees
Founded 2021
👥 HR Tech
🎯 Recruiter
☁️ SaaS
HR Tech • Recruitment • SaaS
Distro is an AI-driven recruiting platform designed to automate and streamline the hiring process for companies of all sizes. By leveraging smart automation, Distro helps teams quickly vet resumes, conduct structured video interviews, and match candidates to job requirements, enabling efficient and effective hiring. Catering to startups, remote-first companies, and enterprise talent teams, Distro enhances recruitment by reducing manual tasks and facilitating international hiring through its employer of record services.
🔥 8 minutes ago
Improve your chances of getting an interview by checking your resume score before you apply.

1 - 10 employees
Founded 2021
👥 HR Tech
🎯 Recruiter
☁️ SaaS
HR Tech • Recruitment • SaaS
Distro is an AI-driven recruiting platform designed to automate and streamline the hiring process for companies of all sizes. By leveraging smart automation, Distro helps teams quickly vet resumes, conduct structured video interviews, and match candidates to job requirements, enabling efficient and effective hiring. Catering to startups, remote-first companies, and enterprise talent teams, Distro enhances recruitment by reducing manual tasks and facilitating international hiring through its employer of record services.
• Lead DFT architecture, implementation & sign-off • Drive scan insertion, scan chains & compression flows • Own MBIST/LBIST integration and debug • Perform silicon debug, failure analysis & root cause • Develop DFT constraints (SDC) & timing analysis • Support ATPG generation, simulation & coverage closure • Work on JTAG, boundary scan, iJTAG • Collaborate across RTL, PD, STA, validation teams • Mentor junior engineers • Develop automation scripts (TCL/Perl/Python)
• 10+ years in ASIC DFT (hands-on) • Strong DFT fundamentals & fault models knowledge • Expertise in scan, ATPG, MBIST, JTAG, debug • Experience with Synopsys / Cadence / Siemens tools • Post-silicon validation experience • Large SoC & hierarchical DFT exposure
Apply Now