By thinning silicon to the nanoscale, researchers enable conformal, high performance electronics for long term health monitoring and therapeutic applications. Silicon has long been the...

A tiny crystal device can now split electrons without magnets, pointing to simpler, low-power electronics and a new way to build faster, smarter chips. Separating...

Designed for local inference, the pyramid architecture enables low latency, secure, on device AI operations for vision, speech, and multimodal edge applications. As AI workloads...

By embedding vision across inspection and material handling, manufacturers achieve consistent quality, traceability, and scalable automation. As electronics manufacturing becomes more complex and volume driven,...

What if a tiny board could handle heavy edge AI tasks with ease? Here is how it changes system design. When we build edge AI...

A tiny, fanless computer brings high speed and strong reliability for small machines. Can it help engineers build smarter systems in tight spaces? Design engineers...

A new ultra-compact, stackable power module design drastically raises current delivery limits while shrinking footprint for next-gen data center and AI computing systems. Electronics designers...

A new tech model charts and quantifies pedestrian movement across New York City’s sidewalks, offering planners data-rich insights for safer, smarter urban design. MIT researchers...

APPLY HERE Location: Chennai Company: Valeo Requirements M. Tech in Power Electronics/Drives Perform System Simulation of Electric Drive System Perform Data analysis  Create test cases,  test reports  and execute test cases 

APPLY HERE Location: Bengaluru Company: Ralliant Qualifications BTech/B.E. – EEE/ECE/Instrumentation/CSc/Information Science MTech/M.E in Electronics/Computer Science or aligned branches Requirements You should have a good understanding of object-oriented programming and real time...