- Automation Anywhere, Inc. (San Jose, CA)
- …to automate complex workflows and deliver smarter, faster, and more efficient outcomes. As a Back - End Engineer , you'll play a key role in building and ... if you have:** + 4+ years of experience in back - end development + Proficient in Java and...go be great. **Job Segment OR Key Words:** SaaS, Agentic Process Automation, APA, Staff Engineer , SQL,… more
- NVIDIA (Santa Clara, CA)
- …design and implement tools and software solutions that leverage Large Language Models and agentic AI to automate end to end software engineering workflows ... versed with Large Language Mode (LLM), Machine Learning (ML), Agentic AI techniques. + Hands-on experience in using large...end (eg, React, Angular, Vue.js, HTML, CSS, JavaScript), back - end (eg, Node.js, Python/Django/Flask, Ruby on Rails,… more
- NVIDIA (Santa Clara, CA)
- …create and establish tools and software solutions that leverage Large Language Models and agentic AI to automate end to end software engineering workflows ... with proficiency in building and integrating solutions from the front- end (eg, React, Angular) to the back -...+ Expertise in leveraging large language models (LLMs) and Agentic AI to automate complex workflows, with knowledge of… more
- Robert Half Technology (San Ramon, CA)
- …security, and exceptional user experience. This role spans the full stack - from back - end integration to front- end interfaces - in close collaboration with ... to harness AI safely within a protected environment. The Full Stack Software Engineer III will help design, develop, and evolve the next-generation AI platform,… more
- Robert Half-Robert Half Corporate (San Ramon, CA)
- …security, and exceptional user experience. You'll work across the full stack - from back - end integration to front- end interfaces - collaborating closely with ... within our environment. We're seeking a Full Stack Software Engineer III to play a key role in this...code across all layers of the stack (database, middleware, front- end ). + Independently develop low- to medium-complexity systems and… more