Top Tech Jobs & Startup Jobs

Architect and operate resilient cloud-native infrastructure, optimize CI/CD pipelines, automate provisioning and deployments, monitor and scale AWS services, document projects, collaborate with software teams, mentor engineers, and support strategic planning.

Leads the creation and scaling of business and operational analytics for Power Computing Products and the broader Power Products Group. Builds performance-management systems, NPI health analytics, predictive models, AI-enabled workflows, operating mechanisms, and a high-performing analytics organization. Integrates cross-functional data to identify risks, quantify business impact, improve decisions, and drive transformation across engineering, operations, quality, supply chain, finance, and product management.

Architect and operate resilient cloud-native infrastructure, optimize CI/CD pipelines, automate server provisioning and application deployments, and scale services across regions. Monitor Kubernetes clusters and AWS infrastructure, improve platform reliability, collaborate with software development teams, document projects, mentor engineers, and contribute to project management and strategic planning.

Leads end-to-end verification of complex digital IC blocks and systems, owning UVM environments, verification strategies, quality, schedules, and closure. Builds and scales verification teams, manages and mentors engineers, improves methodologies, identifies technical risks, and collaborates with RTL design, architecture, and global engineering teams.

Designs systems incorporating Renesas IC products, leads prototype bring-up, bench testing, evaluation, debugging, and laboratory measurements. Produces technical documentation, supports customers and internal teams, delivers product presentations and training, communicates product issues and improvement opportunities, and maintains lab equipment. Requires expertise in analog, digital, mixed-signal, and power electronics design, configurable devices, FPGA development, Verilog, prototyping, scripting, and technical communication.

Own the full embedded electronic systems lifecycle, including architecture, circuit and PCB design, firmware development, documentation, design reviews, hardware bring-up, debugging, and validation. Develop C/C++ firmware for ARM platforms and implement communication protocols. Collaborate cross-functionally to meet system requirements. Preferred experience includes Embedded Linux, Yocto, device drivers, motor control, and power electronics.

Lead development of embedded applications and reference designs for automotive Renesas MCUs. Provide technical direction on firmware, RTOS, hardware abstraction layers, communication protocols, system optimization, testing, and debugging. Advise customers, support sales and marketing, deliver technical training, collaborate across hardware and software teams, and mentor engineers.

Build and maintain Octopart’s user-facing search and exploration interfaces using TypeScript, React, and potentially Next.js. Develop backend services and server-side business logic, design web service schemas, and collaborate with front-end, data platform, and DevOps teams. Participate in code reviews, establish engineering best practices, and contribute to product development across complex data, distributed systems, and cloud architectures.

Develops and transfers semiconductor products from concept to mass production. Responsibilities include process development, risk assessment, DOE evaluation, process optimization, SPC implementation, sample-build data analysis, technical reporting, and coordination with QA, operations, R&D, designers, and customers.

Lead block- and subsystem-level physical design closure for complex hierarchical SoCs at advanced technology nodes. Responsibilities include timing closure, congestion mitigation, power integrity, clocking, floorplanning alignment, flow and automation development, risk mitigation, and cross-functional collaboration with RTL, STA, power, verification, backend, and SoC teams. Mentor engineers and improve subsystem implementation predictability, quality, and efficiency.