Top Tech Jobs & Startup Jobs

Own layout for large-scale analog and digital IC sub-blocks, including scheduling, floorplanning, verification, debugging, and tapeout. Collaborate with design, foundry, assembly, reliability, and failure-analysis teams to deliver high-performance, high-quality products. Apply advanced layout techniques involving matching, parasitics, noise, shielding, supply design, latch-up, and ESD. Work on precision analog and mixed-signal circuits such as ADCs, DACs, amplifiers, references, converters, and switches.

Partners with business leaders and managers on workforce planning, talent programs, employee relations, performance, engagement, retention, compensation, and organizational effectiveness. Leads workforce strategy and change initiatives, uses workforce data to recommend solutions, coaches managers and employees, supports recruiting, interprets HR policies, and standardizes HR processes. The role operates independently on day-to-day HR matters while escalating complex or enterprise-level issues.

Own physical implementation of complex mixed-signal SoCs from RTL handoff through GDSII signoff. Responsibilities include floorplanning, power planning, placement, clock-tree synthesis, routing, timing closure, IR-drop and electromigration analysis, physical verification, DFT support, mixed-signal integration, automation, flow development, and silicon bring-up. The role requires collaboration with RTL, analog layout, verification, and design teams across mature analog and advanced FinFET process nodes.

Leads the Customer Program Management Office for strategic data center and energy accounts. Owns governance, integrated planning, execution oversight, risk management, KPI reporting, executive communications, and customer engagement across complex, cross-functional programs. Establishes scalable CPMO processes and operating models while coordinating Sales, Marketing, Engineering, Operations, and Program Management teams to deliver customer commitments and accelerate revenue.

Designs, develops, and maintains scalable cloud-native backend platforms for connected medical devices, Software as a Medical Device, and digital health solutions. Builds distributed systems, microservices, APIs, event-driven applications, and AWS cloud services using Java and Python. Implements security, authentication, authorization, encryption, and data protection for regulated healthcare environments. Supports software validation, FDA compliance, CI/CD, automated testing, infrastructure as code, deployment, monitoring, reliability, and post-market operations.

Define end-to-end power architectures and reference solutions for aerospace, defense, and communications systems. Translate customer requirements into power trees, evaluation plans, trade-off analyses, and product feedback. Collaborate with engineering, product, marketing, sales, field teams, and customers to develop and position ADI power solutions. Create technical documentation, simulations, design inputs, training materials, and presentations while supporting customer evaluations and strategic product planning.

Develop physics-informed machine learning models and simulation workflows for ToF, RGB-D, LiDAR, and IMU sensors used in fixed-arm robots and autonomous mobile robots. Combine physics-based modeling, data-driven methods, noise modeling, domain randomization, and physical constraints to reduce the simulation-to-reality gap. Collaborate with hardware, AI, and simulation engineers to integrate models into robotic systems using NVIDIA Isaac Sim, ROS/ROS2, and USD.

Embeds with strategic customers to implement, customize, and scale ADI’s AI and edge technologies. Responsibilities include writing production software, building data pipelines and API integrations, developing MLOps workflows, defining solution architectures, debugging enterprise deployments, translating customer needs into technical solutions, and creating reusable ADI-owned assets. The role requires extensive software engineering experience, strong Python skills, customer-facing communication, on-site deployment capability, and 10% travel.

Develop and implement semiconductor product testing methods, diagnostic programs, test fixtures, equipment, and PCB test setups. Define test procedures and stress conditions, support resource planning, troubleshoot technical issues, and ensure testing meets quality and qualification standards throughout product development and manufacturing. Collaborate with experienced engineers to validate product functionality, performance, and standards compliance.

Leads Calibre-based physical verification, rule-deck development, signoff methodology, and tapeout readiness for advanced analog and mixed-signal semiconductor programs. Develops SVRF, TVF, scripts, automation, dashboards, and verification infrastructure; integrates foundry rules; resolves complex DRC, LVS, ERC, extraction, and signoff issues; and mentors design, layout, CAD, and project teams across advanced process nodes.