Top Tech Jobs & Startup Jobs

Designs transistor-level CMOS circuits and key blocks for advanced data converters. Responsibilities include analyzing system-level trade-offs, creating design documentation, leading design reviews, and guiding layout, evaluation, and test teams. The role requires expertise in analog circuit design, including amplifiers, comparators, switched-capacitor circuits, voltage and current references, and LDOs, with experience using Cadence, SPICE, and MATLAB.

Develop compact SPICE models for LDMOS, CMOS, BJT, diode, resistor, and capacitor devices. Characterize inter-device parasitics and bipolar action, perform electrical and multiphysics modeling, and develop long-term MOS/LDMOS degradation models. The role requires strong device physics, hands-on electrical measurements, Python programming, and familiarity with SPICE-like circuit simulators.

Product Engineer responsible for evaluating, testing, qualifying, troubleshooting, and improving RF/microwave modules and electronic components. The role leads breadboard, ATP, DVT, and product qualification testing; performs failure analysis and complex rework; collaborates with RF designers and mechanical engineers; analyzes data; identifies root causes; and communicates technical findings and recommendations to internal teams and customers.

Owns semiconductor defect control and yield improvement across wafer fabrication process flows. Responsibilities include monitoring SPC trends, investigating excursions, analyzing defect and yield data, executing defect-reduction initiatives, maintaining action plans, supporting inspection and SEM review tools, and collaborating with process, equipment, integration, and operations teams. The role also requires statistical analysis, experiment execution, reporting, and knowledge sharing to improve process performance and prevent manufacturing defects.

Leads semiconductor process development and technology introduction across internal and external foundries. Supports product and device development, qualification, design and layout, and volume manufacturing. Performs root-cause analysis for yield excursions and product failures, improves process performance and reliability, coordinates cross-functional technical projects, interprets customer requirements, and communicates with global teams and foundry partners.

Designs healthcare-focused system prototypes, evaluation platforms, demonstrations, and software tools. Collaborates with customers, sales, marketing, field applications, and product teams to support system integration and adoption. Develops technical content, evaluates technologies, contributes to system architecture and product roadmaps, and solves complex customer challenges involving hardware and software. Preferred experience includes embedded C/C++, Python, automated testing, ARM processors, FPGA integration, AI/ML concepts, and prototype development.

Lead product and solution strategy for ADI's grid energy business: define market sizing and segmentation, shape product requirements and roadmap, build business cases, engage customers and partners, drive go-to-market, sales enablement and launches, and align cross-functional teams to achieve revenue growth.

Design and develop electrical schematics, wiring diagrams, control panels, PLC-based control systems, and PCBs for mechatronic applications. Collaborate with mechanical and software teams, document designs and testing, ensure safety/compliance, perform level-2 troubleshooting on deployed robotics, and use 3D CAD for integration.

Lead end-to-end architecture and integration of battery insights algorithms into production embedded systems. Define modular architectures, drive algorithm development (signal processing, ML, modeling), translate algorithms to real-time software, guide cross-functional teams, mitigate risks, and mentor engineers to ensure scalable, maintainable, production-ready BMS solutions.

Develop RTL for digital blocks, perform lint/CDC analysis and DFT support, assist in writing functional tests and simple UVM components, collaborate on verification and coverage closure, support AMS co-simulation and mixed-signal integration, and work with physical design on synthesis and timing.