Jobs at Semtech

Administer and maintain global NetApp and Pure Storage arrays, including provisioning, capacity planning, performance tuning, upgrades, and security hardening. Manage Druva backup, retention, recovery, and troubleshooting operations. Support AWS storage services and SnapMirror replication across multi-region EDA infrastructure. Participate in migrations, hardware refreshes, and datacenter transitions while collaborating with systems, networking, security, and cloud teams to ensure resilient, secure, high-performing storage services.

Leads Semtech’s global Customer Experience organization, overseeing customer and partner experience, order-to-cash performance, service models, distributor economics, and cross-functional operating processes. The role standardizes global workflows, SLAs, systems, and scorecards; deploys AI, RPA, and self-service automation; manages predictive service initiatives; supports M&A integration; and advises executives on commercial productivity. It also leads a global team of 15–20 specialists and team leads while driving customer satisfaction, operational efficiency, and revenue-supporting improvements.

Develops statistical and machine-learning systems for semiconductor wafer quality analysis. Responsibilities include anomaly detection, yield and parametric analysis, wafer-map pattern classification, risk tiering, LLM-driven reporting, and production validation. The role partners with quality, product, AI, and software teams to deploy reliable tools, document systems, and support in-house ownership.

Applications Engineering Intern supporting high-speed signal integrity device evaluation through laboratory testing, troubleshooting, evaluation board assembly, documentation, inventory management, sample shipments, equipment calibration, and lab setup. The role requires testing with advanced equipment, PCB and system troubleshooting, soldering, circuit theory knowledge, CAD familiarity, and collaboration with applications and internal teams.

Design, develop, verify, and characterize analog and mixed-signal circuits for high-speed data communications products. Work with PLLs, equalizers, optical and cable receivers, drivers, and other circuit blocks using BiCMOS and CMOS technologies. Use CAD tools for design, layout, simulation, and verification, while developing Python, Skill, and Tcl scripts for automation. The intern will receive mentoring from senior designers during a 12–16 month placement.

Design and verify RTL for digital subsystems in mixed-signal ICs. Responsibilities include interpreting specifications, constrained-random verification, scripting design automation, synthesis, DFT insertion, timing closure, documentation, and product bring-up and lab validation. The intern collaborates with analog, digital, systems, and marketing teams while contributing throughout the digital silicon development lifecycle.

Applications Engineering Intern supporting high-speed signal integrity device evaluation for data center and 5G applications. Responsibilities include laboratory testing, troubleshooting, evaluation board assembly, technical documentation, customer sample preparation, inventory management, SAP-based procurement, lab setup, vendor coordination, and equipment calibration. The role requires analogue and digital circuit knowledge, soldering, CAD familiarity, PCB troubleshooting, communication, organization, and independent work in an entirely on-site environment.

Leads functional verification of high-speed digital circuits in mixed-signal ICs using constrained-random methodologies. Responsibilities include behavioral analog modeling, mixed-level simulation, technical documentation, project planning, verification resource guidance, cross-functional collaboration, product validation support, mentoring engineers, and improving verification processes and methodologies. The role requires advanced knowledge of UVM or comparable frameworks, SystemVerilog, scripting languages, digital verification, and Unix/Linux environments.

Coordinate semiconductor new product introduction programs from planning through production release. Maintain schedules, milestones, dependencies, risks, action items, documentation, BOMs, routings, and lifecycle records. Support wafer, packaging, OSAT, sample, tooling, and supply logistics; create purchase orders and SAP requests; coordinate compliance, wafer configurations, change notifications, waivers, and release documentation. Partner with global engineering, quality, packaging, manufacturing, supply chain, and external partners to keep deliverables on schedule.

Design, implement, and operate Semtech's global network across 30+ sites. Support LAN/WAN, firewalls, SD-WAN, cloud networking (AWS/Azure), VPNs, automation, and lifecycle maintenance. Collaborate with infrastructure, security, and engineering teams to ensure network resilience, performance, and security while leading strategic initiatives like zero-trust and VPN modernization.

Define technical requirements and performance targets for next-generation high-speed optical ICs. Engage customers and component partners, drive optical link analysis and simulations, collaborate with cross-functional engineering and product teams, lead standards/MSA participation, and represent Semtech at conferences to align ecosystem roadmaps and ensure interoperability.

Lead new product introduction test development for mixed-signal products, focusing on innovative test strategies, methodologies, and cross-functional support to enhance product quality and efficiency.

Design and deliver high-speed PCB and evaluation platforms, perform schematic capture, PCB layout and signal-integrity analysis, manage contractors, and validate hardware with lab test equipment (VNAs, high-speed scopes). Coordinate cross-functional teams and suppliers to support semiconductor product performance measurement.

Design and deliver high-speed PCBs and evaluation platforms for semiconductor performance measurement. Perform schematic capture, PCB layout, system-level signal integrity analysis and optimization (Cadence Allegro/OrCAD). Coordinate with cross-functional teams and suppliers, and perform lab test, debugging, and optimization using VNAs, high-speed scopes, and probe stations.