Jobs at Semtech

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.

Lead new product introduction for high-speed analog and mixed-signal semiconductor ICs from concept through volume manufacturing and end-of-life. Define design-for-testability and manufacturability requirements, oversee ATE and bench characterization, analyze PVT data, optimize yield and test costs, resolve manufacturing and field failures, and coordinate cross-functional product release activities. Mentor junior engineers and support quality, reliability, validation, and production transfer.

Design, develop, verify, and characterize analog and mixed-signal circuits for high-speed data communications products. Work with PLLs, equalizers, optical and cable receivers and drivers using BiCMOS and CMOS technologies. Use advanced CAD tools for circuit design, layout, simulation, and verification, while developing scripting automation with Python, SKILL, and Tcl. Collaborate with senior designers in a mentored 12–16 month internship.

12–16-month Analog IC Design internship developing, verifying, and characterizing analog and mixed-signal circuits for high-speed data communications products. Responsibilities include working with PLLs, equalizers, optical and cable receivers and drivers; using BiCMOS and CMOS technologies; applying CAD tools for circuit design, layout, simulation, and verification; and automating IC design validation with Python, Skill, and Tcl. The intern will receive mentorship from senior designers.

Firmware Design Intern supporting firmware development, verification, characterization, testing, and documentation for data communications and video products. Responsibilities include analyzing requirements, designing firmware structures and modules, developing embedded software in C, C++, and assembly, creating test automation, troubleshooting, and ensuring interoperability between firmware and hardware. The role is a 12–16-month student internship in Ottawa with mentorship from senior designers.

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.

Supports digital integrated circuit development for high-speed data communications products. Responsibilities include digital circuit design, layout, simulation, verification, synthesis, DFT insertion, and timing closure using CAD tools. The intern will work with experienced designers, contribute to project milestones, and gain exposure to digital development processes including definition, implementation, and verification.

Design, develop, verify, and characterize high-speed analog and mixed-signal IC circuits for data communications products. Work with circuits such as phase-locked loops, equalizers, optical and cable receivers, and drivers using BiCMOS and CMOS technologies. Use CAD tools for design, layout, simulation, and verification, while developing Python, Skill, and Tcl scripts for automation. The 12–16 month internship includes mentoring from senior designers.

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.

Develop software, firmware, and sensor-processing algorithms for force-sensor applications. Support customer evaluation kits, sensor modules, testing, characterization, documentation, training, and technical engagement from concept through mass production. Collaborate with mechanical, electrical, MEMS, CMOS, marketing, sales, and R&D teams to deliver customer solutions and improve product roadmaps.

Oversee supplier quality for outsourced semiconductor assembly and test providers. Conduct QMS, process, product, and preventive audits; drive corrective actions, continuous improvement, and zero-defect initiatives. Analyze supplier performance through scorecards, support nonconforming material disposition and process changes, and partner with engineering teams on process capability and new product launches. Provide training on quality methodologies and ensure compliance with Semtech, industry, environmental, health, and safety requirements.

Lead test development for mixed-signal and RF products from silicon validation through high-volume production. Develop software and hardware test solutions on the Advantest V93000 platform, support product qualification and reliability screening, characterize IC designs, deploy solutions to offshore OSATs, and improve test time, yield, and production margins. Collaborate across design, product, validation, applications, and marketing teams while managing multiple projects and communicating results clearly.

Administer and develop Salesforce across multiple production orgs, including security, automation, user access, support-ticket resolution, release management, B2B Commerce, quoting, and SAP or middleware integrations. The role also supports Lightning migration, applies AI tools to development and automation, maintains technical documentation, and collaborates with stakeholders on troubleshooting, compliance, and platform enhancements.

Leads digital design verification for IP blocks, subsystems, and full mixed-signal ICs. Develops SystemVerilog/UVM testbenches, verification plans, coverage models, constrained-random and directed tests, regression infrastructure, and CI flows. Performs RTL, gate-level, formal, CDC/RDC, low-power, and mixed-signal verification; debugs failures and supports silicon validation. Collaborates across system, hardware, firmware, analog, test, product, and applications teams while mentoring junior engineers and driving verification methodologies.

Lead the design, simulation, and optimization of CMOS RF and baseband blocks for sub-GHz to 2.4 GHz wireless systems. Conduct laboratory measurements and performance characterization, provide ATE support, and contribute to regulatory compliance assessments. The role involves block- and system-level work on LoRa and LoRaWAN radio technologies in a collaborative international engineering 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.

Interfaces with semiconductor foundries and engineering teams to improve product quality, manufacturability, test coverage, and outgoing quality. Leads supplier quality activities, audits, scorecards, SCARs, process development, technology transfers, failure analysis, data-driven continuous improvement, and corrective actions. Supports wafer sort, process evaluation, final test correlation, DFM, DFT, and FMEA for TVS and advanced mixed-signal/wireless products.

Manage the Quality Management System across multiple global sites and ensure compliance with ISO 9001, ISO 14001, and ISO 45001. Plan and conduct internal audits, document findings, manage CAPA and corrective actions, oversee calibration, and support PCN, EOL, waiver, customer notification, and continuous improvement processes. Communicate audit results to management and collaborate across functions to resolve nonconformances and strengthen quality performance.