Top Python Jobs in Hyderabad

Owns SoC validation across architecture, pre-silicon, board design, post-silicon, and silicon bring-up. Develops and executes C and firmware-based tests, simulations, emulation, and validation plans for ONFI, LPDDR, and PCIe interfaces. Collaborates with architecture, design, firmware, and applications teams to debug issues at PHY, controller, firmware, and system levels using VCS, oscilloscopes, logic analyzers, and protocol analyzers.

Owns processor-based SoC deployment and validation on pre-silicon platforms, especially ZEBU. Responsibilities include reviewing verification plans, developing PCIe, LPDDR, and ONFI validation plans, running simulations, debugging FPGA and RTL issues, supporting firmware-based emulation, writing Verilog when needed, and coordinating cross-functional and overseas teams during subsystem bring-up.

Develop and implement smart manufacturing and process control solutions for semiconductor assembly. Responsibilities include data analysis, process modeling, machine learning, closed-loop Run-to-Run control, system integration, requirements definition, technical support, mentorship, and training. The role collaborates with process teams to improve manufacturing capability, quality, and efficiency, while supporting network-wide implementation and AI-enabled predictive systems.

Drive global semiconductor quality and reliability improvements through data extraction, statistical analysis, visualization, failure-pattern debugging, and corrective actions. Collaborate with cross-functional teams to implement best practices, manage quality initiatives, forecast defect metrics, reduce returns-related defects, and support manufacturing quality programs. Present analytical insights and lead implementation of new companywide quality processes.

Perform linear and nonlinear structural, fatigue, thermal, and thermo-mechanical analyses using ANSYS Mechanical. Evaluate stresses, deformation, fatigue life, thermal gradients, and design margins to support validation and optimization. Develop ANSYS ACT extensions, IronPython automation scripts, engineering calculators, reporting utilities, and desktop applications using WinForms and .NET. Automate geometry processing, model setup, result extraction, reporting, data management, and integrations with Excel, databases, and external applications.

Build, enhance, optimize, and maintain data-driven applications for Micron’s Data Hub and Integration team. Develop data warehousing and business intelligence solutions using .NET and SQL Server, while applying cloud technologies, microservices, APIs, authentication protocols, containerization, frontend frameworks, and generative AI concepts. Collaborate in a fast-paced environment, meet project timelines, and communicate effectively with technical teams.

Leads site reliability engineering practices for business-critical applications and platforms. Establishes engineering standards for availability, scalability, resilience, observability, performance, and recovery; defines SLIs, SLOs, SLAs, and error budgets; conducts production-readiness reviews; identifies reliability risks; mentors engineers; and drives automation over manual operations.

Designs and manages reliable, scalable cloud infrastructure and observability systems. Responsibilities include automating deployments, implementing infrastructure as code with Terraform, monitoring production systems, managing SLIs/SLOs, responding to incidents, conducting root cause analysis, creating dashboards and runbooks, and enforcing security and compliance practices. The role requires strong AWS, programming, scripting, CI/CD, telemetry, and cross-functional collaboration skills.

Develop and customize mechanical design automation solutions for aerospace products, improving design cycle times and execution quality. Create template-based designs, product-level automations, CAD customizations, parametrized models, and drafting solutions using NX and Creo. Integrate Teamcenter and third-party applications, develop customizations, support analysis and simulation, and drive design improvements. Collaborate independently and cross-functionally while contributing to customer-focused design solutions, intellectual property, and process enhancements.

Supports Vertafore’s AWS-based Desktop as a Service environment and customer infrastructure. Responsibilities include Microsoft 365, Exchange Online, Active Directory, DNS, Windows Server, AWS, firewalls, virtual desktops, endpoint security, backups, disaster recovery, and automation. The role troubleshoots complex technical issues, leads customer-impacting incident resolution, supports end users across multiple channels, coordinates with vendors and technical teams, and documents solutions. Rotational shifts provide coverage from 8 a.m. to 8 p.m. EST.

Leads software engineering for infrastructure platforms, setting technical direction, governance, and delivery standards across complex enterprise initiatives. Oversees architecture, modernization, scalability, security, resiliency, and maintainability while driving AI-enabled engineering practices, automation, testing modernization, and incident response improvements. Manages resources, budgets, technical decisions, cross-functional teams, and stakeholder relationships. Requires deep Python and enterprise software expertise, modern architecture knowledge, and leadership in agentic AI, cloud-native platforms, and full-stack development.

Leads end-to-end verification for complex DRAM IP and subsystems, defining strategy, developing SystemVerilog/UVM testbenches, running constrained-random regressions, analyzing failures, and closing coverage metrics. Provides technical leadership across distributed teams, mentors engineers, drives methodology roadmaps, debugs RTL and verification environments, communicates project risks, and supports tapeout readiness for advanced low-power memory designs.

Lead enterprise Oracle database administration: install, upgrade, patch, tune, backup/restore, manage RAC/ASM/Data Guard/GoldenGate, perform migrations and DR testing, automate tasks with scripting and AI tools, and drive reliability and incident RCA across global teams.

Develop, validate, characterize, debug, and qualify advanced NAND Flash memory products. Analyze large datasets, improve design margins, perform electrical failure analysis, and create tester or coding macros. Collaborate globally with design, manufacturing, fabrication, testing, quality, and business teams to identify root causes, validate specifications, collect volume data, and deliver robust solutions for high-speed ONFI performance.

The role involves leading NAND Flash memory product validation, developing test algorithms, debugging, and partnering with various engineering teams for product specifications and requirements.

Leads physical design planning, top-level integration, and block-level APR for memory and logic products. Responsibilities include floorplanning, placement, routing, timing closure, DRC/LVS/EM-IR signoff, ECO convergence, constraint development, parasitic modeling, and design validation. Automates flows using Tcl, SKILL, and Python, improves methodology with AI, and collaborates with STA, DFT, CAD, custom-layout, manufacturing, and product engineering teams.

Leads architecture and development of enterprise-scale, cloud-native applications, APIs, backend services, and distributed systems. Establishes engineering standards, drives cloud modernization, DevOps, SRE, security, resiliency, and operational excellence initiatives. Conducts architecture and design reviews, provides technical governance, partners with cross-functional teams, mentors senior engineers, and advances automation, performance, and AI-assisted engineering capabilities.

Performs block and chip-level RTL verification for DRAM and emerging memory designs. Develops SV-UVM testbenches, test vectors, directed and constrained-random tests, and regression suites. Analyzes failures, debugs RTL and verification environments, closes functional and code coverage, identifies verification gaps, and supports tapeout readiness. Collaborates with design and international engineering teams, communicates risks and status, and uses scripting and approved AI tools to improve verification workflows.

Develop advanced ASIC verification environments for complex IP designs using UVM and SystemVerilog. Define block and subsystem verification plans, execute constrained-random testing, achieve functional coverage closure, debug complex issues, and collaborate with design teams to deliver high-quality results on schedule. The role also involves applying verification methodologies, flows, and quality metrics while communicating technical concepts effectively and using approved AI-enabled engineering workflows.

The Principal DRAM Power Integrity Engineer develops methodologies for EMIR analysis, collaborates across teams, and maintains EMIR analysis tools and dashboards.

Leads global semiconductor defense-line process control systems, standardizing DL4 workflows, specifications, signal behavior, test coverage, failure analysis, and dispositions across sites. Drives automation and AI enhancements, monitors assembly and test specifications, reviews test programs, and improves detection and reliability processes. Requires expertise in semiconductor device physics, TCAD and compact modeling, analog circuit analysis, electrical test data analytics, root cause analysis, statistical modeling, and cross-functional collaboration.

Designs and optimizes memory, logic, and analog circuits for DRAM and emerging memory products. Performs simulation, verification, layout, reliability analysis, tape-out revisions, and manufacturability reviews. Collaborates with cross-functional engineering, manufacturing, testing, process, and marketing teams. Leads junior engineers and technical experts while driving design standardization, innovation, automation, and use of AI-based tools.

Build and operate high-scale distributed systems and microservices for Zscaler’s cloud security platform. Provide architectural guidance, establish coding, testing, observability, and CI/CD best practices, and lead cross-team initiatives focused on performance, reliability, and technology adoption. The role requires Java development, cloud infrastructure knowledge, database expertise, identity and access management experience, and familiarity with AI/ML and agentic AI workflows.

Leads verification strategy, architecture, methodology, execution, debugging, and closure across RTL, analog mixed-signal, and transistor-level designs. Develops SystemVerilog and UVM environments, applies SPICE-based simulation, analyzes coverage, correlates simulations with silicon behavior, and drives automation using Python and AI-assisted tools. Collaborates across design, validation, product engineering, and CAD teams while mentoring engineers and leading strategic verification initiatives.

Lead the architecture and modernization of C#/.NET test automation for Kubernetes-based distributed applications. Design reusable test libraries, API and integration testing, CI/CD quality gates, diagnostics, and resilience validation. Investigate complex failures using logs, metrics, traces, and Kubernetes evidence. Establish risk-based testing strategies, reduce flaky tests, improve execution efficiency, influence product testability, and mentor engineering teams across the organization.