Top Python Jobs in Hyderabad

Develop and maintain scalable, multi-process Python software for IT monitoring. Responsibilities include refining requirements, implementing features in Python, PHP, and MySQL, troubleshooting performance issues, writing unit tests, reviewing code, demonstrating functionality, and contributing to reliable, high-performance systems. The role also involves working with Product Management and applying CI/CD, DevOps, Agile, and software lifecycle practices.

Develop high-performance networking software for SD-WAN and SASE platforms. Responsibilities include DPDK packet processing, NIC driver and data-plane development, link and flow management, observability tools, live troubleshooting, and performance optimization. The role requires C/C++, Python, Linux systems expertise, operating-system knowledge, and experience with scalable, real-time, multi-threaded applications. The engineer will collaborate with architects, QA, and product teams throughout the software development lifecycle.

Perform manual and basic automated software testing, including functional, regression, UI/UX, performance, AI application, cloud, on-premises, Docker, and Kubernetes deployment testing. Create test cases and plans, track and retest defects in Jira or ADO, analyze AI evaluation traces, report quality metrics, collaborate with developers and product managers, and improve testing processes.

Develop and maintain VFX and animation pipelines, provide technical support to artists, and create Python tools and workflows for DCC applications. Collaborate with R&D and production teams, troubleshoot production issues, optimize performance, document solutions, and mentor junior Pipeline TDs. The role requires strong Python, Maya or Unreal Engine, Linux, VFX pipeline, GUI development, and communication skills.

Architects and operates scalable full-stack systems supporting customer success, case management, knowledge, and agent tooling. Builds React and TypeScript frontends, backend services, cloud architectures, data platforms, APIs, CI/CD pipelines, infrastructure as code, and Kubernetes deployments. Owns observability, security, compliance, integrations, and operational excellence. Develops predictive and generative AI applications, including RAG and vector-search capabilities, while mentoring engineers and establishing scalable engineering standards.

Develop and maintain scalable full-stack applications using React, TypeScript, Java, Spring Boot, and cloud services across AWS and Azure. Design APIs, microservices, event-driven systems, CI/CD pipelines, infrastructure as code, and containerized deployments. Implement testing, monitoring, security, and production support practices. Translate business requirements into reliable technical solutions, collaborate with architects and Agile teams, document designs, and incorporate AI-driven capabilities into products.

Lead customer-facing technical implementations for Fortune 500 clients. Discover and optimize third-party risk and compliance processes, configure workflows, forms, logic, scoring, approvals, integrations, and data flows in Certa Studio, and debug cross-system issues. Own project governance, testing, cutover, go-live, hypercare, and handoff. Use production LLMs and scripting to build solutions, identify platform limitations, and create reusable templates and accelerators.

The Site Reliability Engineer will design scalable infrastructure, automated deployment pipelines, monitoring, and alerting systems. Responsibilities include troubleshooting production incidents, participating in on-call rotations, maintaining systems, improving security and compliance, optimizing reliability and efficiency, and mentoring junior engineers. The role requires collaboration with development and cross-functional teams, technical communication, infrastructure automation, and expertise in distributed systems, cloud platforms, and networking.

Build and improve reliable, scalable distributed content delivery systems. Define SLIs and SLOs, enhance monitoring and alerting, analyze performance data, resolve complex incidents, automate operational tasks, and participate in architecture reviews. The role requires scripting, Oracle SQL analysis, Unix/Linux expertise, and experience with observability tools including Prometheus, Grafana, ADBMS, and Datadog. Collaboration with product and cross-functional teams is central to ensuring high availability, performance, and resilience.

Own and improve cloud infrastructure, Kubernetes platforms, Infrastructure as Code, CI/CD, GitOps, observability, security, reliability, and cost efficiency. Build automation and self-service tooling, lead complex production incident investigations, improve resilience and disaster recovery, evaluate architecture, and mentor engineers. The role requires autonomous platform ownership, strong systems judgment, and thoughtful use of AI-assisted engineering tools.

Leads the Platform Services engineering team in India, defining technical strategy and managing cloud infrastructure, Kubernetes platforms, backend services, identity and access management, CI/CD, observability, and developer tooling. The role combines hands-on architecture and technical leadership with people management, delivery oversight, platform reliability, cross-functional collaboration, hiring, and team development across globally distributed engineering organizations.

Develop and debug embedded firmware for RTOS and Linux-based systems. Responsibilities include RTOS porting, SoC and board bring-up, bootloader and platform initialization, peripheral integration, hardware-firmware troubleshooting, architecture and coding, validation, code reviews, unit testing, documentation, and CI automation. The role requires C/C++ expertise, CPU and memory architecture knowledge, Linux kernel and driver familiarity, hardware debugging, and collaboration across hardware, validation, and application teams.

Develop, test, maintain, and debug embedded firmware for silicon products. Build robust software test suites, migrate and consolidate silicon debug software, support silicon design infrastructure, and optimize low-level code for real-time performance. The role requires embedded C/C++ development, RTOS experience, hardware and peripheral interfacing, cross-platform development, software validation, modern CI workflows, and collaboration across firmware and hardware teams.

Lead digital physical design for semiconductor and chiplet-based AI infrastructure products. Responsibilities include RTL-to-GDS implementation, synthesis, floor planning, place and route, clock tree synthesis, timing closure, STA, power and signal integrity analysis, physical verification, formal equivalence checking, DFT implementation, flow development, IP and chip integration, tapeout, release management, and customer IP delivery.

Define firmware architecture for high-speed 224G/lane AEC retimers, including boot, calibration, link training, equalization, FEC, telemetry, and standards compliance. Lead silicon bring-up from first samples through production while partnering with ASIC and signal-integrity teams. Implement IEEE 802.3ck/dj adaptation algorithms, PAM4 equalization, FEC integration, and predictive telemetry on constrained MCUs. The role requires embedded C, assembly, Python tooling, RTOS experience, hardware-in-loop testing, and up to 15% travel.

Design and develop high-performance digital circuits for communication and memory interfaces. Responsibilities include RTL development, architecture definition, IP verification, DFT, synthesis, timing analysis, protocol implementation, and silicon validation. The role collaborates with verification, physical implementation, and analog/mixed-signal teams while supporting post-silicon bring-up, debugging, characterization, and productization.

Designs and executes functional, regression, integration, UI, and API testing; develops automation frameworks; tracks and analyzes defects; integrates tests into CI/CD pipelines; validates production issues and hotfixes; collaborates with developers on fixes; participates in design reviews; maintains QA documentation; and improves testing processes, coverage, reliability, and release confidence.

Supports and operates NVIDIA’s large-scale on-premises and cloud network infrastructure in a 24/7 global operations environment. Responsibilities include monitoring alerts, resolving incidents within SLAs, troubleshooting network issues, managing IP infrastructure and datacenter interconnects, coordinating vendors, implementing upgrades and capacity expansions, improving operational workflows, and documenting best practices. The role requires extensive networking protocol knowledge, cloud experience, automation exposure, and strong incident-management and communication skills.

Leads analysis, design, development, deployment, integration, and support for complex applications, backend services, and databases. Builds secure, scalable software using modern engineering practices, AWS technologies, APIs, microservices, and event-driven architecture. Provides production support, troubleshooting, documentation, architecture and code reviews, technical mentorship, and stakeholder communication. Ensures compliance with security, risk, regulatory, and enterprise standards while contributing to modernization, automation, DevOps, and continuous improvement initiatives.

Leads Snowflake architecture, administration, governance, performance optimization, security, replication, disaster recovery, and operational reliability. Supports Oracle and other database technologies across cloud environments, handles incidents, patching, upgrades, and troubleshooting, and automates administration and monitoring. Coordinates with IT, developers, and vendors, improves platform scalability and standardization, and provides on-call support.

Designs, builds, and owns scalable SaaS features using .NET/C#, APIs, databases, cloud services, and modern UI frameworks. Leads technical design, testing, compliance, security, production health, incident response, and cross-functional delivery. Uses AI-assisted development tools while validating generated code for security, reliability, scalability, and data integrity. Requires strong system design, communication, and engineering judgment, with opportunities to develop AI-enabled engineering automation.

Design and drive the target-state architecture for a Databricks-native data platform. Define scalable ingestion, governance, security, analytics, and reliability standards while delivering hands-on proofs of concept with SQL, PySpark, and Python. Partner with product, operations, and engineering teams to align platform investments with business needs, reduce technical debt and total cost of ownership, mentor engineers, evaluate technologies, and support AI-powered development and data analytics capabilities.

Leads the design, development, testing, troubleshooting, and enhancement of software for fiber-based OLT platforms and GPON/XGPON access networks. Develops Layer 2 networking features including forwarding, multicast, QoS, and VLAN capabilities. Collaborates with product management, solves complex telecom software issues, mentors engineering teams, and drives delivery across the software development lifecycle.

Lead architecture, development, and innovation for fiber-based fixed access network products and OLT software platforms. Design scalable Layer 2 networking solutions involving forwarding, multicast, QoS, and VLANs; troubleshoot complex telecom software issues; influence product strategy; and guide technical decisions across teams. The role also requires technical leadership, mentoring, test automation expertise, and delivery of large-scale telecom solutions.

Lead the design, development, testing, and troubleshooting of high-performance software for fiber-based OLT platforms. Develop Layer 2 networking features involving forwarding, multicast, QoS, and VLANs; collaborate with product management; resolve complex telecom software issues; and mentor engineering teams. The role requires strong programming, network processor, packet processing, network management, test automation, and fiber transport expertise, with a focus on GPON/XGPON systems.