Top Remote C++ Jobs in Houston, TX

Design, implement, and optimize MongoDB database integrations, Change Data Capture and streaming capabilities, and observability systems. Develop high-performance C++ services, contribute to query engine and distributed systems architecture, lead projects from design through production support, and collaborate with product and engineering teams on technical roadmaps.

Lead development of scalable Java backend applications and high-availability cloud services. Design architectures, REST APIs, databases, caching systems, and distributed session infrastructure. Mentor engineers, drive technical initiatives, address performance and scalability challenges, and uphold quality and automation practices for endpoint management products.

Design, build, operate, and scale cloud-native systems supporting Falcon Complete cybersecurity analysts. Responsibilities include developing web services and data pipelines, improving monitoring and reliability, automating operational tasks, collaborating with stakeholders, translating feature requests into requirements, and participating in 24/7 on-call rotations. The role involves distributed systems, microservices, databases, messaging platforms, container orchestration, and AI-enabled workflow improvements in a remote, asynchronous environment.

Deploy and integrate Hivemind autonomy software with maritime platforms worldwide. Support customer deployments, software development, on-water testing, training, demonstrations, debugging, documentation, and maritime system integrations involving controls, sensors, navigation, and communications. Collaborate with customers, sales, and product engineering teams to resolve integration issues and improve products.

A 12-week unpaid fellowship providing hands-on training in Palantir Foundry and AIP. Participants attend live virtual instruction, complete technical projects, engage with Palantir engineers and leadership, and earn a professional certification. The program seeks builders with technical experience in software, data, automation, process improvement, prototyping, or related fields. Exceptional performers may interview for roles at Palantir or partner companies.

Design and implement C++ features for MongoDB’s replication infrastructure, improving availability, recovery, consistency, performance, and fault tolerance. Diagnose distributed-systems issues, develop comprehensive tests, collaborate across engineering teams, participate in design and code reviews, and mentor junior engineers. The role involves owning technical work from investigation through delivery and contributing to major MongoDB releases.

Design, build, test, and operate production-grade, secure, and scalable software and services. Partner with customers to translate requirements into technical designs, drive engineering best practices (CI/CD, testing, observability), deliver end-to-end solutions, lead technical workstreams, and apply AI/LLM approaches where appropriate to produce production-ready outcomes.

Leads the design, development, optimization, and troubleshooting of embedded firmware and software for hardware products. Oversees complex development projects, coordinates internal and outsourced engineering teams, documents protocols and requirements, ensures hardware-software integration, evaluates designs for compliance and quality, introduces new technologies, and mentors less-experienced engineers.

Deploy production software alongside military operators in restricted and air-gapped environments. Integrate core and simulation platforms with partner C2 systems and databases, write scripts, transform schemas, debug distributed systems, analyze logs, isolate failures, and convert recurring field workarounds into reusable product capabilities. Brief engineers and senior military stakeholders while translating mission needs into technical solutions.

Lead design and build of production-ready cloud and AI systems, prioritize security and reliability, ship solutions quickly using modern engineering practices, collaborate with cross-functional teams, mentor engineers, drive customer adoption, and deliver reusable assets and end-to-end complex deliveries.

Build secure, reliable cloud and AI software solutions from prototype through production. Partner directly with customers and multidisciplinary teams to translate business goals into technical requirements, architect scalable services, and deliver measurable outcomes. Provide technical leadership, mentor engineers, establish reusable frameworks, apply responsible engineering practices, and support deployment, observability, adoption, and knowledge transfer. The role may involve designing and operating AI or LLM-based systems and traveling up to 25%.

Develop and launch NVIDIA HGX GPU-accelerated server platforms for production. Responsibilities include creating diagnostic tests, debugging hardware, firmware, and software interactions, ensuring design-for-excellence and signal integrity compliance, defining manufacturing test specifications, optimizing assembly lines and production screens, analyzing yield data, and supporting customer quality issues. The role requires strong electrical engineering fundamentals, digital design, timing analysis, statistics, fault analysis, and computer architecture expertise.

Design and lead development of high-performance networking infrastructure for large-scale AI training and inference in Azure. Architect low-latency, low-jitter communication frameworks, optimize distributed systems, benchmark scalability, resolve complex networking issues, and improve reliability, observability, and performance. Mentor engineers, create technical designs, manage dependencies, and participate in on-call operations for critical services.

Designs and integrates tactical networked communications solutions involving SATCOM, terrestrial wireless, SD-WAN, and open system interfaces. Supports rapid prototyping, systems engineering, cybersecurity infrastructure, and customer-focused troubleshooting. Develops technical designs and white papers, monitors emerging technologies, collaborates with engineering teams and customers, and briefs senior leadership on complex technical matters. The role requires a Secret clearance, U.S. citizenship, technical certifications, and 25–30% travel.

Develop, integrate, debug, and maintain embedded software on Linux platforms using C, C++, and Python. Support processor and board bring-up, device control, networking, hardware interfaces, automated testing, documentation, laboratory and field testing, and customer demonstrations. Collaborate with software, hardware, RF, FPGA, DSP, systems, and test engineers across xG and mixed-signal product development.

Develop and optimize embedded Linux software for Xilinx Zynq UltraScale+ platforms using PetaLinux. Responsibilities include BSP and kernel configuration, device-driver development, FPGA/software integration, hardware bring-up, board validation, performance tuning, diagnostics, and system testing. The engineer collaborates with FPGA, DSP, RF, and hardware teams on mission-critical military communications systems, supports lab and field integration, and produces technical documentation. Travel of 25–30% may be required.

Design, simulate, implement, and verify FPGA logic for wireless, mixed-signal, RF, and embedded platforms. Develop reusable hardware modules, testbenches, and verification procedures; use vendor tools for synthesis, timing analysis, programming, and debugging. Support FPGA and board bring-up, high-speed interfaces, signal-processing implementations, embedded Linux integration, laboratory testing, documentation, and customer-funded R&D. Collaborate with DSP, RF, software, systems, and test engineers across the product lifecycle.

Designs and integrates networked communications solutions for tactical and military environments, including SATCOM, terrestrial wireless, SD-WAN, RF, and open-system interfaces. Develops system architectures, supports rapid prototyping, resolves customer issues, tracks emerging technologies, and briefs senior leadership on technical matters. Requires collaboration with customers and engineering teams, technical white-paper writing, cybersecurity knowledge, and up to 50% CONUS and OCONUS travel.

Design and develop large-scale optimization models and production services for workforce planning, forecasting, scheduling, and resource allocation. Build OR-Tools/CP-SAT constraint models, define schedule quality metrics, validate algorithm performance, and integrate optimization engines into an enterprise workforce management platform. Collaborate with product, architecture, engineering, and workforce-management stakeholders to translate business requirements into mathematical models and operationally useful schedules.

Research and analyze vehicle network signals, OEM telematics data, wiring diagrams, and field logs to expand vehicle telemetry coverage. Capture and interpret vehicle network data using live debugging, log analysis, scraping, reverse engineering, and custom scripts. Validate solutions on vehicles and at customer locations, document findings, and collaborate with global engineering and product teams to support new telematics capabilities.

Modernize an existing C++ desktop application by migrating functionality to a web-based .NET solution. Design, develop, test, deploy, maintain, and support software using C++, C#, ASP.NET Core, APIs, and modern web technologies. Collaborate with product, QA, and business stakeholders, perform code reviews and debugging, resolve performance issues, and evaluate AI capabilities for application and workflow integration while ensuring security, testing, monitoring, and validation.

Lead architecture and hands-on development for Microsoft's virtualization platform, focusing on hypervisor and VMM capabilities. Design, implement, and optimize systems software across Windows, Linux, macOS, Azure, and containers. Improve performance, security, reliability, testing, and operational readiness; diagnose low-level hardware/software issues; enable virtualization on new silicon; mentor engineers; and influence platform strategy across teams and hardware partners.

Build and maintain developer workflows, CI/CD and deployment automation, containerized development environments, SDK packaging and release pipelines, AI performance dashboards, and productivity tools. Design scalable software and developer tools for novel hardware platforms, collaborate with hardware and ML teams, manage C++ codebases, establish engineering standards, and optimize software delivery and production readiness.

Leads NVIDIA’s internal S3-compatible distributed object storage platform team, owning roadmap execution, software development, production operations, reliability, scalability, and service delivery at exabyte scale. Responsibilities include managing and developing engineering talent, driving SLOs, capacity planning, incident response, CI/CD, observability, customer collaboration, and AI-assisted development adoption. The role requires deep distributed storage expertise and hands-on experience operating cloud storage services for large-scale AI infrastructure.

Lead performance engineering for massive-scale HPC and AI workloads across InfiniBand-connected GPU clusters. Diagnose communication bottlenecks, analyze fabric behavior, tune RDMA and QoS, develop telemetry tooling, optimize topology-aware communication, benchmark distributed workloads, and collaborate with operations and hardware vendors on next-generation interconnects.