Top Senior C++ Jobs in Miami, FL

Lead and manage software engineering teams to design, build, and integrate enterprise applications. Drive coding, testing, code review, CI/CD practices, and mentor staff while overseeing project planning, budgeting, and client delivery to meet timelines and quality standards.

The Market Data Engineer will design and implement high-performance market data systems, focusing on trading infrastructure, performance optimization, and system resiliency.

Design, develop, and debug embedded and assembly language software for avionics systems. Specify requirements, build prototypes, partition software/hardware, participate in verification/validation, and troubleshoot hardware and schematics. Work on safety-critical systems flown in commercial aircraft.

Lead design and implementation of modernized insurance underwriting and policy administration solutions. Drive cloud transformation, data-driven and secure architectures, improve risk selection and claims resolution, enhance customer experience through automation, mentor technical teams, manage client relationships, and oversee project lifecycle, budgets, and delivery quality.

The Oracle BRM Consultant will implement and manage Oracle Billing Revenue Management systems, analyze billing issues, and integrate solutions with both technical and functional expertise.

The role involves developing and managing Oracle BRM systems, including coding, analyzing billing issues, and supporting telecom operations. Requires strong programming skills and experience in customer implementations.

Design, implement, test and deploy high-performance, large-scale software systems to support quantitative research and production portfolios. Own Linux/C++ codebases, apply system programming, concurrency, and data structures expertise, and collaborate with researchers to build scalable distributed and streaming data platforms.

The Senior Platform Infrastructure Engineer will design, develop, and maintain infrastructure software, collaborate with teams, and troubleshoot issues across trading systems.

Build and optimize low-latency, high-throughput analytics for HFT environments. Implement financial research (execution cost models, order flow analytics), architect modular plugin systems, and perform HPC tuning (parallelization, memory layout, zero-GC) to power real-time microsecond-resolution trading diagnostics.

Build and optimize a low-latency, high-throughput analytics engine for HFT. Implement market-microstructure research, execution cost models, and order-flow analytics with HPC techniques and modular plugin-based architecture.

The role involves leading a development team, managing project timelines, performing hands-on coding, and aligning technical efforts with business goals.

Lead the software engineering team, manage technical strategy, drive product execution, and ensure quality in software development.

The Senior Options Software Engineer will design, develop, and support a high-performance trading platform, collaborating with business leaders to create innovative software solutions and handle complex systems support for trading activities.

Lead design and development of native Windows desktop applications. Define best practices and drive accessibility efforts while collaborating with cross-functional teams on feature planning and implementation.

Lead configuration, maintenance, and expansion of mission-critical Windows and Linux server infrastructure. Monitor systems, apply patches and security fixes, evaluate new tools, write automation scripts, mentor IT staff, and participate in on-call rotation to ensure high availability.

Lead R&D to define, simulate, test, and improve accuracy of a surgical robotic platform. Translate user needs into accuracy specs, develop algorithms for calibration and checks, build simulation and test tools, integrate electromechanical devices, and guide cross-functional transitions from feasibility to product launch.

Lead R&D to define, simulate, test, and improve accuracy of a surgical robotic platform. Develop algorithms, calibration and verification methods, create accuracy budgets, integrate electromechanical components, run simulations and tests, and translate clinical needs into deployable technical solutions.

Design, implement, and validate robotic control algorithms for surgical robotic platforms. Model and simulate kinematics/dynamics using MATLAB/Simulink, translate algorithms to platform-ready embedded code, perform developer-level testing and troubleshooting, work hands-on with robotic hardware, and collaborate with R&D, software, quality, manufacturing, regulatory, and clinical teams to support product development and manufacturing test systems.

Design, implement, and validate robotic control algorithms for surgical robotic platforms. Model and simulate kinematics/dynamics, translate algorithms into platform-ready code, run developer-level testing, troubleshoot hardware/software interactions, and collaborate cross-functionally to support product development, manufacturing test systems, and regulatory/quality activities in an on-site lab environment.