Top Engineering Jobs

The Lead Rust Software Engineer will design and build scalable applications, mentor teams on Rust, and contribute to complex product development.

Develops and verifies FPGA firmware for spacecraft avionics using Xilinx and Microchip devices. Responsibilities include firmware architecture, requirements definition, implementation, documentation, interfacing with software and FPGA systems, and module- through system-level testing. The role collaborates across engineering disciplines and supports spacecraft test and on-orbit operations. Required qualifications include an engineering degree, eight or more years of FPGA firmware development, VHDL proficiency, strong FPGA design fundamentals, and U.S. citizenship.

Designs, implements, maintains, and troubleshoots enterprise network and server infrastructure across more than 20 New York City sites. Responsibilities include LAN, WAN, WLAN, VPN, VoIP, firewall, cloud, Windows Server, virtualization, and security administration; capacity planning; hybrid cloud connectivity; disaster recovery; documentation; change management; and on-site infrastructure support. The role also provides L3 troubleshooting, leads technical initiatives, and participates in 24-hour emergency on-call support.

Design, build, and maintain highly available, performant data systems that record and process billions of market events daily. Drive architecture, support APIs and analytics, automate monitoring/alerting, generate reports, and collaborate with stakeholders to deliver scalable, reliable solutions for FX and UST trading data.

The Director of Engineering leads multidisciplinary engineering teams across mechanical, electrical, software, and systems functions. This role owns product development from concept through validation, production launch, and lifecycle support; drives reliability, quality, innovation, cost competitiveness, and regulatory compliance; manages engineering budgets, portfolios, and resources; and develops engineering talent. Regular collaboration occurs with manufacturing, supply chain, sales, service, quality, and executive leadership.

Provides strategic and operational leadership across multidisciplinary engineering teams, overseeing product development from concept through production and lifecycle support. Drives engineering strategy, innovation, reliability, quality, cost competitiveness, product launches, resource allocation, and continuous improvement. Manages budgets, portfolios, talent development, validation practices, manufacturing support, regulatory compliance, and cross-functional collaboration with supply chain, sales, service, quality, and executive leadership.

Design and analyze highway and roadway transportation facilities, including alignments, plan and profile sheets, traffic control plans, quantities, cost estimates, specifications, and design documentation. The engineer collaborates across disciplines to develop roadway widenings, new alignments, resurfacing projects, multimodal improvements, intersections, sidewalks, and shared-use paths.

Provides technical expertise and application support for coupling products. Evaluates customer operating conditions, performs sizing and engineering calculations, prepares technical proposals and quotations, reviews specifications, supports custom designs and retrofits, and assists sales, manufacturing, operations, and supply chain teams throughout project execution.

Supports biosolids engineering consulting projects through research, data analysis, technical evaluations, documentation, meeting support, and project coordination. The intern collaborates with multidisciplinary teams, applies academic knowledge to practical environmental challenges, completes assignments under close supervision, attends professional development workshops, and delivers a capstone project.

Performs routine electrical engineering assignments under close mentorship, including basic calculations, research, equipment and materials recommendations, drawings, reports, specifications, and limited-scope studies. Supports construction staff, project teams, client interactions, quality processes, scheduling, budgeting, documentation, and continuous improvement while developing engineering knowledge and professional skills.