Top Engineering Jobs

Leads and grows a firmware engineering team while contributing to architecture, design, integration, verification, qualification, and production support for complex laser, photonic, and electro-optical systems. Establishes firmware processes, standards, tools, documentation, and development environments. Oversees FPGA, SoC, HDL, and embedded C/C++ development, manages technical risks and project execution, and partners with cross-functional engineering teams on system integration and troubleshooting.

Leads complex software projects from architecture and development through deployment, mentors junior developers, conducts code reviews, resolves performance and security issues, and makes strategic technical decisions. Collaborates with product managers and stakeholders, supports production troubleshooting, maintains technical documentation, and evaluates AI-assisted development tools and features while applying responsible AI, security, and governance practices.

Designs and develops electrical systems, PCBs, prototypes, and software for sustaining and new product projects. Performs testing, integration, troubleshooting, documentation, and design reviews, and transitions products from engineering to manufacturing. The role requires expertise in analog, digital, and power electronics, firmware, C/C++, PCB design, and communication circuits. The engineer also supports production improvements, quality enhancement, cost reduction, and innovative medical product development.

Plans, coordinates, and improves manufacturing processes to optimize safety, quality, productivity, workflow, equipment, and cost. Designs facility and workspace layouts, develops production documentation, analyzes manufacturing and maintenance data, supports preventive and predictive maintenance, updates mechanical and facility drawings, and participates in continuous improvement initiatives. Collaborates with vendors, management, engineering, and an international facility on training and capital projects. Provides production support outside regular hours as needed.

Electrical Engineering Intern supporting prototype testing, design verification, component stress calculations, circuit simulations, test plan development, BOM costing, test fixture setup, and software or firmware validation. The intern will work under senior engineers on electronic power supply products for military applications and may assist with manufacturing procedures and day-to-day engineering tasks.

Build and maintain automated financial systems for hedge fund, private equity, and venture capital clients. Develop data integrations, AI agents, reconciliation workflows, fund accounting models, NAV and investor reporting automation, audit-ready controls, dashboards, and continuous-close processes. Connect financial platforms, test and document solutions, resolve production issues, support fund launches, and train finance teams. The role combines alternative investment fund accounting expertise with coding, systems implementation, AI workflow design, and client-facing problem solving.

Designs, integrates, troubleshoots, and improves manufacturing systems and processes. Responsibilities include process improvement, root-cause analysis, lean manufacturing, equipment and workspace design, manufacturability reviews, quality validation, cost estimation, technical documentation, production training, and supervision. Requires a related bachelor’s degree, 1–2 years of process improvement experience, CAD proficiency for 3D modeling and 2D drawings, Microsoft Office skills, and knowledge of engineering fundamentals.

Develops and maintains ADAS vehicle test benches, including hardware and software configuration, commissioning, fault analysis, tracing, logging, and diagnostics. Supports automated driving system verification on public roads and proving grounds. The role involves vehicle retrofits, electrical schematics, custom cable assemblies, data collection, fleet management, system integration, documentation, safety compliance, shipping processes, and cross-functional collaboration.

Leads product testing, reliability assessment, verification, experimental design, failure analysis, and technical investigations for scientific instrumentation. Develops test strategies, protocols, fixtures, and measurement methods; analyzes experimental data; performs root-cause analysis; and recommends product improvements. Collaborates with engineering, manufacturing, quality, software, firmware, and product teams while mentoring technical staff and serving as a subject matter expert in product performance and reliability.

Develop, integrate, test, and evaluate advanced RF, radar, communications, and sensing systems. Responsibilities include system architecture, requirements, RF analysis, hardware/software/firmware integration, prototype development, laboratory testing, verification, troubleshooting, technical documentation, customer discussions, and occasional field demonstrations. The role may lead small technical efforts and contribute to proposals and research concepts.