Top Engineering Jobs

Mechanical Engineering Intern supporting the design, development, and improvement of mechanical components and equipment for industrial services operations. Responsibilities include CAD design, technical documentation, equipment evaluation, collaboration with machinists and engineers, safety and efficiency improvements, project coordination, field site visits, and a final internship project presentation. The role is on-site in Canal Fulton, Ohio, with occasional travel.

Lead Picarro’s global engineering organization and define strategy across software, cloud, hardware, firmware, systems, and product architecture. Oversee end-to-end product development, engineering execution, quality, operational excellence, budgets, and organizational growth. Partner with executive, product, manufacturing, quality, supply chain, and commercial teams to deliver scalable, reliable, commercially successful technology products. Build high-performing multidisciplinary teams and improve innovation, predictability, time to market, and product lifecycle management.

Lead enterprise cloud migration projects for military and federal systems. Develop cloud strategies, architect and deploy scalable secure applications across AWS, Azure, OCI, or GCP, and guide cross-functional Software, DevOps, and Cyber Engineering teams. Drive automation, orchestration, and infrastructure as code across cloud platforms, resolve government cloud tooling issues, and ensure networking, security, FedRAMP, and DoD accreditation compliance. Serve as a technical and client-facing leader supporting IT modernization.

Designs, secures, automates, operates, and supports enterprise DevSecOps platforms across cloud, Linux, containers, middleware, databases, and CI/CD environments. Responsibilities include Infrastructure as Code, platform upgrades, vulnerability remediation, monitoring, incident response, troubleshooting, compliance support, documentation, stakeholder consultation, and 24x7 on-call participation.

Develops hardware and systems integration solutions for wearable remote cardiac-monitoring devices. Responsibilities include defining requirements, designing schematics and PCBs, modeling electrical subsystems, evaluating biomedical signals, debugging mixed-signal hardware and embedded firmware, conducting verification, supporting PCB bring-up, and ensuring medical safety, EMC, manufacturability, and FDA certification readiness.

Develops C# and .NET software, automated test systems, data acquisition tools, and reporting solutions for semiconductor production and characterization. Integrates applications with ATE platforms and instrumentation, performs unit testing and verification, analyzes manufacturing data, supports wafer probe and production testing, and troubleshoots product and design issues. Collaborates with design, manufacturing, and customer teams while documenting requirements, architectures, test results, and quality processes.

Design, develop, verify, and validate safety-critical firmware and FPGA/RTL solutions for automotive and transportation systems. Perform simulation-based and formal RTL verification, independent verification and validation, safety mechanism testing, and development of Functional Safety-compliant work products aligned with ISO 26262. Collaborate with system, hardware, safety, and test engineers in a hybrid Goleta, California role.

Designs, develops, verifies, and validates safety-critical firmware and FPGA/RTL solutions for automotive transportation systems. Performs simulation-based and formal RTL verification, independent verification and validation, automated testing, and safety mechanism validation. Creates ISO 26262-compliant firmware work products and participates in requirements, design, safety, and code reviews while collaborating with system, hardware, safety, and test engineering teams.

Develop and support software and hardware for electronic controls, HMIs, and mobile/off-highway vehicle systems. Responsibilities include coding application software, creating reusable function blocks, simulating and validating systems in laboratories and vehicles, providing customer support, assisting sales activities, and implementing functionally safe software. The role is onsite in Glendale Heights, Illinois, requires cross-functional collaboration, and involves up to 10% travel.

Designs and develops calibration, test, and production-support software for infrared sensing systems. Responsibilities span requirements review, software design, coding, unit testing, system integration, debugging, and sustaining engineering. The role requires strong C/C++/C# skills, embedded and multithreaded software knowledge, hardware interface expertise, and experience with imaging, thermal testing, toolchains, and debugging equipment. It is a hybrid position in Goleta, California, limited to U.S. citizens.

Designs and develops embedded software for infrared and sensing systems across requirements, architecture, coding, unit testing, integration, and sustaining engineering. The role requires multi-threaded and multi-core development, embedded RTOS or Linux experience, hardware and peripheral interface expertise, low-latency protocol implementation, and embedded toolchain and debugging skills. Experience with imaging, vision processing, and infrared technologies is desirable. The position is hybrid in Goleta, California, and requires U.S. citizenship.

Build and own internal reliability engineering tools for developers, SREs, and operations teams. Develop, test, deploy, and operate production applications in GCP; automate infrastructure and operational processes; create monitoring, dashboards, logging, alerting, and incident responses; perform destructive and resiliency testing; support change control and ITIL practices; and apply AI agents to improve change hygiene and reduce incidents. Collaborate in agile teams while documenting operational procedures and supporting system reliability.

Leads hardware quality engineering, supplier quality, metrology, and calibration teams. Drives root-cause investigations, corrective actions, test-method validation, supplier improvements, ISO 9001 documentation, NPI quality reviews, measurement integrity, and hardware quality metrics across electro-mechanical manufacturing operations.

Supports mechanical engineering projects in office and industrial settings through experiments, data analysis, CAD design, process improvement, equipment troubleshooting, predictive maintenance, and hands-on collaboration with operators and maintenance teams. Interns develop and test mechanical solutions, prepare reports, improve production equipment, and contribute to safety, reliability, efficiency, and operational performance initiatives.

Supervises engineering staff responsible for design modifications, technical work execution, project oversight, and station support. Provides technical direction, reviews engineering deliverables, resolves issues, manages workloads and budgets, supports outages and emergent work, maintains staff qualifications, and drives continuous improvement. The role includes emergency response, on-call duty, engineering duty-cycle support, and 12-hour outage shifts.

Develop and administer software systems supporting the Modernized Integrated Database for military intelligence data. Responsibilities require expertise in Sybase ASE, replication, multi-level database environments, XML data exchange, security markings, cross-domain data movement, filtering, and security domains. The role involves independent and collaborative work supporting intelligence analysts and requires an active TS/SCI clearance with an active polygraph or ability to obtain one.

Engineering interns will support silicon photonics, product testing, analog and mixed-signal design, laser development, systems integration, digital design, verification, physical design, or firmware engineering. Responsibilities may include optical simulation, lab validation, RTL development, ASIC verification, EDA-based physical design, and low-level driver development. Candidates will collaborate on photonic computing hardware from chip-level development through system integration.

Leads semiconductor package development from chip-package co-design through qualification and high-volume manufacturing ramp. Develops package solutions across flip-chip, wafer-level, leadframe, and organic laminate technologies; translates electrical, thermal, mechanical, reliability, manufacturing, and cost requirements into designs. Collaborates with engineering teams, OSATs, suppliers, and quality organizations; manages design reviews, qualification, risk mitigation, simulations, supplier engagement, and package technology roadmaps.

Manages Engineering Change Orders and ensures accurate, timely Bill of Materials loading into Mapics. Coordinates engineering, manufacturing, supply chain, and quality stakeholders; maintains ECO and BOM records; supports process improvements, documentation, training, audits, and design updates. Provides limited 2D and 3D CAD modeling and drawing-change support for plant and product lines.

Leads a multi-site software engineering team developing mission-critical ground vehicle management and command-and-control software for unmanned aerial vehicles. Responsibilities include workforce planning, mentoring, roadmap execution, cost and schedule tracking, software architecture, integration, lifecycle ownership, requirements coordination, testing, configuration management, and defect tracking. The role remains hands-on in C/C++/Lua development and requires collaboration with internal teams, customers, and external partners.

Leads a multi-site software engineering team developing mission-critical unmanned aerial vehicle ground-control software. Responsibilities include workforce planning, mentoring, roadmap execution, cost and schedule tracking, architecture and integration, hands-on C/C++/Lua development, and oversight of requirements, design reviews, testing, configuration management, and defect tracking in an Agile environment. Requires active DoD Secret clearance, eligibility for Top Secret SAP/SAR, technical leadership experience, and occasional domestic travel.

Leads complex capital projects and engineering initiatives for food manufacturing plants, warehouses, and R&D facilities. Responsibilities include equipment design, project planning, budgeting, vendor and contractor management, facility master planning, process improvement, plant layouts, safety and sanitary standards, regulatory compliance, and mentoring engineering and production staff. The role manages multiple large-scale projects from concept through startup while improving efficiency, capacity, quality, and return on investment.

Leads systems engineering efforts to maintain and improve a technical specification repository. Engages stakeholders, assesses IT architecture impacts, translates requirements into machine-readable formats, supports migration to a new technical stack, applies software development best practices, and mentors junior staff. The role requires extensive experience in requirements engineering, DevOps, coding, configuration management, quality assurance, integration, testing, and technical specifications, along with an active TS/SCI clearance with CI polygraph.

Leads and mentors a product engineering organization, setting technical vision, strategy, roadmaps, and measurable goals. Partners with Product, Design, Data Science, Operations, and Engineering teams to deliver scalable, reliable, secure, privacy-conscious products. Oversees distributed systems and product experiences, drives execution across strategic initiatives, develops engineering talent, hires leaders, and communicates priorities and risks to senior stakeholders.

Leads an industrial engineering team supporting advanced development manufacturing programs. Oversees workforce planning, labor forecasting, capacity analysis, production planning, manufacturing optimization, cost and schedule performance, and continuous improvement. Manages employee development, performance, staffing, and resource allocation while collaborating across Operations, Program Management, Manufacturing Engineering, and Finance. Uses data analytics and performance metrics to drive operational improvements, influence senior stakeholders, and manage uncertainty in a complex aerospace and defense manufacturing environment.