UNKNOWN

FEED

Depending on the project, you may be developing a new spacecraft thermal or mechanical concept, evaluating design trades, performing detailed analysis, developing CAD models, reviewing manufacturing drawings, working alongside technicians building prototype hardware, evaluating test results, or meeting directly with a customer to solve a mission-specific challenge. The Space Systems Senior Engineer supports the development of spacecraft hardware and systems across multiple phases of the engineering lifecycle, ranging from concept generation and initial design through detailed analysis, prototype hardware fabrication, testing, and volume production.

Advanced Cooling Technologies Inc

Space Systems Senior Engineer

Our ideal candidate will have at least seven years of experience in a related engineering environment, designing power electronic components and experience in the in the field of servo systems and/or motion control. Your Profile/Qualifications/Skills: Bachelor of Science degree in Electrical Engineering or Bachelor of Science degree in Electrical Engineering Technology from an accredited college or university.

Acutronic Holding AG

Electrical Engineer III

We are looking for candidates who are highly motivated independent thinkers, passionate about state-of-the-art technology; also self-starting, empathetic team players, and strong communicators. The ideal candidate for this position can multitask effectively, is comfortable working on a quick development tempo, and most importantly enjoys bringing new autonomy technology to life.

Near Earth Autonomy

Autonomy Software Engineer (C++)

ea_via_bold

TTC, a Curtiss-Wright company, are a recognized leader in comprehensive and integrated data acquisition through telemetry systems that include data analysis units, sensors, transmitters, receivers, and ground station analysis tools to measure, record, transmit, and analyze aircraft and munitions parameters during test flights. As a Principal Hardware Engineer working at the Newtown PA site this role will be key to driving forward the product development goals of the next generation of Flight Test instrumentation products including: Data acquisition systems, high speed recorders and digital radio products.

In 2014, we transitioned to a new segment structure under the "One Curtiss-Wright" vision, realigning our business to an integrated, market-facing global diversified industrial company. The result is a more strategically aligned Curtiss-Wright that is now comprised of Commercial/Industrial, Defense and Power segments. We continually focus on maintaining solid relationships with our customers, building on our competitive positions and creating market leadership through our technology investment. In this new structure, we will better utilize our scale while also providing for enhanced customer interaction. These strategies will continue to support our growth and generate margin expansion opportunities.

Curtiss-Wright

Principal Hardware Engineer

TTC, a Curtiss-Wright company, are a recognized leader in comprehensive and integrated data acquisition through telemetry systems that include data analysis units, sensors, transmitters, receivers, and ground station analysis tools to measure, record, transmit, and analyze aircraft and munitions parameters during test flights. Key products include data acquisition units, recorders, network products, RF networks, airborne transmitters and receivers, and telemetry expansion cards.

YEAR

Curtiss-Wright Corp

RF Hardware Engineer, Lead

The Division includes businesses that produce high performance electro-mechanical actuation, precision position sensors, fluid controls and motion control subsystems, as well as complex structural components for aerospace applications. With over 50 years of experience in aviation technology, Curtiss-Wright's Sensors & Controls Division is continuing the legacy of flight innovation, providing critical components on a variety of commercial, defense and industrial platforms.

Supplier Quality Engineer - Remote

Serve as the technical lead for review cycles of Technical Data Packages (TDPs), Ship Installation Drawings (SIDs), Wire Discrepancy Lists (WDLs), Statements of Work (SOWs), and Verification & Validation test plans across multiple DDG-51 ship alterations spanning Flight I, Flight II, and Flight IIA configurations. The role centers on engineering drawing analysis, electrical hardware configuration management, documentation review coordination, and cross-functional liaison between system group engineers (ISEAs) and government stakeholders in direct support of the NSWCPD Code 552 DDG MCS Waterfront Engineering team.

At Noblis we take pride in solving difficult science, technology, and strategy problems that help our government and our country. By assembling top talent across many different disciplines and domains, we apply expertise to help our customers implement practical solutions. Headquartered in Falls Church, Virginia, the atmosphere at Noblis fosters continuous learning, knowledge sharing, collaboration, independence, and objectivity. We employ only the most accomplished and qualified professionals who work wherever there are challenging problems to solve--near the Washington, DC area and throughout the United States.

Noblis Inc

Documentation Engineer

To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR), Rocket Lab Employees must be a U.S. citizen, lawful U.S. permanent resident (i.e., current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum, or be eligible to obtain the required authorizations from the U.S. Department of State and/or the U.S. Department of Commerce, as applicable. Rocket Lab is the end-to-end space company building rockets, spacecraft, and critical subsystems that keep the world connected, protected, expand humanity's reach to the Moon, Mars, and beyond.

Rocket Lab Corporation

Systems Safety Engineer II - Regulatory Compliance

GreenHouseAPI

FULL_TIME

Noblis

Electrical Engineer

[AW]-iCims

Understand the product design from a design assurance/quality standpoint (inspectability, adherence to customer performance, Statement of Work (SOW), and contractual requirements and internal quality requirements, product liability considerations, etc.), influence the capture of the design in the drawing structure, and approve the drawings. PHYSICAL/MENTAL/COMMUNICATION REQUIREMENTS: Employee is occasionally required to stand; walk; sit; manual dexterity to handle, or feel objects, tools, or controls; reach with hands and arms; climb stairs; balance; stoop, kneel, crouch, or crawl; talk or hear; and taste or smell.

Gentex Corporation

Design Assurance Engineer

CALIFORNIA APPLICANTS ONLY: I understand the Company may obtain, without using the services of a third party investigative consumer reporting agency, public records pertaining to my character, general reputation, personal characteristics, or mode of living during its evaluation of my application for employment and, if employed, during my employment. Unless noted otherwise, by certifying the application, you are also agreeing to and/or authorizing the following: You understand that any omission and/or misrepresentation of any fact from or on the application or during any interview will result in immediate rejection of the application, or if hired, will be cause for immediate dismissal.

Slb NV

Electrical Engineer - Delivery

Example designs performed under this position may include single-slot flight computers including FPGAs and processors, memory support modules, communication interface designs, backplane interconnect designs, along with common power and timing circuits used in these scenarios. Draper supports many programs to improve work-life balance including workplace flexibility, employee clubs ranging from photography to yoga, health and finance workshops, off site social events and discounts to local museums and cultural activities.

The Charles Stark Draper Laboratory

Principal Hardware Electronic Engineer

Drive organization-wide software integration programs onto hardware platforms, orchestrating cross-functional teams across silicon engineering, ML platform, perception algorithms, and hardware systems to deliver CV/ML capabilities on custom silicon Define and own the end-to-end program roadmap for integrating CV/ML inference pipelines onto VR headsets, AR glasses, and wearable spatial computing platforms across multiple product generations Lead hardware-software co-design initiatives by aligning software development milestones with silicon tape-out schedules, ensuring timely integration of perception algorithms onto target hardware Establish integration requirements, success criteria, and program milestones that translate perception algorithm demands into actionable deliverables across hardware and software teams Identify and resolve cross-functional dependencies, risks, and bottlenecks in software-to-hardware integration programs, driving accountability across engineering organizations Coordinate with silicon engineering, firmware, and platform teams to define architectural requirements for custom CV/ML accelerators and SoCs based on software integration needs Develop and maintain program tracking frameworks to evaluate integration progress, hardware readiness, and software maturity against real-world CV/ML workload requirements Engage with external silicon partners, sensor vendors, and IP providers to align integration timelines and ensure emerging CV/ML hardware technologies are incorporated into program plans Communicate program status, integration trade-offs, and roadmap decisions to executive leadership and cross-functional stakeholders through written proposals, program reviews, and status updates Define benchmarking methodologies and integration validation criteria for CV/ML software onto hardware systems across the full stack from sensor ingestion through algorithm execution12+ years of experience in hardware systems architecture with a focus on computer vision, machine learning inference, or high-performance signal processing systems Experience defining SoC or system-level architecture for CV or ML inference workloads, including image signal processor pipelines, compute hierarchy design, memory subsystem architecture, and interconnect topology Experience with hardware-software co-design methodologies for on-device CV/ML workloads, including familiarity with ML compiler stacks, operator fusion, quantization impacts on hardware design, and perception algorithm profiling Experience developing system performance models and using simulation or analytical frameworks to evaluate architectural trade-offs for real-time CV/ML workloads at scale Track record of driving multi-year hardware architecture roadmaps and influencing silicon strategy across large engineering organizations in consumer electronics or spatial computing domains Background in collaborating with computer vision and ML research teams to translate novel perception model architectures into hardware-efficient deployment targets on custom silicon Experience architecting CV/ML inference systems for power- and area-constrained wearable or mobile devices, including VR headsets, AR glasses, or similar spatial computing platforms Experience evaluating and integrating emerging memory and sensor technologies into CV/ML system architectures, including event cameras, time-of-flight sensors, or near-sensor compute approaches Familiarity with perception workloads such as SLAM, depth estimation, hand and eye tracking, scene segmentation, or neural radiance field rendering and their specific hardware demandsMeta builds technologies that help people connect, find communities, and grow businesses. In this role, you will drive end-to-end software integration programs spanning computer vision and machine learning workloads onto custom silicon, sensor subsystems, and hardware platforms powering next-generation virtual and augmented reality products.

Meta Platforms Inc

CV/ML Systems Engineer, Hardware Architecture

These products are used on next-generation aerospace programs and include a range of electric power systems, servo-actuators, micro-turbines, and Hybrid-Electric-Propulsion-Systems. Acutronic's Aerospace Components Division manufactures specialty components for use on uncrewed aerial vehicles, land defense applications, and missile systems.

Service Engineer

Acutronic is looking for a Senior Mechanical Engineer Structural Analyst to develop and optimize structural models for components and systems to meet project specifications as well as implement cost-benefit analyses to achieve efficient use of materials without compromising performance of the systems. These products are used on next-generation aerospace programs and include a range of electric power systems, servo-actuators, micro-turbines, and Hybrid-Electric-Propulsion-Systems.

Senior Mechanical Engineer Structural Analyst

Junior Service Engineer

Acutronic makes unique simulation and test equipment used to test motion sensors (inertial sensors) and unique military applications for technology such as missel production, defensive optics, telescopes and other motion platforms. In this role, you will be responsible for the creation and management of complex equipment proposals for simulation and test equipment used for defense, aerospace, automotive, and consumer products lab applications.

Sales Engineer

Near Earth Autonomy Inc

Experience must include: (i) design and implementation of sensing and perception algorithms and software stacks, including integrating sensor interfaces and processing data streams; (ii) point cloud and obstacle map generation from 3d sensor data and processing for obstacle detection on air or on ground; (iii) design and test of robotics systems and infrastructure using the Gazebo plugin within the Gazebo Sim simulation environment; (iv) deployment and test of robotics software on physical mobile robots in field conditions; (v) advanced object-oriented programming in C++ for real-time robotics systems, including implementation of efficient algorithms and sensor interfaces; (vi) design and implementation of robotics applications using ROS (Robot Operating System) and ROS2, including node communication, environment setup, and architectural infrastructure; (vii) software development in a Linux environment using the Git version control system to maintain packages and manage release history across distributed teams and tools using Docker for environment reproducibility; and (viii) technical support to robotics software co-developers. Near Earth Autonomy seeks a Senior Robotics Software Engineer in Pittsburgh, PA to research, design, develop, refine, test, and deploy software systems for autonomous air vehicles to enable static obstacle detection and avoidance and safe landing on ground; research, design, develop, refine, test, and deploy software systems for autonomous air vehicles to enable mission planning, air traffic sensing and avoidance, flight without GPS, contingency management, and safe and precision landing on ground and on moving platforms; implement these capabilities on sensing and computing hardware and integrate them onto aerial platforms ranging from small quadcopters to helicopters; design and implement software stacks for autonomous vehicles; design and test autonomous aircraft systems using the Gazebo plugin within the Gazebo Sim simulation environment; research and implement techniques to increase algorithms' real-time efficiency; perform calibration of multi-sensor systems; and deploy and test robotics software on physical mobile robots in field conditions.

Senior Robotics Software Engineer

To conform to U.S. Government export regulations, including the International Traffic in Arms Regulations (ITAR) (22 CFR Parts 120-130) and the Export Administration Regulations (EAR) (15 CFR Parts 730-774), applicants for this position must be a U.S. Person: a US Citizen, a lawful permanent resident of the U.S., or a protected individual as defined by 8 U.S.C. § 1324b(a)(3). Hazard identification and risk assessment: Conducting safety analyses like Failure Modes and Effects Analysis (FMEA) and Fault Tree Analysis (FTA) to identify potential hazards and assess their severity, likelihood, and risk level.

Flight Engineer Jobs in Pennsylvania

Space Systems Senior Engineer Advanced Cooling Technologies Inc

Electrical Engineer III Acutronic Holding AG

Autonomy Software Engineer (C++) Near Earth Autonomy

Principal Hardware Engineer Curtiss-Wright

RF Hardware Engineer, Lead Curtiss-Wright Corp

Supplier Quality Engineer - Remote Curtiss-Wright Corp

Documentation Engineer Noblis Inc

Systems Safety Engineer II - Regulatory Compliance Rocket Lab Corporation

Electrical Engineer Noblis

Design Assurance Engineer Gentex Corporation

Electrical Engineer - Delivery Slb NV

Principal Hardware Electronic Engineer The Charles Stark Draper Laboratory

CV/ML Systems Engineer, Hardware Architecture Meta Platforms Inc

Service Engineer Acutronic Holding AG

Senior Mechanical Engineer Structural Analyst Acutronic Holding AG

Junior Service Engineer Acutronic Holding AG

Sales Engineer Acutronic Holding AG

Autonomy Software Engineer (C++) Near Earth Autonomy Inc

Senior Robotics Software Engineer Near Earth Autonomy Inc

Reliability, Maintainability, and Safety Engineer Voyager Space Holdings, Inc.

Similar Job Searches

Stand out to leading employers.