This Landscape Architect will be largely responsible for design of planning, urban design, and landscape architecture projects across all Garver business lines throughout the country. Experience working with design software packages such as AutoCAD, Civil 3D, and LandFX, as well as SketchUp and Adobe Creative Suite.

Component & circuit knowledge should include foundational R/L/C/Diode/BJT/FET components as well as devices such as op-amps, instrumentation amps, opto-isolators, A/Ds, D/As. Previous experience assessing Avionics system behavior and performing test design, test execution, test data collection, and test data analysis for complex aerospace systems (e.g. space launch vehicles, spacecraft, missile systems, aircraft.

Serves as a mechanical design liaison with the Director of Public Works (DPW), the Army Corps of Engineers (COE), architect and engineer firms (A&Es) and other design agencies providing advisory reviews and recommendations as required.

Experience with power plant instrumentation and controls systems design for either BWR of PWR reactors, including DCS for turbine, control, feedwater control, and data display. Broad background in providing technical support to nuclear plant projects - from design, project planning, providing technical expertise associated with testing and operations, contract specifications, project oversight, successful project execution, and overall direction of complex nuclear projects.

Experience in the design, production, manufacturing, and assembly of rocket propulsion hardware. Successful candidates will possess attention to detail, the ability to balance multiple technical challenges, a demonstrated knowledge of engineering releases, configuration management, and strong fundamentals of mechanical engineering design using advanced materials and manufacturing processes.

Job duties include:Development of formal stress analysis packages for structural systems using strength of materials and finite element-based methodsInterface with design engineers to provide inputs to preliminary designsDevelop and delivery of reports and presentations to managementCollaborate with outside vendors and personnel from other NASA centers in the development of integrated flight hardware and Ground Support Equipment.

The Senior Control Systems Engineer position oversees and performs the design, programming, documentation, testing, and commissioning of control system projects. Servo design, development, and troubleshooting experience of advanced motion control systems including multi-axis, coordinated axis applications is a plus.

The successful candidate will support and deliver a full range of Foreign Military Sales (FMS) facilities lifecycle support to plan, program, acquire, design, and construct sustainable facilities and infrastructure.

Design, assembly, integration and test of laser weapon system beam directors. Hands on experience with design, integration & test of laser weapon systems (greater than 5kW output) The candidate will work with other engineers to support the design, development, integration, and verification of laser systems.

Interest and breadth in several sub-disciplines within EE/ECE, including information and coding theory, digital signal processing, wireless communications, computer architecture, embedded software, embedded security, cryptography, analog design, RF/EM, sensors and antennas, photonics, power systems, and software architecture and design.

Perform technology development in the areas of hypersonic aerothermodynamics, aerodynamics, boundary layer transition to support flight system design. Our team is seeking Aero/Thermal engineers to provide aerodynamic, aerothermal and other design to assist in developing hypersonic thermal protection systems, advanced manufacturing methods, and advanced material development.

The selected candidate will support component design of composite pressure vessels, composite overwrap pressure vessels, composite rocket motor cases and other composite structures used in propulsion applications.

The position will require competencies that include CAD proficiency, knowledge of injection mold/casting design and fabrication methods, experience communicating design for manufacturability (DFM) feedback, costing, and sound technical communication aptitude.

Electrical Engineering: Electrical/Electronic Design, Hardware Prototyping, Test, and Integration, Digital Signal Processing, Instrumentation, and Firmware Design using VHDL. Mechanical Engineering: Harsh environment Mechanical Design, Hardware Prototyping, Test fixtures, CAD design with PTC Creo, and Structural and Thermal Analysis.

Expertise in multiple domains including digital/analog/mixed signal design, embedded systems, power electronics, RF, systems engineering, or optical system design. This program encompasses concurrent design, test and manufacturing as new upgrades to this complex electro-mechanical assembly are incorporated into production.