Summary:

The Associate Electrical Test Engineer is responsible for the development and execution of tests to ensure the quality of our products. Additionally, is responsible for analyzing the product features, test requirements, creating customized quality checks, and writing up final test procedures for the approval of the sub-system lead engineer. Test engineer is also responsible for the execution of the test procedure as well as for preparing the test report. Broad-based knowledge of engineering and product design, a good eye for detail, and the ability to think out of the box are important requirements for this role.

Duties and Responsibilities:​ 

• Meeting with the product design team and sub-system lead engineers to determine product testing requirements.
• Writing test plans, test procedures and developing test processes to maturity.
• Execution of the test procedure.
• Training of technical staff and providing technical support when needed.
• Development, evaluation and implementation of automation into test processes wherever possible.
• Ensuring all tests and procedures meet company and industry standards.
• Preparing test reports for management.
• Providing subject-matter expertise on test equipment and methods to product engineering teams.

Minimum Qualifications: 

• Bachelor’s degree in Electrical, Mechatronics, Aerospace or Computer engineering field or Associates Degree in Electrical Engineering with 2 years of direct experience
• Flexibility/adaptability in a fast-paced & dynamic environment.
• Excellent English written and verbal communication skills.
• U.S Citizen or Permanent Resident.
• Must be able to read, write, and speak English. 

Preferred Qualifications: 

• Experience in a research, development, test or other laboratory environment.
• Experience with common laboratory software (LabView, Ansys, MATLab etc).
• Experience with test automation.
• Familiarity with general purpose electronics test equipment: power supplies, digital multimeters, source meters.
• Familiarity with battery systems, and battery cycling equipment.
• Familiarity with photovoltaic (PV) solar cells and their design, test or manufacturing processes.
• Familiarity with environmental test chambers, vibe table.
• Experience in quality control or inspection of complicated electronics, particularly those used for aerospace or defense applications.
• Good problem-solving skills and ability to troubleshoot complicated systems.

Job Summary:

The Environmental Test Engineer (Vibration and TVAC) is responsible for planning, executing, and documenting mechanical and thermal-vacuum tests to verify the environmental durability of spacecraft components, subsystems, and full systems. This engineer ensures test campaigns meet customer and program requirements for qualification and acceptance.

Key Responsibilities:

• Develop and execute test plans and procedures for vibration (sine, random, shock) and thermal vacuum (TVAC) testing.
• Set up, calibrate, and operate test equipment including shakers, thermal chambers, vacuum chambers, and data acquisition systems.
• Collaborate with design, manufacturing, and systems engineering teams to define environmental test requirements.
• Perform real-time test monitoring and troubleshooting to ensure successful completion of test campaigns.
• Ensure all testing complies with relevant standards (e.g., MIL-STD-1540, NASA GEVS, ECSS).
• Coordinate with technicians to configure test setups, instrumentation, and test article fixturing.
• Lead or support root cause investigations for test anomalies or failures.
• Generate detailed test reports including data analysis, plots, and pass/fail criteria.
• Maintain equipment and ensure test facilities meet operational readiness.
• Participate in continuous improvement activities to enhance test efficiency, safety, and reliability.

Required Qualifications:

• Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or related field.
• 3+ years of experience in environmental testing, preferably in aerospace or defense.
• Hands-on experience with electrodynamic shakers, TVAC chambers, accelerometers, thermal sensors, and DAQ systems.
• Strong knowledge of vibration and thermal environments relevant to spaceflight hardware.
• Familiarity with instrumentation setup, calibration, and data analysis.
• Ability to work in cleanroom environments and follow contamination control procedures.
• Excellent written and verbal communication skills.
• Strong analytical and problem-solving abilities.

Preferred Qualifications:

• Experience with software such as LabVIEW, TestStand, MATLAB, or Python for test automation and data analysis.
• Experience supporting launch vehicle or satellite environmental qualification campaigns.
• Knowledge of industry standards: MIL-STD-810, MIL-STD-1540, ECSS-E-ST-10-03C, etc.
• Familiarity with thermal modeling and simulation tools.

Working Conditions:

• May involve shift work and extended hours during test campaigns.
• Physical requirements may include lifting up to 50 lbs and working in confined or high-vacuum areas.
• Must be able to work in a fast-paced and collaborative environment with strict deadlines.

The RF Engineer leads the design, analysis, and integration of RF and antenna systems across Zone 5 products. This role is responsible for developing high-performance communication and RF architectures that operate reliably in complex electromagnetic environments. 

You will work across the full lifecycle—from concept and trade studies through integration, test, and production—partnering closely with Electrical Engineering, Systems Engineering, Software, Integration, and Test to deliver robust, scalable RF solutions. 

Key Responsibilities 

• Design, model, simulate, and integrate RF and antenna systems across multiple frequency bands and technologies.  

• Define RF system requirements and drive architecture decisions through analysis, trade studies, and feasibility assessments.  

• Perform RF analysis including link budgets, antenna patterns, RF chain performance, interference/desense, and installed system effects.  

• Develop and validate RF/data link models and communication performance simulations.  

• Conduct hardware and software trade studies to optimize RF system performance, robustness, and scalability.  

• Support design, prototyping, integration, and qualification of wireless communication systems.  

• Debug and characterize RF issues including noise sources, interference, and aggressor/victim interactions.  

• Integrate RF subsystems with avionics, payloads, and platform constraints to ensure end-to-end system performance.  

• Develop and maintain internal RF modeling, simulation, and analysis tools.  

• Support test activities including lab validation, ground testing, and flight test data analysis.  

• Present technical findings in design reviews (PDR, CDR, TRR) and leadership discussions.  

• Mentor junior engineers and contribute to RF engineering standards and best practices.  

Qualifications 

Required 

• B.S. in Electrical Engineering, Computer Engineering, or related discipline.  

• 7+ years of experience in RF system design, analysis, or integration.  

• Strong experience with RF architectures including transceivers, front-end design, and antenna integration.  

• Familiarization with MANET radios (e.g. Silvus, Persistent Systems, DTC, or similar). 

• Proficiency with RF modeling and simulation tools (e.g., HFSS, CST, ADS, or similar).  

• Experience performing RF system analysis (interference, system performance).  

• Strong understanding of TCP/IP, UDP, multicast, RTSP, and other transmission protocols, with the ability to perform link budget and data throughput analysis. 

• Hands-on experience with RF test equipment (spectrum analyzers, network analyzers, signal generators).  

• Programming or scripting experience (e.g., MATLAB, Python, C/C++, bash) for modeling and data analysis. 

• Strong troubleshooting skills in complex RF environments.  

• Ability to work cross-functionally and communicate effectively across IPTs.  

Preferred 

• M.S. or Ph.D. in Electrical Engineering or related discipline.  

• Experience with Electronic Warfare (EW) or contested electromagnetic environments.  

• Familiarity with communication systems, signal processing, and data link design.  

• Experience with PCB design tools (e.g., Altium) and hardware implementation.  

• Understanding of antenna theory and real-world integration constraints.  

• Experience designing for manufacturability, cost, and production scalability.  

• Experience supporting flight test or deployed RF systems.  

• Active or eligible for U.S. DoD security clearance. 

Pay Range by Level for Fort Walton Beach, FL:

Level IV - $138k - $164k
Level V - $164k - $191k
Level VI - $191k - $244k

What You'll Be Owning:

We are seeking a highly skilled Senior Data Scientist to support mission-critical intelligence operations. The ideal candidate brings deep analytic expertise, advanced data science capabilities, and demonstrated experience supporting national security objectives across GEOINT, multi-INT, and enterprise-level analytic environments. This position requires the ability to innovate, modernize analytical tradecraft, and drive the integration of advanced methodologies into customer mission sets.

What You Must Have: 

• Active TS/SCI Clearance is required with the ability to obtain a CI Poly 10+ years of relevant experience. (A combination of years of experience & professional certifications/trainings can be used in lieu of years of experience)
• Expertise in advanced analytic methodologies and proven ability to implement them to increase customer satisfaction and mission effectiveness.
• Proven Intelligence Community experience working with integrated teams and applying documented analytic methodologies to answer complex intelligence questions.
• Experience in data mining, database manipulation, and maintaining structured analytic datasets.
• Demonstrated proficiency using analytic tools to modernize workflows and enhance analytic rigor.
• Experience with Python/R scientific computing libraries (NumPy, Pandas, etc.)
• Experience applying machine learning or statistical modeling techniques (e.g., regression, clustering, classification, time-series analysis) to mission datasets.
• Proficiency in data preprocessing, feature engineering, and preparing structured/unstructured datasets for advanced analysis.
• Ability to evaluate model performance, conduct error analysis, and effectively communicate model results to both technical and non-technical audiences.
• Experience operationalizing analytic models into repeatable pipelines supporting intelligence production at scale.
• Understanding of modern data science best practices, including model governance, reproducibility, transparency, and lifecycle management.
• GEOINT / Multi-INT Core Tradecraft Support GEOINT analysis using imagery, spatio-temporal datasets, and multi-source intelligence to uncover relationships, trends, and mission-relevant events.
• Conduct multi-INT research to augment imagery analysis and provide mission-specific context.
• Demonstrated ability to lead technical and analytical teams in solving complex intelligence problems.
• Experience developing new geospatial tradecraft, methods, and technologies from an operations research perspective.
• Ability to identify system enhancements, capability gaps, new technologies, and business case opportunities that strengthen mission delivery.

What Would Be Nice to Have:

• Experience building and maintaining GEOINT, SIGINT, or OSINT datasets aligned to mission requirements.
• Ability to design and deliver briefings, demonstrations, and training events for users at all skill levels across mission applications.
• Experience supporting DoD and IC report production, briefings, and formal analytic publications.
• Ability to extract, model, and visualize multi-INT datasets for both descriptive and predictive analysis.
• Hands-on experience working with FADE tools (MIST, INTELBOOK, LINX, WATCH BOX) to discover and refine analytical insights.
• Proficiency with statistical and visualization tools (e.g., Tableau, MATLAB, Brewlytics, JEMA, MapLarge) for advanced statistical analysis and visualization of large datasets.
• Knowledge of Structured Observation Management tools and/or Object-Based Production methodologies.
• Experience in applying deep learning or computer vision techniques (e.g., CNNs, segmentation, object detection) to GEOINT or multi-INT datasets.
• Familiarity with distributed analytics frameworks such as Spark, Dask, or Ray. Experience building analytic dashboards or applications using frameworks.
• Experience with API-driven ingestion, ETL pipelines, or microservice-based analytic architectures.
• An understanding of Transnational Criminal Organizations (TCOs) operating within the USSOUTHCOM AOR
• An understanding of coca cultivation and production areas Familiarity with Intelligence Community Directive (ICD) 203 (Analytic Standards) and ICD 206
• An understanding of how to operationalize the analytic output—shape/frame it in a way that supports operational planning

#LI-GM1

The GNC Engineer V/VI is a senior-level individual contributor role responsible for leading the design, development, and optimization of advanced guidance, navigation, and control systems for UAS. This position involves driving innovation in flight controls software, mentoring junior engineers, and collaborating across disciplines to deliver cutting-edge UAS technologies. Engineers in this role will contribute to strategic initiatives, ensure high performance in flight control systems, and lead efforts from concept to flight testing.

Responsibilities:

• Technical Leadership: Lead the design, analysis, and development of flight controls software for Group 1 to 4 UAS.

• Software Development: Architect and implement advanced software components for deployment to flight tests.

• Simulation Expertise: Oversee the creation and execution of high-fidelity SWIL and HWIL simulations to validate system performance.

• Advanced Modeling: Develop and refine complex models in Matlab/Simulink, ensuring accuracy and performance optimization.

• Controls Analysis: Perform advanced stability and performance analyses, providing guidance on control system optimization.

• Mentorship: Mentor and train junior engineers, fostering technical growth and team collaboration.

• Cross-Functional Collaboration: Drive effective communication and alignment across engineering disciplines to meet project objectives.

• Innovation and R&D: Lead research initiatives in advanced flight control methodologies, embedded systems, and auto-code generation.

• Documentation and Review: Produce comprehensive technical documentation and lead peer review processes to ensure quality and compliance.

Qualifications:

• Education: Master’s degree in Aerospace Engineering, Mechanical Engineering, or a related field.

• Experience: 10+ years of experience in flight controls engineering, with at least 5 years in UAS applications.

• Skills:

  • Expertise in Matlab/Simulink and auto-code generation for embedded systems.

  • Advanced knowledge of control theory, flight dynamics, and embedded systems.

  • Experienced in state estimation and Kalman filtering.

  • Proven ability to run and analyze SWIL and HWIL simulations.

  • Strong leadership and project management skills.

  • Effective communication and collaboration skills.

  • Familiarity with Group 1-4 UAS flight controls and avionics suites.

• Preferred Qualifications:

  • Experience leading multi-disciplinary engineering teams.

  • Knowledge of advanced control techniques and optimization algorithms.

  • History of contributing to successful flight test programs and R&D projects.

Pay Range by Level:

Level V - $188,000 - $216,000

Level VI - $216,000 - $250,000

#LI-AW1

We are currently looking for a GNC Engineer III/IV to join our software and flight test group in Fort Walton Beach, FL. In this role, you'll play a crucial part in designing, analyzing, and building flight controls software for UAS. You will work closely with the engineering team to develop new software components, build models in Matlab/Simulink, run high-fidelity SW and HW in the loop simulations, and generate auto-code for embedded systems. Peer review and effective communication across disciplines are critical to improving the design cycle.

Responsibilities:

• Design, analyze, and build flight controls software for groups 1 to 4 UAS
• Develop software components for deployment to flight test
• Create and modify software modules in the Zone 5 avionics suite
• Perform controls analysis to assess stability and performance
• Run high-fidelity SW and HW in the loop simulations
• Generate auto-code for embedded systems
• Design ground tests to verify the function of new features
• Support integration and test of aircraft for flight test
• Conduct peer reviews and collaborate with cross-functional teams

Qualifications:

• Bachelor's degree in Aerospace Engineering, Mechanical Engineering, or related field
• 5+ years of experience in flight controls engineering for UAS
• Proficiency in Matlab/Simulink
• Strong problem-solving skills
• Effective communication and collaboration skills

Preferred Qualifications:

• Master’s degree in aerospace engineering or related field
• Experience with Group 1-4 UAS flight controls software design
• Knowledge of embedded systems and auto-code generation
• Ability to mentor and train junior engineers

Pay Range by Level:
Level III - $131,000 - $158,000

Level IV - $158,000 - $188,000

#LI-AW1