Springfield, AR · On-site +1
$80 - $100/hr
Requirements CEdge has an opportunity for a Systems Engineer (Expert-Level) , located in ... remote sensing, image science, information sciences, geographic information systems, geomatics, or ...
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Springfield, AR · On-site +1
$80 - $100/hr
Requirements CEdge has an opportunity for a Systems Engineer (Expert-Level) , located in ... remote sensing, image science, information sciences, geographic information systems, geomatics, or ...
Little Rock, AR · On-site +1
$58K - $129K/yr
Duties of the Healthcare Engineer include, but are not limited to: * Determines the requirements for healthcare projects in relation to the needs of the Healthcare System, inclusive of the parent ...
Little Rock, AR · On-site +1
$58K - $129K/yr
Duties of the Healthcare Engineer include, but are not limited to: * Determines the requirements for healthcare projects in relation to the needs of the Healthcare System, inclusive of the parent ...
$30.6K - $41.6K
3% of jobs
$41.6K - $52.5K
1% of jobs
$52.5K - $63.5K
6% of jobs
$63.5K - $74.5K
7% of jobs
$79.6K is the 25th percentile. Wages below this are outliers.
$74.5K - $85.5K
15% of jobs
The median wage is $93.8K / yr.
$85.5K - $96.4K
22% of jobs
$96.4K - $107.4K
15% of jobs
$111.9K is the 75th percentile. Wages above this are outliers.
$107.4K - $118.4K
12% of jobs
$118.4K - $129.4K
7% of jobs
$129.4K - $140.3K
6% of jobs
$140.3K - $151.3K
4% of jobs
$30.6K
$97.3K
$151.3K
A Remote RF Engineer is a professional who designs, analyzes, and optimizes radio frequency (RF) systems while working remotely. They focus on tasks such as network planning, signal analysis, interference mitigation, and equipment testing for industries like telecommunications, aerospace, and defense. Using specialized software and tools, they ensure effective wireless communication without being physically present at a work site. This role requires knowledge of RF principles, antenna design, and wireless standards. Strong problem-solving skills and experience with RF simulation tools are essential for success in this position.
To thrive as a Remote RF Engineer, you need a strong background in radio frequency theory, wireless communication, circuit design, and a relevant engineering degree. Familiarity with RF simulation tools (such as CST, HFSS, or ADS), spectrum analyzers, and certifications like a Professional Engineer (PE) license or relevant vendor certifications are highly valued. Excellent problem-solving, self-management, and clear written and verbal communication skills distinguish top candidates. These skills are crucial as RF Engineers must independently analyze, design, and troubleshoot complex wireless systems while effectively collaborating with distributed teams.
As a Remote RF Engineer, your daily responsibilities often include designing, simulating, and testing RF circuits and systems, diagnosing performance issues, and optimizing wireless networks from a remote location. You may collaborate virtually with cross-functional teams, prepare technical reports, and participate in project meetings. Many remote RF Engineers also support field teams by analyzing remote test data and providing guidance on troubleshooting. The role requires strong self-discipline and proactive communication to ensure timely project delivery and effective teamwork.
$80 - $100/hr
Full-time
Retirement, PTO
Posted 26 days ago
Overall Assignment Description:
Expert-level Systems Engineers assist in leading engineering teams in taking a multi-discipline approach to requirements engineering, solutions engineering, scheduling, reliability, resiliency, services development, integration, test and evaluation, maintainability and analysis across the National System of Geospatial-intelligence (NSG), Allied System of Geospatial-intelligence (ASG) and Federal Agencies to ensure timely and accurate GEOINT.
Duties may include:
· Assists the Government in directing requirements engineering, solutions engineering, scheduling, reliability, resiliency, services development, integration, test and evaluation, maintainability and analysis across the National System of Geospatial-intelligence (NSG), Allied System of Geospatial-intelligence (ASG) and Federal Agencies.
· Assists with the planning, analysis/traceability of user requirements, architectures traceability, procedures, and problems to automate or improve existing systems and review cloud service capabilities, workflow, and scheduling limitations.
· Advises the Government on proposed changes to the solutions designs based on analysis of requirements and new technology.
· Assists the Government in the capture and translation of mission and customer requirements/needs into systems/capability requirements and solutions.
· Supports the analyses and allocation of requirements to systems architecture components and executing programs.
· Assists the Government in performing systems integration activities.
· Assist in leading Analysis of Alternatives (AoAs), Course of Actions (CoAs), Trade Studies, and Engineering Assessments.
· Assists the Government in strategic technical planning, project management, performance engineering, risk management and interface design.
· Provides expert advice to the Government in the areas of relating vision, strategy, plans, needs, requirements, and process and capability developments.
· Operates at the level of integrating multiple Major Systems Acquisitions across organizational, agency, department, and governmental/national boundaries.
· Oversees and coordinates the work of Senior-, Mid-, and Junior-level contractor Systems Engineers.
Skills and Experience:
Required:
· Bachelor’s degree or higher in Systems Engineering or in a related technical or
scientific fields such as Engineering, Physics, Mathematics, Operations Research, Engineering Management, Computer Science, Information Technology, Management Information Systems, or related STEM degree program, or related equivalent additional experience of 4 years with no degree or 2 years with a non-STEM degree.
· 18+ years of experience working in government or industry in relevant work areas including: DoD/IC Acquisition Process, Requirements Process, PPBES Process or systems engineering of large complex System of Systems or Service Oriented Architecture environments residing in cloud, on premise, or hybrid infrastructures.
· Experience with and strong understanding of systems engineering lifecycle.
· Demonstrated knowledge of the current NSG/ASG and NRO enterprises.
· Previous NGA and/or NSG/ASG program/project work experience.
· Previous IC or DoD program/project work experience.
· TS/SCI clearance adjudication or ability to obtain SCI and pass a polygraph.
Desired:
· Master’s degree or higher in Systems Engineering or in a related technical or scientific fields such as Engineering, Physics, Mathematics, Operations Research, Engineering Management, Computer Science, Information Technology, Management Information Systems, or related STEM degree program.
· Working knowledge of Model-Based Systems Engineering, processes, tools and languages.
· Software Development Framework certification.
· INCOSE Expert Systems engineering Professional (ESEP) certification.
· Licensure as a professional engineer.
· Membership or leadership participation in any of the following professional organizations:
o ACSM
o ASCE
o ASPRS
o OGC
o SAREM
o USGIF
· Extensive work experience in the field of geospatial intelligence.
· Experience engineering solutions using Cloud-based technologies.
· Experience engineering solutions using structured and unstructured Big Data.
· Experience engineering solutions using Automation, Augmentation and Artificial Intelligence technologies.
· Demonstrated expertise in photogrammetry, remote sensing, image science, information sciences, geographic information systems, geomatics, or related fields.
