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Volunteer Rf Design Engineer Jobs in New York (NOW HIRING)

RF Design Engineer ( RF Design and Optimization) Location: Bridgewater, NJ Duration: 12+ months with a possible extension based on your performance The RF Engineer is responsible for contributing in ...

Design, analyze, and develop RF, microwave, and digital electronic circuits and subsystems ... additional voluntary benefits, EAP program, commuter benefits and a 401K plan. Our benefit ...

Digital Engineer

Melville, NY · On-site

$95K - $125K/yr

Design, analyze, and develop RF, microwave, and digital electronic circuits and subsystems ... additional voluntary benefits, EAP program, commuter benefits and a 401K plan. Our benefit ...

Electrical Design Engineer

Melville, NY · Hybrid

$100K - $125K/yr

Design and develop RF, analog, and digital printed circuit board assemblies (PCBAs) and multilayer ... additional voluntary benefits, EAP program, commuter benefits and a 401K plan. Our benefit ...

Electrical Design Engineer

Melville, NY · Hybrid

$100K - $125K/yr

Design and develop RF, analog, and digital printed circuit board assemblies (PCBAs) and multilayer ... additional voluntary benefits, EAP program, commuter benefits and a 401K plan. Our benefit ...

RF Engineer

Hauppauge, NY · Hybrid

$100K - $130K/yr

Design, develop, and test discrete and MMIC-based low noise/medium-power amplifiers * Build new RF and microwave circuits, components, and products * Perform linear and nonlinear simulations for ...

RF Engineer Duration: 06+ months with a possible extension based on your performance (only W2 ... Create site design RFDS and complete plumbing diagrams. Evaluate antennas and equipment for ...

FPGA DESIGN ENGINEER

Warren, NJ · On-site

$127K - $176K/yr

O-RAN, DSP, Xilinx FPGA, RF-SOC, PTP, Ethernet * Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field . * 10 years of experience in FPGA design and ...

IC Design Engineer

Chestnut Ridge, NY · On-site

$113K - $151K/yr

Design for manufacturability and reliability The Tools The IC Design Engineer will primarily use ... Understanding of RF design topics such as S-Parameters and matching networks * Proficiency with the ...

Design for manufacturability and reliability The Tools The IC Design Engineer will primarily use ... Understanding of RF design topics such as S-Parameters and matching networks * Proficiency with the ...

What You'll Do As an Electrical Design Engineer, you'll be instrumental in designing, developing ... Circuit Design: Architecting and implementing complex analog and digital circuits for RF, power ...

... Engineer who is excited to learn, grow, and work handson with cuttingedge electronic design. In ... Develop precision, highspeed, RF analog, and mixedsignal circuitry for nextgeneration probes and ...

High-Speed Package Design Engineer

Murray Hill, NJ · On-site

$143K/yr

Nokia Bell Labs is seeking a High-Speed Package Design Engineer to drive the design, simulation, and validation of advanced IC packages for high-performance RF, photonics, and mixed-signal systems.

... Engineer who is excited to learn, grow, and work hands-on with cutting-edge electronic design. In ... Develop precision, high-speed, RF analog, and mixed-signal circuitry for next-generation probes and ...

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Volunteer Rf Design Engineer information

What are the key skills and qualifications needed to thrive as a Volunteer RF Design Engineer, and why are they important?

To thrive as a Volunteer RF Design Engineer, you need a solid background in electrical engineering, RF circuit design, and a good understanding of electromagnetic theory, often supported by a relevant degree or coursework. Experience with RF simulation tools like HFSS, CST, or ADS, along with familiarity with PCB design software and basic test equipment, is typically required. Strong problem-solving abilities, teamwork, and effective communication are essential soft skills in this role. These skills and qualifications are crucial for designing reliable RF systems and collaborating efficiently on projects, even in volunteer or resource-limited environments.

What engineer makes $500,000 a year?

Senior RF Design Engineers with extensive experience, advanced skills in signal processing, and certifications can earn salaries approaching or exceeding $500,000 annually, especially in high-demand industries like telecommunications and aerospace. Such roles often require specialized knowledge, leadership responsibilities, and work in competitive or high-cost regions.

What is the difference between Volunteer Rf Design Engineer vs RF Design Engineer?

AspectVolunteer Rf Design EngineerRF Design Engineer
CredentialsTypically requires relevant engineering education, certifications are optionalRequires a degree in electrical engineering or related field, professional certifications preferred
Work EnvironmentNon-profit or community projects, often remote or part-timeCorporate or industrial settings, full-time roles in labs or offices
Industry UsageUsed in volunteer projects, research, or community initiativesCommon in telecommunications, aerospace, and electronics industries

Volunteer Rf Design Engineers focus on supporting projects through volunteer efforts, often with flexible hours and limited resources. RF Design Engineers work in professional settings with structured roles, higher responsibilities, and industry-standard tools. Both roles require similar technical knowledge, but differ mainly in scope, environment, and commitment.

How to volunteer for engineers without borders?

To volunteer as an engineer with Engineers Without Borders, visit their official website to find local chapters or projects and complete the volunteer application process. Relevant skills include engineering knowledge, project management, and cross-cultural communication, and some roles may require specific certifications or experience. Volunteering often involves remote collaboration or on-site work depending on project needs.

Is RF engineering in demand?

RF engineering is in high demand due to the growth of wireless communication, 5G networks, and satellite technology. RF engineers are needed to design, test, and optimize radio frequency systems, often requiring knowledge of tools like MATLAB and certifications such as FCC licensing. The field offers strong job prospects for those with specialized technical skills and experience.

What are some common challenges faced by Volunteer RF Design Engineers when working on community projects?

Volunteer RF Design Engineers often face challenges such as limited access to advanced simulation tools, budget constraints for purchasing high-quality components, and the need to balance project timelines with other professional or personal commitments. Collaboration is typically done with multidisciplinary teams, which may include non-engineers, requiring clear communication of technical concepts. Despite these hurdles, the role offers valuable experience in problem-solving and teamwork, and can significantly enhance your portfolio for future paid opportunities.

What is RF in salary?

In the context of a Volunteer RF Design Engineer, RF in salary typically refers to the base pay or total compensation associated with the role, which can vary based on experience, location, and organization. Since volunteer positions often do not offer a salary, RF-related roles may be unpaid or stipend-based, but in paid positions, RF skills are valued and can influence salary levels within engineering fields. Salary details are usually found through industry surveys or job postings specific to RF engineering roles.

What does a Volunteer RF Design Engineer do?

A Volunteer RF (Radio Frequency) Design Engineer contributes their expertise to design, test, and optimize radio frequency circuits and systems, often for nonprofit or community projects. Their tasks may include working on antenna design, RF propagation studies, and ensuring regulatory compliance of wireless devices. As volunteers, they typically assist organizations with limited resources, offering technical guidance and supporting the development of communication solutions for projects like emergency services, educational programs, or remote area connectivity.
What are the most commonly searched types of Rf Design Engineer jobs in New York? The most popular types of Rf Design Engineer jobs in New York are:
What are popular job titles related to Volunteer Rf Design Engineer jobs in New York? For Volunteer Rf Design Engineer jobs in New York, the most frequently searched job titles are:
What cities in New York are hiring for Volunteer Rf Design Engineer jobs? Cities in New York with the most Volunteer Rf Design Engineer job openings:
Infographic showing various Volunteer Rf Design Engineer job openings in New York as of July 2026, with employment types broken down into 87% Full Time, 10% Part Time, and 3% Contract. Highlights an 88% Physical, 3% Hybrid, and 9% Remote job distribution.

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Posted 16 days ago


Job description

Company Description

Aditi Staffing is an MBE certified, IT Staffing firm in the US offering contract, contract-to-hire & direct hire career opportunities with Fortune Firms. Recently recognized as one of the fastest growing staffing firms and top diversity firm by the Staffing Industry Analysts, Aditi Staffing has been a partner of choice for candidates and clients. 

Job Description

Job Title: RF Design Engineer (RF Design and Optimization)

Location: Bridgewater, NJ

Duration: 12+ months with a possible extension based on your performance


Job Description:
The RF Engineer is responsible for contributing in the RF Design of the regional wireless network. Responsibilities include but are not limited to:
Creates search areas and reviews search area candidates within geographic area by taking into consideration baseline, performance issues, capacity, topography, and population.
Working with the performance team to improve Key Performance Indicators within his/her area.
Working with traffic and implementation counterparts to understand capacity improvements needed in the network.
Create site design RFDS and complete plumbing diagrams.
Evaluate antennas and equipment for performance and future growth.
Performing radio engineering evaluations for system planning and site acquisition.
Evaluating coverage problems and requirements for coverage and capacity cells.
Utilizes propagation tools and other RF related equipment such as MapInfo, GeoPlan, ATOLL, Datapro and Nortel Performance Tool for site candidate comparison, propagation and coverage review and selection, zoning and regulatory.
Determination of regulatory coverage boundaries for extensions, FAA/FCC filings.
Review of cell sites and design for upgrades/modifications.
Prepares necessary zoning/regulatory filings for sites ensuring that compliance is met, and attends zoning meetings for assigned area as required.
Works closely with real estate team to increase efficiency, minimize cost, and streamline processes related to site acquisition, leasing, and zoning submissions.
Review real estate applications for accuracy prior to lease execution.
Conduct RFE analysis, generate required reports and documents, and ensure 100% compliance to RFE mitigation standards within the allotted time frame.
Generate and evaluate coverage and interference prediction maps.
Calculate and evaluate the effects on the received signal of path-related impairments.
Develop and analyze sectors, post construction, to optimize coverage and capacity.
Determine the required antennas for planned frequencies and their optimal positions.
Determine the required cable, antennas, and equipment to implement macro and small cell wireless network clusters.
Ensure 100% regulatory requirements are met in every phase of design project.
Evaluate site compliance with health, safety, and environmental requirements.
Perform intermodulation analyses of antenna systems and components.
As needed, calculate link budgets to evaluate system performance and reliability based on received signal level and fade margin.
Calculate the efficiency of various multiple-antenna schemes, and analyze the tradeoffs involved in selecting from among them.
Evaluate the effects of path loss on the received signal strength in various signal propagation environments (examples might include flat terrain, rolling hills, urbanized areas, and indoor environments [such as buildings or tunnels] with losses caused by walls, ceilings, etc.).
Determine parameters related to antennas (examples might include pattern, beam width, gain, distance from an antenna or array at which far field conditions apply, spacing, beam forming, tilt, and sectorization) and analyze the effects of these parameters on coverage and capacity.
Generate and evaluate coverage and interference prediction maps.
Analyze propagation modeling and "drive test" measurements and make recommendations for site optimizations.
Analyze design considerations and perform system design to eliminate coverage holes and to optimize capacity/coverage.
Evaluate site design efficiency related to handover/handoff management and inter-technology handover/handoff.
PERSONAL QUALITIES DESIRED:
Personal integrity
Timeliness
Self-starter
With initial guidance, ability to accomplish tasks with minimal supervision
Attention to detail
Proactive
Works well with others in a team environment
Excellent communication skills- written and verbal
Goal-oriented / mission focused
"Can-do" attitude
Flexibility
Superior organizational and project planning skills
TOOLS EXPERIENCE REQUIRED:
ATOLL
Siterra
MapInfo thematic map creation
Microsoft Office suite of products (advanced experience level)
Google Earth / .kml import
FCC ASR and ULS databases
Other desired tools (a plus):
Geoplan
Net Workflow
Actix
Ericsson performance tools
VBA (macro creation)
Roofview
Test equipment such as network analyzers and spectrum analyzers
DEMONSTRATED KNOWLEDGE:
4G network design and implementation
o Tasks and knowledge related to: antennas, RF engineering, transmission, reception, and propagation.
o Firm understanding of band performance capabilities and limitations.
o Demonstrated understanding of LTE KPI's and impacts of design on them.
o Planning factors for data and VoLTE.
Frequency planning / de-confliction.
Different types of losses and mitigation techniques.
Methods to calculate antenna gain and free space path loss.
The effects of outdoor terrain and indoor structures such as walls, floors, and ceilings on signal propagation.
Understanding and use of topographical maps and digital terrain databases.
Antenna system design and use including antenna types (examples might include Hex/Octo port panel, cross-pol array, etc.), antenna patterns, gain and EIRP, ERP, antenna size, antenna polarization, receive and transmit diversity, MIMO antenna systems, and proper antenna installation to provide for coverage and interference mitigation.
Macro site design considerations in urban, sub-urban, and rural environments.
Small cell design considerations in urban and sub-urban environments.

Additional Information

If this sounds interesting, please call me at

arunkr(AT)aditistaffing(DOT)com D: 1 425 256 3110

Regards

Arun Kumar