ZipRecruiter

Log In

1

Rf Development Engineer Jobs in Kentucky (NOW HIRING)

Storage Solutions Inc

Software Engineer

Erlanger, KY · On-site +1

The Warehouse System is deployed in environments ranging from simple RF/manual workflows to highly ... Support the development and configuration of our Warehouse System using C#/.NET technologies ...

Storage Solutions Inc

Software Engineer

Erlanger, KY · On-site +1

The Warehouse System is deployed in environments ranging from simple RF/manual workflows to highly ... Support the development and configuration of our Warehouse System using C#/.NET technologies ...

Raytheon

Senior Electrical Design Engineer

Louisville, KY

$99.90K - $134.50K/yr

Radio Frequency (RF) and Electromagnetic coursework and/or laboratory * Knowledge of high-level ... This includes all production and maintenance employees, as they are essential to the development of ...

Bertelsmann

SAP Developer

Louisville, KY · On-site

This will take a solid understanding of SAP, strong development capabilities, understanding ... Deep understanding of Logistics with integrated WM with HU management, RF scanning, batch ...

Cencora

Warehouse Manager

Brooks, KY · On-site

... non-RF-enabled environment, managing warehouse personnel and ensuring compliance with company ... Knowledge of warehouse operations and systems, engineered standards and regulatory compliance ...

People also search for

All JobsRf Development Engineer JobsRf Development Engineer Jobs in Kentucky

Rf Development Engineer information

What are the key skills and qualifications needed to thrive as an RF Development Engineer, and why are they important?

To thrive as an RF Development Engineer, you need a solid background in electrical engineering, strong understanding of RF circuit design, and a relevant degree such as a B.S. or M.S. in Electrical Engineering. Familiarity with simulation tools like ADS, HFSS, or CST, as well as experience with network analyzers and spectrum analyzers, is typically required. Excellent problem-solving skills, attention to detail, and effective communication help you collaborate with teams and troubleshoot complex issues. These skills are crucial for developing reliable RF systems that meet performance standards and project requirements.

What are some typical challenges an RF Development Engineer faces when working on new wireless products?

RF Development Engineers often encounter challenges such as minimizing signal interference, ensuring regulatory compliance, and optimizing circuit layout for performance and manufacturability. Collaborating closely with hardware, firmware, and testing teams is essential to quickly address issues like electromagnetic compatibility or unexpected test results. Staying up-to-date with evolving communication standards and troubleshooting complex integration problems are also common aspects of the role. These challenges make adaptability and strong problem-solving skills valuable assets in this position.

What are RF Development Engineers?

RF Development Engineers are specialized professionals who design, develop, and test radio frequency (RF) systems and components used in wireless communication devices and networks. Their work often involves creating circuits, antennas, and modules that operate at high frequencies, ensuring optimal performance and regulatory compliance. They collaborate closely with hardware engineers, software developers, and testing teams to integrate RF solutions into products like smartphones, satellite systems, and radar equipment. RF Development Engineers also troubleshoot signal issues, analyze system performance, and help improve device efficiency and connectivity.

What is Rf Engineer salary?

The average salary for an RF Development Engineer typically ranges from $80,000 to $130,000 annually, depending on experience, location, and industry. Senior roles or those with specialized skills in RF design, testing, and simulation tools may earn higher compensation. Certifications and a strong understanding of RF systems can also influence salary levels.

What is the difference between Rf Development Engineer vs Rf Test Engineer?

AspectRf Development EngineerRf Test Engineer
CredentialsBachelor's or higher in Electrical Engineering, RF or CommunicationsBachelor's or higher in Electrical Engineering, RF or Communications
Work EnvironmentDesign, develop, and optimize RF circuits and systemsTest and validate RF products and prototypes
Industry UsageResearch and development, product designQuality assurance, testing labs, manufacturing

While both roles require similar educational backgrounds and work in RF and communications industries, the Rf Development Engineer focuses on designing and developing RF components, whereas the Rf Test Engineer specializes in testing and validating these components to ensure performance and quality.

What are popular job titles related to Rf Development Engineer jobs in Kentucky? For Rf Development Engineer jobs in Kentucky, the most frequently searched job titles are:
What job categories do people searching Rf Development Engineer jobs in Kentucky look for? The top searched job categories for Rf Development Engineer jobs in Kentucky are:
What cities in Kentucky are hiring for Rf Development Engineer jobs? Cities in Kentucky with the most Rf Development Engineer job openings:
Rf Development Engineer jobs near you
R&D Embedded Design Engineer

R&D Embedded Design Engineer

Car Keys Express

Louisville, KY

Full-time

Posted 11 days ago

Car Keys Express rating

4.9

Company rating: 4.9 out of 10

Based on 6 frontline employees who took The Breakroom Quiz

Job description

R amp;D Embedded Design Engineer
Purpose
Deliver advanced engineering solutions through the integration of mixed-signal, microprocessor-based, and FPGA-based hardware subsystems. The role also includes significant involvement in algorithm development and encryption research.
Summary
A significant portion of the employee’s role will involve researching new technologies and applying those insights to the development of new products. They bring a strong engineering background and the ability to address complex problems quickly and effectively. As an Embedded Design Engineer, they are expected to have experience across a wide range of microprocessor-based development platforms, with particular expertise in resource-constrained systems where efficiency and optimization are critical.
Duties Critical to Success
  • Perform R amp;D tasks which lead to the development of future products or embedded subsystems.
  • Development of desktop or mobile applications to perform engineering analysis or develop customized production tools.
  • Develop desktop and mobile applications for engineering analysis and customized production tools.
  • Train and mentor employees in reverse engineering techniques and procedures.
  • Apply reverse engineering tools and methods to identify key functions and processes in integrated circuits, board-level systems, and embedded software.
  • Contribute to team-based problem solving and project planning.
Knowledge, Skills and Abilities Critical to Success
  • Design, analysis, and implementation of communications protocols in Radio Frequency (RF) devices, and/or common automotive data buses
  • Schematic capture and PCB layout for internal development boards and production products
  • Experience with reverse engineering processes and procedures
  • Software development experience for embedded systems
  • Experience in serial communication protocols e.g., I2C, SPI, UART etc.
  • Knowledge of cryptography, including stream and block ciphers, hashing algorithms, and pseudo-random number generation
  • Logic design experience, preferably with familiarity in VHDL or Verilog modeling
  • Ability to design and develop test/programming fixtures, including necessary hardware/software interfaces
  • Familiarity with applying artificial intelligence (AI) techniques to improve embedded system efficiency and optimize development processes is desirable
Deliverables
  • RKE/PKE systems for a wide range of vehicles, contributing to 1-2 product designs per year
  • Contributions to product-related patents
  • Hardware or software tools for advanced signal or behavioral analysis using analog and/or digital subsystems
  • Production test fixtures to support our internal production line as needed
Relations to supervisory and subordinating roles within the company
Immediate Supervisor: R amp;D Manager or NPI Manager
Direct Reports: None
Job specifications, standards, and requirements
  • BS/MS degrees in electrical, electronics, or computer engineering. At least 3-4 years of industry experience that demonstrates success delivering embedded projects
  • Mixed-signal design and analysis skills (board or ASIC level)
  • Experience in qualifying products through all phases of FCC certification
  • C, C++, Python, or Labview software development experience
  • Experience on a broad range of computing platforms
  • Excellent teamwork and communication skills
Essential Job Functions (ADA-Compliant)
The following essential job functions are fundamental to the successful performance of the Embedded Design Engineer role and cannot be eliminated or significantly modified without changing the nature of the position:
Physical Requirements
  • Ability to sit, stand, walk, or remain in a stationary position for extended periods as required by job tasks
  • Adequate hearing and vision (corrected or uncorrected) to perform job duties, including reading printed materials, viewing screens, communicating via telephone or computer, and understanding verbal communication in various settings
  • Adequate vision, including close-up work, to inspect small components and read detailed instructions
  • Sufficient auditory capacity to follow verbal instructions and hear alerts from production equipment
  • Vision abilities required include close, distance, color vision, depth perception, and the ability to adjust focus
  • Capacity for peripheral vision and depth perception to safely navigate workspaces
  • Manual dexterity and coordination sufficient for typing, data entry, and computer use
  • Manual dexterity to handle small parts, hand tools, and assembly fixtures in a safe and efficient manner
  • Manual dexterity to work with delicate electronic components, small tools, and precision devices requiring fine motor skills
  • Ability to use and wear personal protective equipment (PPE) as required by the work environment
  • Ability to operate lab equipment as needed for purposes such as prototype testing and quality assurance
  • Ability to speak clearly and be understood to convey instructions and exchange information
  • Ability to communicate clearly and professionally, both verbally and in writing, with individuals and groups in person, via virtual meetings, and over the phone
Work Environment
  • Ability to travel to various locations, including client sites, field locations, or training venues
  • Capacity to work in diverse environments, which may include office settings, manufacturing or production areas, outdoor locations, or client facilities, sometimes with varying temperatures, noise levels, or exposure to dust, fumes, or chemicals

Apply