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Rf Module Design Engineer Jobs in Buffalo, NY (NOW HIRING)

ACV

Electrical Engineer IV

Buffalo, NY · On-site

$127K - $159K/yr

A Engineer IV, Electrical to drive the design, validation, and production-grade deployment of our ... Package and integrate high-performance edge compute modules (e.g., NVIDIA Jetson) with multiple ...

ACV

Embedded Systems Engineer IV, R&D

Buffalo, NY · On-site

$139K - $174K/yr

You will design, develop, and optimize high-performance software running on a variety of embedded ... modules to custom ARM architecture. This role requires a unique blend of scrappy, proof-of-concept ...

SLK America Inc.

angular web developer

Buffalo, NY · On-site

... to design and build scalable, secure, cloud-native web applications for enterprise-wide Risk ... Standalone components (module-less architecture) * Signals for state management * Enhanced ...

Chipton Ross

Electronic Technician 2

Buffalo, NY · On-site

$70.04/hr

Experience testing and troubleshooting RF and digital equipment. * Experience working with test ... Normally assigned in area such as development, engineering, test equipment design, or the like.

Viridi

Production Technician

Buffalo, NY

$23 - $28/hr

... modules, packs, and related energy storage components in accordance with engineering and quality ... design improvements * Follow all safety protocols, including those related to DC battery systems ...

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All JobsRf Module Design Engineer JobsRf Module Design Engineer Jobs in Buffalo, NY

Rf Module Design Engineer information

See Buffalo, NY salary details

$70.2K

$125.9K

$164.2K

How much do rf module design engineer jobs pay per year?

As of Jul 6, 2026, the average yearly pay for rf module design engineer in Buffalo, NY is $125,923.00, according to ZipRecruiter salary data. Most workers in this role earn between $106,600.00 and $141,400.00 per year, depending on experience, location, and employer.

What does an RF Module Design Engineer do?

An RF Module Design Engineer specializes in designing, developing, and testing radio frequency (RF) modules used in a variety of wireless communication devices. They are responsible for creating circuit layouts, selecting components, and ensuring the modules meet performance, reliability, and regulatory standards. Their work often involves simulation, prototyping, and troubleshooting to optimize signal integrity and minimize interference. RF Module Design Engineers collaborate closely with hardware, software, and testing teams to integrate their modules into larger systems. This role is essential in industries such as telecommunications, aerospace, and consumer electronics.

What is the difference between Rf Module Design Engineer vs RF System Engineer?

AspectRf Module Design EngineerRF System Engineer
CredentialsBachelor's or Master's in Electrical Engineering, RF certificationsBachelor's or Master's in Electrical or RF Engineering, RF certifications
Work EnvironmentDesign labs, R&D departments, manufacturing facilitiesSystem integration labs, testing environments, R&D teams
Industry UsageWireless device manufacturing, telecom, consumer electronicsWireless networks, telecom infrastructure, system-level design

Both roles require strong RF engineering knowledge and similar educational backgrounds. The Rf Module Design Engineer focuses on designing and developing RF modules, while the RF System Engineer works on integrating RF components into complete systems. Understanding these differences helps in choosing the right career path or job search focus.

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

To thrive as an RF Module Design Engineer, you need strong expertise in RF circuit design, electromagnetic theory, and a relevant engineering degree, such as electrical or electronics engineering. Familiarity with tools like ADS, HFSS, and network analyzers, plus knowledge of industry standards and certifications such as IPC, is highly valued. Attention to detail, problem-solving abilities, and effective communication are crucial soft skills for collaborating with cross-functional teams and troubleshooting complex issues. These competencies ensure the development of high-performance, reliable RF modules that meet stringent industry requirements.

What are some common challenges faced by RF Module Design Engineers during the product development cycle?

RF Module Design Engineers often encounter challenges such as minimizing interference and signal loss, ensuring compliance with international wireless standards, and integrating modules into compact device enclosures without sacrificing performance. Balancing trade-offs between power consumption, cost, and performance is also a frequent consideration. Collaboration with cross-functional teams, such as PCB layout engineers and system architects, is essential to address these challenges and deliver robust, manufacturable designs.
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Rf Module Design Engineer jobs near you
Project Engineer-Mechanical

Project Engineer-Mechanical

Samco Technologies Inc

Buffalo, NY • On-site

Full-time

Posted 24 days ago

Job description

Salary: 80000-95000

Position Summary:
In support of the Companys primary and single most important objective which is TO GET AND KEEP PROFITABLE CUSTOMERS, this individual is responsible for developing detailed mechanical and structural designs on a project-to-project basis. Successes of the position are measured via the following key indicators:
Working safely and meeting all environmental standards of the customer, OSHA, and the employer
Designing systems and equipment that meet project specifications, satisfy applicable regulatory requirements, remain within budgetary constraints, minimize field installation time, and avoid the need for rework
Timely and accurate completion of drawings and other related paperwork

Position Responsibilities:
Develop detailed mechanical and structural designs on a project-by-project basis, including the execution of all design activities
Create process plant and structural steel skid-mounted unit assembly drawings and plant general arrangement drawings using Autodesk Inventor, in collaboration with a multidisciplinary project team
Perform structural analysis and part modeling in Autodesk Inventor, maintaining the part library
Develop part specifications and assembly bills of materials
Support purchasing and manufacturing teams with activities related to assembly construction
Develop detailed assembly field installation instructions
Coordinate activities with the shop to ensure accurate implementation of designs
Conduct shop inspections and document results
Demonstrate multi-tasking skills to manage concurrent design and development efforts
Communicate effectively with colleagues and supervisors to clarify instructions and coordinate work
Perform other job-related tasks as requested and follow any additional instructions as needed

Core Competencies (Mandatory):
Ability to create detailed drawings of assemblies for customer approval and shop construction
Proficiency in reading and interpreting P&IDs
Expertise in modeling process piping and structural steel assemblies using Autodesk
Ability to implement customer piping and other specifications during the design process
Strong knowledge of process equipment such as pressure vessels, pumps, pipes, valves, fittings, and structural steel shapes

Skills and Qualifications:
Bachelors degree in Mechanical Engineering Technology or related field
Mechanical Engineering BS degree preferred
Skilled in AutoCAD, Autodesk Inventor, PID, and 3D modeling
Excellent computer skills, with a strong proficiency in Autodesk Inventor, including Frame Generator and Tube & Pipe modules
Excellent verbal and written communication skills

Working Conditions:
Standard office environment
Field construction environment
Manufacturing/factory environment

Physical Requirements:
Standard physical requirements for a typical office environment
Field/in-plant physical activities (e.g., climbing, lifting, standing, and walking continually)
Hearing and visual acuity necessary to be aware of and manage safety hazards and environmental issues in the manufacturing and field settings