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Remote Rfic Design Engineer Jobs in Boston, MA (NOW HIRING)

VHB

Senior Signal Engineer Designer

Boston, MA · Remote

Remote working possible, must be within VHB office footprint* VHB's Transit and Rail group is ... The company's comprehensive services encompass funding, design, permitting, construction planning ...

VHB

Senior Signal Engineer Designer

Boston, MA · Remote

Remote working possible, must be within VHB office footprint* VHB's Transit and Rail group is ... The company's comprehensive services encompass funding, design, permitting, construction planning ...

SBT

Director, Physical Design Engineering

Boston, MA · Remote

... Design Engineering to build and lead a PD organization from the ground up. This is a highly ... This role is remote with occasional travel to the on‑site location. Seniority level Director ...

NAVA Software Solutions

AI Engineer - Remote

Boston, MA · On-site +1

AI Engineer Location: 100% Remote Duration: 6+ month contract-to-hire Interviews: 2 rounds Top ... Design, develop, and deploy Decision Intelligence & AI-enabled products. * Work in Agile teams with ...

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Remote Rfic Design Engineer information

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$19

$55

$79

How much do remote rfic design engineer jobs pay per hour?

As of Jun 18, 2026, the average hourly pay for remote rfic design engineer in Boston, MA is $55.07, according to ZipRecruiter salary data. Most workers in this role earn between $42.55 and $67.12 per hour, depending on experience, location, and employer.

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

To thrive as a Remote RFIC Design Engineer, you need a solid background in electrical engineering, expertise in RF circuit design, and experience with semiconductor design processes, often supported by a relevant degree. Proficiency with industry-standard EDA tools such as Cadence Virtuoso, ADS, and simulation tools, as well as familiarity with layout and verification processes, is typically required. Strong problem-solving skills, effective communication, and self-motivation are crucial soft skills for collaborating remotely and delivering complex projects. These competencies ensure high-quality, innovative RFIC solutions are developed efficiently, even in distributed work environments.

What is the difference between Remote Rfic Design Engineer vs Remote RF Engineer?

AspectRemote Rfic Design EngineerRemote RF Engineer
CredentialsBachelor's or higher in Electrical Engineering, RF or CommunicationsBachelor's or higher in Electrical Engineering, RF or Communications
Work EnvironmentDesign labs, remote collaboration, CAD toolsField testing, lab work, remote analysis
Industry UsageWireless device manufacturers, telecom companiesTelecom providers, wireless equipment firms
Job FocusDesign and development of RFIC components and circuitsDesign, testing, and optimization of RF systems and components

Both roles require similar educational backgrounds and industry experience, but the Remote Rfic Design Engineer primarily focuses on designing RF integrated circuits, while the Remote RF Engineer works on broader RF systems and testing. The choice depends on whether you prefer circuit design or system-level work within the wireless industry.

What are Remote RFIC Design Engineers?

Remote RFIC (Radio Frequency Integrated Circuit) Design Engineers are specialized electrical engineers who design, test, and optimize integrated circuits used in radio frequency applications, such as wireless communications, radar, and IoT devices. Working remotely, they use electronic design automation (EDA) tools to create schematics, layout designs, and verify circuit performance, often collaborating with teams across different locations. Their work is crucial for developing chips that enable high-speed, reliable wireless communication in products like smartphones, Wi-Fi routers, and satellite systems.

What are some typical challenges faced by Remote RFIC Design Engineers, and how can they be addressed?

Remote RFIC Design Engineers often encounter challenges such as coordinating with cross-functional teams across different time zones and ensuring seamless communication during the design and verification phases. Additionally, accessing specialized lab equipment and debugging complex issues remotely can be demanding. These challenges can be mitigated by leveraging collaborative design tools, maintaining clear documentation, and scheduling regular virtual meetings to stay aligned with the team. Proactive communication and efficient use of remote access to simulation and testing resources are key to maintaining productivity in this role.
What are the most commonly searched types of Rfic Design Engineer jobs in Boston, MA? The most popular types of Rfic Design Engineer jobs in Boston, MA are:
What are popular job titles related to Remote Rfic Design Engineer jobs in Boston, MA? For Remote Rfic Design Engineer jobs in Boston, MA, the most frequently searched job titles are:
What job categories do people searching Remote Rfic Design Engineer jobs in Boston, MA look for? The top searched job categories for Remote Rfic Design Engineer jobs in Boston, MA are:
Remote Rfic Design Engineer jobs near you
Solar PV Design Engineer

Solar PV Design Engineer

Eagle Creek Renewable Energy, LLC

Boston, MA • Remote

Full-time

Posted 16 days ago

Job description

About the role: We are a rapidly growing community solar developer seeking a Solar PV Design Engineer to support the origination, development, and advancement of distributed generation and community solar projects across New York, Illinois, Massachusetts, and Maryland.
This role is focused on development-stage engineering, conceptual design, energy modeling, and project optimization. The successful candidate will work directly with development, interconnection, real estate, and project execution teams to evaluate new opportunities, maximize project value, and reduce development risk.
Unlike a traditional EPC engineering role, this position emphasizes site feasibility analysis, conceptual layouts, PVsyst modeling, utility coordination, and strategic project development support rather than detailed construction engineering.
The ideal candidate is comfortable evaluating multiple sites simultaneously, making design recommendations with limited information, and supporting investment decisions throughout the project development lifecycle.
This position is classified as remote, with candidates expected to work east coast (EST) business hours. Key Responsibilities: Site Feasibility & Conceptual Design
  • Develop conceptual site layouts for community solar projects throughout the development process.
  • Evaluate greenfield and brownfield sites for solar development suitability.
  • Identify and quantify development constraints including environmental setbacks, wetlands, topography, floodplains, utility easements, zoning requirements, and access considerations.
  • Create optimized layouts that maximize project economics while maintaining constructability and permitting viability.
  • Support land acquisition and origination teams through rapid site assessments and technical due diligence.
Energy Modeling & Project Optimization
  • Develop and maintain bankable energy production models using PVsyst.
  • Perform sensitivity analyses evaluating equipment selection, tracker configuration, terrain impacts, row spacing, and system losses.
  • Support project financing and investment decisions through production forecasting and technical analysis.
  • Continuously optimize project designs to improve energy yield, project returns, and overall portfolio value.
Utility & Interconnection Support
  • Support utility interconnection applications and technical reviews.
  • Coordinate with utilities, consultants, and engineering partners throughout the interconnection process.
  • Maintain familiarity with community solar utility requirements and interconnection processes across major development markets including New York, Illinois, Massachusetts, and Maryland.
Development Engineering
  • Provide technical support to development teams throughout the project lifecycle.
  • Review surveys, environmental reports, geotechnical studies, and utility documentation.
  • Coordinate with civil, structural, and electrical engineering consultants as projects advance through development.
  • Support permitting efforts through preparation of technical exhibits, site plans, and engineering documentation.
  • Assist with project budgeting, preliminary engineering cost estimates, and development risk assessments.
Cross-Functional Collaboration
  • Partner closely with Development, Real Estate, Interconnection, Finance, and Construction teams.
  • Present technical recommendations that support project investment decisions.
  • Support a growing pipeline of projects at varying stages of development.
  • Contribute to continuous improvement of development engineering standards, tools, and workflows.
Required Qualifications
  • Bachelor’s degree in Electrical Engineering, Civil Engineering, Renewable Energy Engineering, or related technical discipline.
  • 1–5 years of experience supporting solar PV project design or development.
  • Experience with community solar, distributed generation, or utility-scale solar projects.
  • Strong proficiency in PVsyst.
  • Working knowledge of AutoCAD.
  • Understanding of utility interconnection processes and solar development workflows.
  • Ability to evaluate sites and make design recommendations with limited information.
Preferred Qualifications
  • Experience supporting projects in New York, Illinois, Massachusetts, or Maryland.
  • Experience designing AgPV projects.
  • Knowledge of NYSERDA NY-Sun, Illinois Shines, Massachusetts SMART, and Maryland Community Solar programs.
  • Engineer-in-Training (EIT) certification.
Why Join Us:This role provides a unique opportunity to influence project development decisions from the earliest stages of project origination through construction. The successful candidate will play a critical role in shaping a growing portfolio of community solar assets while working alongside experienced development professionals in one of the fastest-growing segments of the renewable energy industry.

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