GreenWave Radios

Ultra low power RF signal processing

Lead Engineer Design Verification

Hardware Validation & TestingConfirmed live in the last 24 hours

Full-timeBengaluru, Karnataka, IndiaIn-person

About the Job

Requirements

A Bachelor's and/or Master's degree in Engineering (or equivalent) in EC, EE, or CS is required.
At least 8 years of design verification experience, with strong expertise in constrained-random verification, functional and code coverage, assertion-based verification, gate-level simulation, and reference-model-based verification is required.
Proven expertise developing and verifying IP, subsystem, and SoC-level designs using SystemVerilog, C/C++, and UVM is required.
Strong hands-on experience integrating Python/C++ reference models into SystemVerilog/UVM environments, including developing agents, scoreboards, predictors, and reusable verification components for networking and packet-processing blocks is required.
Experience verifying O-RAN-based packet-processing systems and/or ARM Cortex-based CPU subsystems, including memory-mapped interfaces, interconnects, interrupts, and hardware/software co-verification is required.
Hands-on experience with on-chip interconnect protocols, particularly AMBA AXI/AHB, as well as high-speed interfaces and communication protocols, including PCIe, Ethernet, and SerDes, is required.
A strong understanding of digital design verification methodologies and the full verification lifecycle, including test planning, testbench development, test execution, debugging, regression, and coverage closure, is required.
Proficiency in SystemVerilog, Verilog, UVM, C/C++, and scripting languages including Python, Perl, Tcl, and Shell is required.
Experience with Cadence vManager for verification metrics extraction, regression management, coverage analysis, and coverage closure is required.
Experience with Git for version control, JIRA for issue tracking, and standard documentation and productivity tools is required.
The ability to collaborate effectively across design, verification, firmware, and system engineering teams is required.

Responsibilities

Verify ARM Cortex-based CPU subsystems and/or O-RAN packet-processor blocks using internally developed Python reference models as part of the Design Verification team.
Verify high-speed interfaces, including PCIe, Ethernet, and other SerDes-based interfaces.
Develop, maintain, and execute SystemVerilog/UVM-based testbench environments to verify RTL designs with bit-accurate and cycle-accurate reference models.
Develop SoC-level verification environments by reusing verification components developed at IP and subsystem levels and supporting constrained-random and directed testing, stimulus generation, and integration of custom and off-the-shelf VIP/UVCs.
Verify ARM Cortex-based CPU subsystems, including CPU-to-peripheral communication, memory-mapped register accesses, interconnects, interrupt handling, and CPU interactions with hardware accelerators and networking blocks.
Develop and execute verification plans based on design specifications, collaborating with architects, RTL designers, firmware engineers, and cross-functional teams.
Develop hardware/software co-verification environments, including testbenches, use cases, APIs, and sequences; execute and debug software-driven verification scenarios.
Integrate Python/C++ reference models with UVM environments and develop reusable verification components, including drivers, monitors, agents, scoreboards, predictors, and protocol checkers.
Apply constrained-random verification, functional and code coverage, assertions, and regression testing to identify design issues and achieve verification coverage closure.
Collaborate with firmware teams to transition design-verification sequences and test scenarios into firmware drivers and software-driven validation flows.
Support hardware emulation, FPGA prototyping, and hardware-assisted verification activities.
Develop and maintain automated verification and regression flows using Python, Perl, Tcl, and Shell scripting.
Contribute to advanced verification methodologies, including transaction-level modelling, emulation/acceleration, and software-driven verification.

InnoPhase Inc., DBA GreenWave Radios™, is at the forefront of innovation in Open RAN digital radios. Our cutting-edge solutions, powered by the Hermes64 RF SoC, are designed to enhance network energy efficiency while dramatically reducing operational expenses, with purpose-built silicon that is the heart of ORAN-based active antenna arrays.

Headquartered in San Diego, California, GreenWave Radios™ has established itself as a pioneer in delivering power-efficient digital-to-RF solutions. The company is supported by a talented team of over 100 engineers spread across four global R&D facilities. With an extensive portfolio of more than 120 global patents, GreenWave Radios™ continues to push the boundaries of radio technology and innovation.

To learn more about GreenWave Radios™ and hear what our employees have to say, visit the GreenWave™ certification profile at GreatPlacetoWork.com or explore our Home - GreenWave Radios website.

InnoPhase Inc., DBA GreenWave™ Radios and Synergic Emergence have a co-employment relationship. For over three years, GreenWave Radios has partnered with Synergic Emergence, a professional employment organization provider, to offer our employees the best benefits and services. This arrangement means that Synergic Emergence provides employee pay checks and benefits, and GreenWave Radios will provide employment, evaluation, and advancement. By outsourcing some HR functions, GreenWave Radios can focus on what we do best – developing and implementing highly innovative SOC cellular radio integrated circuit products.

Job Description

InnoPhase Inc., DBA GreenWave™ Radios Bangalore is looking for a Lead Engineer - Design Verification to join our fast-paced and motivated team to drive excellence in our 5G products. This role is an excellent opportunity for someone that enjoys driving the critical path and making a significant impact in launching products into the market and winning!

Key Responsibilities

Work as part of the Design Verification (DV) team to verify ARM Cortex-based CPU subsystems and/or O-RAN Packet Processer blocks using internally developed Python reference models.
Work on verification of high-speed interfaces, including PCIe, Ethernet and other SerDes-based interfaces.
Develop, maintain, and execute SystemVerilog/UVM-based testbench environments to verify RTL designs with bit-accurate and cycle-accurate reference models.
Develop SoC-level verification environments, reusing verification components developed at IPs/ Subsystem and supporting constrained-random and directed testing, stimulus generation, and integration of custom and off the shelf VIP/UVCs.
Verify ARM Cortex-based CPU subsystems, including CPU-to-peripheral communication, memory-mapped register accesses, interconnects, interrupt handling, and CPU interactions with hardware accelerators and networking blocks.
Develop and execute comprehensive verification plans based on design specifications, collaborating closely with architects, RTL designers, firmware engineers, and cross-functional teams.
Develop hardware/software (HW/SW) co-verification environments, including testbenches, use cases, APIs, and sequences; execute and debug software-driven verification scenarios.
Integrate Python/C++ reference models with UVM environments and develop reusable verification components, including drivers, monitors, agents, scoreboards, predictors, and protocol checkers.
Apply constrained-random verification, functional and code coverage, assertions, and regression testing to identify design issues and achieve verification coverage closure.
Collaborate with firmware (FW) teams to transition DV sequences and test scenarios into firmware drivers and software-driven validation flows.
Support hardware emulation, FPGA prototyping, and hardware-assisted verification activities.
Develop and maintain automated verification and regression flows using Python, Perl, Tcl, and Shell scripting.
Contribute to advanced verification methodologies, including transaction-level modelling (TLM), emulation/acceleration, and software-driven verification.

Job Requirements

Bachelor's and/or Master's degree in Engineering (or equivalent) in EC/EE/CS.
8+ years of experience in design verification with strong expertise in constrained-random verification, functional and code coverage, assertion-based verification, gate-level simulation (GLS), and reference-model-based verification.
Proven expertise in developing and verifying IPs, subsystem, and SoC-level designs using SystemVerilog, C/C++ and UVM.
Strong hands-on experience integrating Python/C++ reference models into SystemVerilog/UVM environments, including developing agents, scoreboards, predictors, and reusable verification components for networking and packet-processing blocks.
Experience in verifying O-RAN based packet processing systems and/or ARM Cortex-based CPU subsystems including memory-mapped interfaces, interconnects, interrupts, and hardware/software co-verification.
Hands-on experience with on-chip interconnect protocols, particularly AMBA AXI/ AHB, as well as high-speed interfaces and communication protocols, including PCIe, Ethernet, and SerDes.
Strong understanding of digital design verification methodologies and the complete verification lifecycle, including test planning, testbench development, test execution, debug, regression, and coverage closure.
Proficiency in SystemVerilog, Verilog, UVM, and C/C++, along with scripting languages such as Python, Perl, Tcl, and Shell.
Experience with Cadence vManager for verification metrics extraction, regression management, coverage analysis, and coverage closure.
Strong debugging and problem-solving skills, including waveform analysis, assertion-based verification, functional coverage, and code coverage analysis.
Experience with Git for version control, JIRA for issue tracking, and standard documentation and productivity tools.
Strong communication and collaboration skills, with the ability to work effectively across design, verification, firmware, and system engineering teams.

Benefits:

Competitive salary and stock options.
Learning and development opportunities.
Employer paid health Insurance.
Earned, Casual, Sick & parental leaves.

About the Company

GreenWave Radios

Ultra low power RF signal processing

GreenWave Radios designs energy-efficient RF systems around a specialized hardware architecture called a non-linear Radio Processing Unit (nRPU). Its radios run software-defined protocol personalities that can implement many RF standards on a single hardware platform. The core idea is to execute diverse radio functions in software on the nRPU, achieving much lower power consumption than typical radios while preserving flexibility. This approach lets GreenWave Radios support multiple radio standards and features on one hardware base, enabling easier updates and customization without swapping hardware. The company’s goal is to provide ultra-low-power, flexible radios that can support a wide range of protocols efficiently, addressing the demand for long-lasting, adaptable wireless devices.

Company size: 51-200
Company stage: Not listed
Total funding: Not listed
Headquarters: San Diego, CA
Founded: 2013

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