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Asic Verification Engineer Remote Jobs in Houston, TX

AVTC Group

Propulsion Engineer

Houston, TX · On-site +1

... No remote is available * Serve as the Chemical Propulsion Refueling Lead acting as the cross ... Experience coordinating space propulsion systems requirements verification and validation between ...

System One

Substation Design Engineer

Houston, TX · Remote

$100K - $128K/yr

  • Medical

  • Dental

  • Vision

  • Life

  • Retirement

  • PTO

Hybrid/Remote Substation Electrical Engineer - Grid Mid to Senior Level | Electrical Power ... Support field verification, construction coordination, and site walkdowns as required * Apply ...

System One

Substation Design Engineer

Houston, TX · Remote

$100K - $128K/yr

  • Medical

  • Dental

  • Vision

  • Life

  • Retirement

  • PTO

Hybrid/Remote Substation Electrical Engineer - Grid Mid to Senior Level | Electrical Power ... Support field verification, construction coordination, and site walkdowns as required * Apply ...

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Asic Verification Engineer Remote information

See Houston, TX salary details

$84K

$149K

$197.7K

How much do asic verification engineer remote jobs pay per year?

As of Aug 18, 2026, the average yearly pay for asic verification engineer remote in Houston, TX is $149,049.00, according to ZipRecruiter salary data. Most workers in this role earn between $129,900.00 and $167,600.00 per year, depending on experience, location, and employer.

What does an ASIC Verification Engineer do?

An ASIC Verification Engineer is responsible for ensuring that an Application-Specific Integrated Circuit (ASIC) design functions as intended before it is manufactured. They develop and implement test plans, create verification environments using hardware description and verification languages like SystemVerilog or UVM, and run simulations to detect design flaws. Working remotely, these engineers collaborate with design teams using digital tools and communication platforms to review specifications, debug issues, and validate functionality. Their work is critical to reducing errors, saving costs, and ensuring high-quality chip production.

What are the key skills and qualifications needed to thrive as an ASIC Verification Engineer remote?

To thrive as an ASIC Verification Engineer (Remote), you need a solid background in digital design, verification methodologies, and hardware description languages such as Verilog or VHDL, often supported by a degree in electrical or computer engineering. Proficiency with simulation tools (e.g., Synopsys VCS, Cadence Xcelium), scripting languages (Python, Perl), and familiarity with UVM or SystemVerilog is typically required. Strong problem-solving skills, effective communication, and the ability to work independently and collaboratively in distributed teams are valuable soft skills. These competencies are crucial for ensuring robust chip validation, efficient remote collaboration, and successful project delivery in complex hardware development environments.

What are the main challenges of working remotely as an ASIC Verification Engineer, and how can they be addressed?

One of the main challenges of working remotely as an ASIC Verification Engineer is effective collaboration with design and verification teams, especially when debugging complex issues that benefit from real-time, face-to-face communication. Additionally, accessing hardware labs or simulation environments may require coordination with on-site colleagues. To address these challenges, it’s important to leverage video conferencing, screen sharing, and collaborative project management tools. Proactively communicating your progress and questions, and establishing regular check-ins with your team, can help ensure alignment and maintain productivity in a remote setup.

What is the difference between Asic Verification Engineer Remote vs Asic Design Engineer?

AspectAsic Verification Engineer RemoteAsic Design Engineer
Required CredentialsBachelor's/Master's in Electrical Engineering or Computer Engineering; FPGA/ASIC verification certificationsBachelor's/Master's in Electrical Engineering or Computer Engineering; VLSI design certifications
Work EnvironmentRemote, collaborative teams, virtual toolsTypically in-office or hybrid, design labs, CAD tools
Industry UsageCommon in semiconductor, electronics, and tech companies

While both roles require a strong background in VLSI and digital design, Asic Verification Engineers focus on testing and validating ASIC designs remotely, whereas Asic Design Engineers are involved in creating and designing ASICs, often working on-site. The roles share similar credentials but differ in daily tasks and work environment.

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Asic Verification Engineer Remote jobs near you

BESS Fire Protection Engineer I

IS International Services

Houston, TX • Remote

$79K - $107K/yr

Full-time

Posted 26 days ago

Job description

We are seeking a highly motivated and technically skilled BESS Fire Protection Engineer I to join an industry-leading team focused on clean energy technology solutions. This specialized role bridges the gap between complex regulatory codes and actionable product requirements. The successful candidate will drive informed business and technical decisions regarding safety across product lines, field deployments, and operational risk mitigation strategies.

Position Status: Full-Time, Salaried (Exempt), base and bonus

Work Location: 100% Fully Remote

Travel Requirements: Up to 40% travel required within the Americas region

Key Responsibilities

  • Code Translation: Collaborate with multi-disciplinary stakeholders to interpret complex local and international fire code regulations, converting them into precise, actionable technical product requirements or permitting solutions.
  • Compliance Matrixes: Design, implement, and maintain exhaustive code compliance matrixes to extract and track definitive regulatory criteria across distinct deployment areas.
  • Deficiency Resolution: Proactively identify regulatory compliance gaps or unique local jurisdictional (AHJ) variances, developing robust technical workarounds and engineering solutions.
  • Risk Mitigation & Testing: Support operational aspects of corporate fire safety initiatives, validating safety parameters by defining how systems are modeled, configured, and full-scale tested for deflagration and fire propagation potentials.
  • Reporting & Visibility: Synthesize complex test data and compliance profiles into clean, visual dashboards and executive reports (using Word, Excel, PowerPoint) to drive data-backed storytelling for regional leadership.
  • First Responder Education: Develop, update, and actively conduct specialized training frameworks to prepare internal teams, client representatives, and regional Fire Departments on proper emergency/first-responder protocols during thermal events.
  • Technical Issue Management: Directly participate in technical issue resolution pipelines, streamlining communications to uncover root causes and quickly finalize systemic engineering adjustments.
  • Industry Leadership: Keep a continuous pulse on shifting global codes, codes-committee rulings, and energy storage safety benchmarks to consistently advance the baseline safety of regional product deployments.

Requirements

Strict Candidate Screening Criteria

Mandatory BESS Experience: Candidates MUST possess between two (2) and five (5) years of dedicated, direct professional experience in Battery Energy Storage Systems (BESS) Fire Protection Engineering.

Strict Exclusion: This position is centered entirely on clean energy tech, deflagration, and thermal runaway mitigation. Candidates whose background is limited primarily or solely to traditional commercial building fire sprinkler/suppression systems design will not be entertained or considered.

Technical Standards & Core Competencies

Regulatory Familiarity: Demonstrated knowledge of, or direct testing/certification exposure to, UL 9540, UL 9540A, and UL 1973 protocols.

NFPA Competency: Practical structural application of NFPA Standards 855 (Energy Storage Systems), 68 (Deflagration Venting), 69 (Explosion Prevention), 70 (NEC), 72 (National Fire Alarm Code), 110, and 111.

Core Engineering Design: Proven experience drafting core fire compliance documentation, engineering briefs, and running Computational Fluid Dynamics (CFD) fire or plume modeling simulations.

Analytical Problem Solving: Highly adept at isolating anomalies within complex data models and translating dense engineering restrictions into direct operational workflows.

Continuous Learning: A proactive curiosity and proven ability to rapidly master emerging software platforms, technical modeling tools, and evolving BESS criteria.

Required Qualifications

Formal Education: Minimum of an Undergraduate or Master's degree in Fire Protection Engineering, Mechanical Engineering, Electrical Engineering, or an equivalent technical field with verified engineering experience.

Execution & Ownership: A relentless focus on execution characterized by deep personal ownership, independent execution capabilities, and a collaborative, forward-thinking mindset.

Communication Savvy: Outstanding public presentation and relationship-building skills, with a track record of driving cross-functional alignment and clearly conveying complex hazards to non-technical audiences.

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