Full-Time

Head of Internal Communications

Waymo

Waymo

1,001-5,000 employees

Self-driving technology platform with licensing

Compensation Overview

$238k - $294k/yr

+ Bonus + Equity

Company Historically Provides H1B Sponsorship

Mountain View, CA, USA

Hybrid

Hybrid role; travel <5%; may require occasional SF office visits.

Category
Growth & Marketing (1)

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Requirements
  • 15+ years of experience in internal communications, corporate communications, or a related field, with at least 3+ years specifically in a people management role leading a team of mid-to-senior level professionals.
  • Proven track record in a high-growth tech environment, with demonstrated experience distilling complex technical subject matter (e.g. AI, robotics, or engineering) into clear, engaging content for diverse audiences.
  • Experience supporting C-Suite executives, including ghostwriting, speechwriting, and providing direct strategic counsel on complex organizational changes or business shifts.
  • Demonstrated success managing large-scale internal events (e.g., global All-Hands, product launches, etc.) for a workforce of at least 1,000+ employees across multiple geographic locations.
  • Proficiency in communication tech stacks and analytics, specifically using tools like GChat, internal intranets, and email marketing platforms to track and report on engagement KPIs and sentiment data.
  • Exceptional project management skills, with a concrete history of managing multiple high-priority cross-functional projects simultaneously and meeting tight deadlines in a fast-paced environment.
Responsibilities
  • Team & Resource Management: Lead a team of three FTEs to deliver high-quality content, events, and communications counsel to executives.
  • Manage their professional development while balancing the team's capacity against the high-velocity needs of the business.
  • Strategic Storytelling Synthesis & Curation: Partner with cross-functional leaders to extract high-priority technical and commercial developments, distilling them into the most relevant need-to-know insights for the broader company.
  • Ensure Waymonauts are the first to know of major developments - ahead of seeing them in headlines.
  • Omnichannel Programming: Oversee the end-to-end execution of high-impact touchpoints (monthly all hands meetings, Brown Bags, Intranet, team chat threads, etc.) to drive consistent awareness across different time zones and job functions.
  • Executive Visibility & Enablement: Partner with leadership to distill complex business strategies and technological roadmaps into transparent communications, ensuring executives are equipped to champion the company’s vision authentically.
  • Cross-Functional Connectivity: Lead your team to surface stories that build enthusiasm and technical understanding of our autonomous driving systems.
  • Engagement Analytics: Establish and monitor OKRs to measure the effectiveness of internal reach and sentiment, using data to pivot strategies through the team and business’ global scale.
Desired Qualifications
  • Experience in mobility industry: Prior experience in the autonomous vehicle industry, robotics, or a complex mobility-as-a-service (MaaS) business, providing an immediate understanding of the industry’s unique safety and regulatory nuances.
  • International scale experience: A history of managing internal communications for a workforce transitioning from US-centric operations to a global footprint, including experience with localized messaging and cultural sensitivities.
  • Creative content production: Hands-on experience or creative direction in multimedia storytelling, such as internal podcasts, video production, or high-end visual design to elevate engagement beyond text-based updates.
  • Change management certification: Formal training or certification in change management methodologies (e.g., Prosci or ADKAR) to help lead the organization through large-scale pivots or business model evolutions.
  • Crisis communications background: Experience working alongside PR or Legal teams to manage internal messaging during high-pressure situations or external media scrutiny.
  • Community building mentality: A track record of launching employee resource groups (ERGs) or cultural initiatives that foster a sense of belonging in a hybrid or geographically distributed work environment.

Waymo develops the Waymo Driver, a self-driving system that combines sensors, hardware, and software to drive vehicles without a human. It perceives the environment, predicts others’ actions, plans routes, and controls the vehicle, and it is used in partner vehicles as well as Waymo's own ride-hailing and delivery services. The company differentiates itself with large-scale deployment across passenger and freight, tight integration of hardware, software, and fleet operations, and a data-driven development approach. Its goal is to provide safe, reliable driverless transportation for people and goods, improving safety and efficiency in mobility and logistics.

Company Size

1,001-5,000

Company Stage

Late Stage VC

Total Funding

$27.1B

Headquarters

Mountain View, California

Founded

2009

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Simplify Jobs

Simplify's Take

What believers are saying

  • Commands 70% of U.S. autonomous ride-hailing miles as the industry leader[1]
  • Multi-layered sensor blend enables safe navigation in chaotic urban environments like San Francisco[2]
  • Fully autonomous system lets passengers relax from pickup to destination without driving knowledge[5]

What critics are saying

  • Expensive LiDAR hardware makes the system unscalable compared to Tesla's cheaper camera-only approach[4]
  • Geofenced Operational Design Domain restricts service to defined 50-square-mile areas only[2]
  • High unit costs and restricted deployment may hinder profitability despite proven safety advantages[4]

What makes Waymo unique

  • Waymo Driver fuses LiDAR, radar, and cameras for redundancy unmatched by vision-only rivals[1][2]
  • Operates the only true Level 4 commercial service at scale versus Tesla FSD's Level 2[1]
  • Over 200 million real-world miles in complex cities fuel superior predictive AI versus highway-only tests[2]

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Benefits

401(k) Company Match

Performance Bonus

Company Equity

Hybrid Work Options

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

0%

2 year growth

-1%
Alliance for Innovation and Infrastructure
Jul 9th, 2026
Robots under arrest - traffic violations in the autonomous era.

Robots under arrest - traffic violations in the autonomous era. on July 9, 2026 As the number of autonomous vehicles (AVs) rise in the United States, questions are raised on how and who to keep accountable. A recent article in the Los Angeles Times covered that July 1st, 2026 will mark the day where police will be able to ticket AV vehicle manufacturers for road infractions in California. The change is part of new regulations surrounding Assembly Bill 1777. The bill, announced by the California Department of Motor Vehicles (DMV), will be able to "authorize peace officers, as defined, to issue of notices of autonomous vehicle noncompliance upon observing an alleged violation of the Vehicle Code or upon observing an alleged violation of a local traffic ordinance adopted pursuant to the Vehicle Code by an autonomous vehicle while the autonomous technology is engaged." Essentially, human passengers of driverless vehicles will not be responsible for infractions committed by the AVs, and the law would allow violations to be issued to their vehicle manufacturer. There is justification for this, as human decisions remain the thing being policed, even if the responsible party is one or more links backward in the chain of causation. Under the new law, if there is a collision caused by a driverless car, an officer can issue a violation that will notify the manufacturer's designated person to arrive at the scene. If a traffic stop is not conducted, an officer can provide a copy of the violation to the DMV and the manufacturer within 72 hours of an incident. Waymo, a subsidiary technology company of Alphabet Inc, has been working on nationwide robotaxi service for years. A competitor to taxis and other app-based driver service providers such as Uber and Lyft, the company opened the driverless service to the public in San Francisco before quickly expanding to Los Angeles in 2023. The top Waymo "cities" now include the San Francisco Bay Area at 1,000+ vehicles and Los Angeles at 700 vehicles. Two major California cities being epicenters for these robotaxis is no coincidence, with Waymo LLC headquartered in Silicon Valley. In 2024, Waymo driverless vehicles in Los Angeles received 75 tickets with $543 in fines, igniting discussion around robotaxi regulation. That same year, Waymo vehicles in San Francisco received 589 tickets in parking violations, with the robots incurring $65,065 in fines. Incidents such as a police officer pulling an autonomous vehicle over after it made an illegal U-turn have illuminated accountability issues for this new form of transportation. It is therefore not surprising that many have been calling for Assembly Bill 1777 to be updated. The first piece of legislation drafted for autonomous vehicles on the federal level in the United States was the SELF DRIVE Act in 2017. It managed to pass the U.S. House of Representatives but not both Chambers of Congress. Under the 2017 SELF DRIVE Act, the U.S. Department of Transportation (DOT) would be required to access safety certifications for development of AVs. With a focus on automated driving system (ADS) vehicles, the purpose of the Act was to "ensure continued United States leadership in the global automotive and autonomous driving sector, improve road safety, mobility, and accessibility, and create American jobs by creating rules and regulations that relate to the design, construction, and performance of ADS-equipped vehicles and by encouraging the testing and deployment of such vehicles." The SELF DRIVE Act clarified that driverless vehicles must conform to the law and be capable of dynamic driving tasks (DDT). Representative Robert "Bob" Latta introduced the Act years before Waymo launched their autonomous vehicle service for the public. The SELF DRIVE Act of 2026, a new bill introduced by Rep. Latta, would update the Act for this new era of AVs. It expands upon previous ADS terminology to provide more specific regulation for driverless vehicles. Discussion continues on a federal and state level about how to regulate and monitor AVs on the road. The new regulation for Assembly Bill 1777 allowing AV vehicle manufacturers to be ticketed in California is a step in the right direction - at least for that state and as a model for others to trial. Once in effect for a period of time, it will also produce valuable data to guide future reforms and other policymaker efforts. The bill is significant not only for robotaxi regulation but driverless vehicle regulation more broadly in the United States. Despite the contentious debate around the role of self-driving vehicles in modern America, it is important for new legislation and prudent regulatory oversight to continue being developed to find and hold those responsible for automated system failure. The Alliance for Innovation and Infrastructure (Aii) is an independent, national research and educational organization. An innovative think tank, Aii explores the intersection of economics, law, and public policy in the areas of climate, damage prevention, energy, infrastructure, innovation, technology, and transportation.

Southern Worldwide Logistics
Jun 23rd, 2026
Waymo recalls self-driving cars due to construction zone hazard.

Waymo recalls self-driving cars due to construction zone hazard. admin June 23, 2026 SouthernWorldwide.com - Waymo, the autonomous vehicle company owned by Alphabet, has initiated a voluntary recall affecting 3,871 of its vehicles. This recall is specifically for those equipped with the company's 5th Generation Automated Driving System. The issue, as reported to the National Highway Traffic Safety Administration (NHTSA), involves a software vulnerability that could potentially allow a Waymo vehicle to mistakenly enter a closed freeway construction zone and continue driving. In response to this safety concern, Waymo is temporarily halting its freeway operations. The company is actively working on a software fix to address the problem. This recall brings to the forefront critical questions regarding the ability of robotaxis to navigate the dynamic and often unpredictable conditions that human drivers encounter daily. WAYMO UNDER FEDERAL INVESTIGATION AFTER CHILD STRUCK The recall has been assigned NHTSA Campaign Number 26E035000. It specifically targets the 3,871 Waymo vehicles that utilize the company's 5th Generation Automated Driving System (ADS). According to the official filing with federal authorities, the autonomous system may allow a vehicle to enter and proceed at speed within freeway construction zones. This is attributed to the software's potential failure to accurately recognize such zones or a tendency to prioritize avoiding other perceived freeway hazards. Waymo's internal timeline indicates that the first series of incidents occurred in Phoenix. The company documented one such event on April 11 and five more on April 19, where vehicles drove past ramp closure signs and entered pre-planned freeway construction zones. Following these events, similar issues were reported in the San Francisco Bay Area. On May 18, seven Waymo vehicles were observed entering active freeway construction lanes by driving between cones. The federal filing states that in these instances, the system either failed to identify the construction zone or assigned greater importance to avoiding other road hazards. Waymo initially restricted its freeway driving capabilities after the Phoenix incidents, implementing operational changes. However, after the San Francisco Bay Area events, the company broadened the suspension of freeway driving while it conducted a thorough investigation to pinpoint and resolve the root causes of these failures. Importantly, Waymo has stated that no collisions or injuries were reported in connection with these specific incidents. Nevertheless, the company acknowledges that its review prompted the temporary restriction of freeway operations as it develops and deploys additional software safeguards. The federal filing details that Waymo will update the Automated Driving System to enhance its ability to detect and avoid entering construction zones. The proposed remedy also includes the implementation of additional operational protocols to further bolster safety. As Waymo is the owner of all affected vehicles, the company will be responsible for applying the remedy directly. An update to the filing will be submitted once the software fix has been successfully deployed. A Waymo spokesperson provided a statement to CyberGuy, saying: "Waymo's mission is to be the world's most trusted driver, and the data shows that Southern Worldwide is making roads safer in the communities in which Southern Worldwide operate. Southern Worldwide identified an area of improvement regarding performance around freeway construction zones. Southern Worldwide voluntarily restricted freeway operations last month while making improvements, proactively notified state and federal regulators, and decided to file a voluntary software recall with NHTSA. Southern Worldwide continue to safely serve riders on surface streets in all the cities where Southern Worldwide operate." Waymo's own safety documentation offers further context. The company reports that its rider-only vehicles have accumulated 170.7 million miles driven without human intervention as of December 2025. Furthermore, Waymo claims that its "Waymo Driver" has been involved in 92% fewer serious injury-or-worse crashes compared to an average human driver over the same distance in its operating cities, though this safety data primarily focuses on surface-street driving. WAYMO DRIVERLESS CARS OVERRUN ATLANTA NEIGHBORHOOD, CIRCLING CUL-DE-SACS AND ALARMING FAMILIES WITH KIDS Construction zones are inherently dynamic environments. Lane markings can disappear, cones can be repositioned, and temporary signage may contradict the established road layout that a vehicle expects. Even experienced human drivers can become disoriented when a familiar route is suddenly obstructed. For an autonomous vehicle, these evolving conditions present a complex, real-time software challenge. The vehicle must interpret what constitutes a lane, a barrier, a sign, or a hazard. It also needs to adapt when its internal map no longer aligns with the physical reality of the road. While freeways are designed for predictability, construction zones introduce a significant element of unpredictability. Even with advanced sensors, detailed maps, and sophisticated trained models, a driverless system must consistently make the safest decision when the road environment changes without prior warning. Waymo began offering freeway rides to the public in the San Francisco Bay Area, Phoenix, and Los Angeles in November 2025. The company has also been actively expanding its ride-hailing services. According to Waymo's official blog, the company is laying the groundwork for ride-hailing operations in over 20 additional cities by 2026, including major international hubs like Tokyo and London. This recall directly impacts the core promise of robotaxis. The expectation is that robotaxis will reduce the incidence of human error on the road. However, the reality of road conditions often proves more complex than software can easily process in real-time. This discrepancy can lead to a trust deficit. While the public generally accepts that human drivers make mistakes and can understand their reasoning, a bad decision by a driverless car can feel more disconcerting, especially when there is no human driver to assume responsibility. Public perception of Waymo will not solely be based on its safety statistics. It will also be shaped by unusual incidents observed on the road, viral videos, and the company's responsiveness in addressing problems as they arise. For current Waymo riders, the immediate implication of this recall is that freeway rides may be temporarily unavailable. Waymo has confirmed that its surface-street services continue to operate normally in all its service areas. However, routes that would typically utilize freeways might take longer to complete. Before booking a ride, it is advisable to check the route, fare, and estimated travel time within the app. During the ride, users are encouraged to utilize the in-app support options if they encounter any issues. Waymo advises riders to tap "Help," select "Get help," and then call for immediate assistance. In emergency situations, users should dial 911. For those sharing the road with robotaxis, it is recommended to treat them as any other vehicle but to exercise extra caution around construction zones. Drivers should not assume that a driverless car will perceive a temporary closure in the same way a human driver would. Maintaining a safe distance and staying attentive, particularly in challenging road conditions, is advised. Your smartphone contains a wealth of personal information, including emails, passwords, photos, and banking applications. In a recent CyberGuy Live replay, Kurt the CyberGuy provided a step-by-step guide on simple phone security enhancements. The session covered improving privacy settings, identifying the latest phone scams, utilizing trusted security tools, and offered a practical checklist for staying protected. The replay and checklist are available at: CyberGuyLive.com. WAYMO TEAMS UP WITH WAZE TO SPOT POTHOLES FASTER While Waymo's safety data is impressive and should not be disregarded, this recall underscores how quickly public confidence can be eroded when a robotaxi encounters a complex and fluid road situation. Construction zones are ubiquitous, their conditions can change rapidly, and they often pose challenges even for human drivers. This highlights the critical need for driverless cars to be thoroughly prepared for such scenarios before widespread deployment on freeways. Ultimately, the true test for Waymo lies not in its ability to navigate clear roads, but in its capacity to make the safest decision when the road environment undergoes sudden and significant changes. Post Views: 9

The European Business Review
Jun 19th, 2026
Waymo recalls nearly 3,900 robotaxis after construction zone incidents.

Waymo recalls nearly 3,900 robotaxis after construction zone incidents. June 19, 2026 Waymo is recalling nearly 3,900 robotaxis across the United States after several vehicles entered freeway construction zones where they were not supposed to operate. The issue affected cars using the company's fifth-generation self-driving system and follows reports of incidents in Phoenix and San Francisco. While no serious injuries were reported, the company acknowledged that driving into closed construction areas could increase the risk of accidents. The recall comes at an important time for Waymo as it continues to expand its robotaxi service across major cities. The company said it identified a weakness in how its software handled certain freeway construction situations and has already limited freeway operations while engineers work on a fix. Riders can still use the service on regular city streets in all markets where Waymo operates. This is the second voluntary recall announced by Waymo in recent months. Earlier this year, the company updated its software after some vehicles drove into flooded areas. Regulators have also reviewed incidents involving school buses and traffic disruptions during power outages, raising questions about how self-driving vehicles handle unusual road conditions. Even so, Waymo remains the largest commercial robotaxi operator in the United States and is preparing to expand internationally. The latest recall shows that while autonomous driving technology continues to improve, companies still face challenges when vehicles encounter situations that fall outside normal driving conditions. Looking for clarity amid constant change? TEBR Leader's Digest is a weekly editorial briefing for decision-makers seeking insight, context, and trusted thinking. By submitting this form, you are consenting to receive marketing emails from: EBR MEDIA, 3 - 7 Sunnyhill Road, London, SW16 2UG, GB. You can revoke your consent to receive emails at any time by using the SafeUnsubscribe(R) link, found at the bottom of every email. Emails are serviced by Constant Contact.

Fixstars Corporation
Jun 15th, 2026
Event report: real-world AI Safety insights from Waymo at the Embedded Vision Summit.

Event report: real-world AI Safety insights from Waymo at the Embedded Vision Summit. miho.yoneda | June 15, 2026 | Edge Robotics At the recent Embedded Vision Summit, Chen Wu, Head of Perception at Waymo, gave an insightful presentation titled "Building Trustworthy Autonomous Driving Systems: Waymo's Holistic AI Safety Approach." The session offered a rare look into how one of the industry leaders scales autonomous driving technology from a pure engineering standpoint. For those of Fixstars Corporation focused on performance engineering and embedded AI optimization, the data presented was highly relevant. Waymo is now running a full-scale public service, facilitating over 500,000 paid rides per week across 11 major U.S. cities, with active testing expanding to London and Tokyo. Their numbers show an 92% reduction in serious injury crashes compared to human drivers over the same mileage. Achieving this level of reliability requires a tight integration between advanced AI models and the physical hardware on the vehicle - a core challenge Fixstars Corporation tackle every day. Handling the edge cases of multi-modal sensor fusion. During her talk, Wu demonstrated how the "Waymo Driver" navigates complex, chaotic situations, such as a motorcyclist falling directly in front of the vehicle or pedestrians appearing from unexpected blind spots at night. A particularly striking example was a severe dust storm in Phoenix. While the vehicle's high-definition cameras saw nothing but an opaque yellow fog, the onboard LiDAR and Radar sensors perfectly tracked a pedestrian standing on the side of the road. Waymo relies heavily on this 360-degree multi-modal sensor fusion to ensure zero blind spots under any weather condition. From a performance engineering perspective, integrating data from LiDAR, Radar, cameras, and microphones in real time creates a massive computational burden. Furthermore, autonomous driving stacks are rapidly shifting from traditional CNNs to complex Transformers and large Vision-Language Models (VLMs) to handle sophisticated semantic reasoning. Running these multi-layered workloads natively on a vehicle under strict latency, power, and thermal limits is incredibly difficult. This is exactly where its work at Fixstars comes into play. Through dedicated AI model porting, quantization, and hardware-specific optimization, Fixstars Corporation resolve these processing bottlenecks so that vehicles can analyze critical environmental changes in milliseconds without overloading the hardware. Onboard deterministic control and hardware optimization. Another core theme of Waymo's architecture is its component-based safety approach. Instead of relying on an end-to-end "black box" model, Waymo breaks the driving pipeline down into distinct components - perception, prediction, and planning - all backed by a deterministic safety guardrail layer. This architecture was further explained during the Q&A when an audience member asked if human operators remotely steer the vehicles during tricky edge cases. Wu clarified that remote steering is not used because network latency makes it inherently unsafe. Instead, Waymo uses a system called Remote Assistance. The onboard AI maintains absolute control over steering and braking, but it can query a remote operator for high-level guidance (e.g., "Is this lane permanently closed due to construction?"). The human provides a simple confirmation, and the car's local system safely executes the path. This reliance on local, deterministic processing highlights a major engineering reality: safety-critical edge applications cannot depend on the cloud or tolerate sluggish execution. Every component must be optimized to run efficiently on the vehicle's specific chip architecture. At Fixstars, Fixstars Corporation has spent years bridging the gap between cutting-edge software and complex automotive silicon. For example, its experience includes co-developing optimization toolsets for the automotive R-Car SoC, enabling advanced ADAS and autonomous features to run at peak efficiency. Whether optimization is targeted at GPUs, NPUs, or FPGAs, ensuring that a model behaves predictably and fast on production-grade chips is essential to moving autonomous driving from a prototype to a commercial reality. Conclusion. The evolution of autonomous driving AI is moving faster than ever. As models expand to handle unpredictable human behaviors, the underlying software must keep pace. A driving algorithm is only as good as its execution speed; it has to process safety logic before a collision becomes unavoidable. By continuously refining its performance engineering methodologies, Fixstars Corporation help its partners push their embedded models to the hardware limit, ensuring that next-generation mobility remains both smart and safe.

ADAS & Autonomous Vehicle International
May 29th, 2026
Waymo starts public rides with new Ojai robotaxi in Los Angeles, San Francisco and Phoenix.

Waymo starts public rides with new Ojai robotaxi in Los Angeles, San Francisco and Phoenix. Waymo has announced that it will begin welcoming its first public riders to its latest robotaxi model, the Ojai, in the coming weeks. The company says the vehicle has been designed to feel less like a traditional car and more like its namesake - an "oasis on wheels". The Ojai will be the first vehicle to debut the sixth-generation Waymo Driver. When riders enter through the elevator-style doors, they step into a spacious cabin that has been designed for ease of access, with a low step-in height and a fully flat floor. Three large LED screens enable passengers to personalize aspects of the journey, including temperature and audio. The company says additional rider features will be introduced over time to further customize the experience. The Ojai is a rider-first platform designed for fully autonomous ride-hailing, developed with input from riders and community partners. It includes a range of integrated convenience features. Accessibility elements include embedded braille, screen-reader compatibility and a seat-integrated handle to assist passengers when entering or exiting the vehicle.