For Regina Carto, the mission of making vehicles safer is not just a professional responsibility—it is a deeply personal calling. As Vice President of Global Product Safety, Systems, and Certification at General Motors, Carto leads a dedicated team of engineers whose work sits at the very heart of modern automotive innovation. Their objective is clear but complex: to design vehicles that not only protect occupants during a crash but also help prevent accidents altogether.
Carto’s role places her at the intersection of engineering precision, human behavior, and real-world impact. Every decision made by her team carries the weight of human lives, and that responsibility fuels a culture defined by passion, empathy, and relentless pursuit of improvement. While many automotive roles focus on performance, design, or efficiency, Carto’s work is centered on something even more fundamental—ensuring that every driver, passenger, and pedestrian has the best possible chance of staying safe.
A Legacy That Shapes the Future
The foundation of this mission is rooted in a long-standing tradition of safety innovation at General Motors. As early as 1934, GM became the first automaker to conduct crash barrier testing—an unprecedented step that marked the beginning of systematic vehicle safety research. Over the decades, the company continued to push boundaries, most notably by pioneering the crash test dummy family that remains an industry benchmark today.
This legacy is not just a historical footnote; it actively shapes how Carto and her team approach their work today. There is a palpable sense of pride among GM engineers, but it is coupled with an equally strong sense of responsibility. The team understands that past achievements set high expectations, and maintaining leadership in safety requires constant curiosity and innovation.
Engineers within Carto’s division are driven by an almost obsessive attention to detail. They analyze fractions of millimeters and milliseconds—tiny variables that can mean the difference between life and death in a collision. Problem-solving is not just a task for them; it is a source of genuine excitement. When a breakthrough is achieved, the satisfaction is visible, reflecting the deep emotional investment they have in their work.
The Human Stories Behind the Data
While engineering data, simulations, and crash tests form the backbone of vehicle safety development, Carto often emphasizes the human side of the equation. One of the most powerful sources of motivation for her team comes from letters sent by customers who have survived serious accidents.
These letters are not just testimonials—they are deeply emotional accounts of lives saved or injuries mitigated thanks to the safety features built into GM vehicles. When shared within the team, they often evoke strong emotional responses, including tears. For many engineers, these stories provide a direct connection between their technical work and its real-world impact.
Such moments reinforce the importance of their mission. They serve as a reminder that behind every data point is a human life, and behind every design improvement is the potential to prevent tragedy. Despite the progress made over decades, crashes and injuries still occur, which means the work is far from finished. This ongoing challenge keeps the team motivated and focused on continuous improvement.
Beyond Crash Protection: Preventing Accidents
A common misconception about vehicle safety is that it revolves solely around crash performance. However, Carto is quick to point out that modern safety strategies extend far beyond what happens during a collision. Prevention is just as important—if not more so.
Advanced driver assistance systems (ADAS) play a critical role in this effort. These technologies are designed to help drivers avoid accidents altogether or reduce their severity when they do occur. Features such as forward collision alerts, automatic emergency braking, and lane-keeping assistance are becoming increasingly standard, even in more affordable vehicles.
At GM, Carto’s team is particularly proud of making key safety and driver assistance features accessible across a wide range of vehicles, including models priced at or below $30,000 in the United States. This democratization of safety technology ensures that protection is not limited to premium vehicles but is available to a broader segment of drivers.
In addition to technological solutions, the team also focuses on influencing driver behavior. Features like Buckle to Drive encourage seatbelt usage by preventing the vehicle from shifting out of park until the driver is buckled in. Similarly, the Rear Seat Reminder system uses simple algorithms to prompt drivers to check the back seat, helping to prevent tragic incidents involving children or pets being left behind.
Designing for Real People
One of the most complex challenges in vehicle safety is accommodating the vast diversity of human body types. People vary widely in size, shape, age, and physical condition, and safety systems must be effective for all of them.
To address this, GM has been a pioneer in developing diverse crash test dummies. Starting in the early 1970s, the company introduced standardized dummies that represented different body types. Over time, this evolved into a comprehensive “family” of dummies, ranging from newborn infants to large adult males.
Notably, GM began using a crash test dummy representing a fifth-percentile female in the 1980s—decades before such testing became a regulatory requirement. The company also developed specialized tools, such as abdominal inserts, to simulate pregnant occupants and study how restraint systems perform in such scenarios.
These efforts have had a significant impact on improving safety outcomes across all demographics. Research has shown that testing with diverse dummies contributes to reduced fatalities and injuries, particularly for groups that were historically underrepresented in safety testing, such as women and children.
The Role of Simulation and Technology
In today’s automotive landscape, computer simulation has become an indispensable tool in vehicle development. Carto’s team leverages advanced modeling techniques to design and evaluate safety systems long before a physical prototype is built.
Virtual testing offers several advantages. It accelerates development timelines and allows engineers to explore a wide range of scenarios that would be impractical or impossible to replicate in physical crash tests. For example, a single physical test provides data for one specific set of conditions, whereas virtual simulations can analyze countless variations by adjusting parameters such as speed, angle, and occupant position.
This approach, known as variation analysis, enables engineers to identify potential weaknesses and optimize designs more effectively. However, simulation does not replace physical testing—it complements it. Data from real-world crash tests is used to validate and refine virtual models, ensuring that simulations remain accurate and reliable.
A Culture of Collaboration and Accountability
Achieving high levels of vehicle safety requires more than just advanced technology—it demands a strong organizational culture. Carto emphasizes the importance of creating an environment where safety is a shared priority and where individuals feel empowered to speak up when something does not seem right.
Collaboration is key. Safety considerations must be integrated into every stage of vehicle development, from initial design and engineering to manufacturing and quality control. This requires close coordination between multiple teams, including designers, engineers, and user interface specialists.
Even seemingly small decisions, such as the placement of alerts or warnings within the vehicle, can have a significant impact on safety. Ensuring that these elements are intuitive and effective requires input from various disciplines and a willingness to consider diverse perspectives.
Conflict, when managed constructively, is also an important part of the process. Differing opinions can lead to better solutions, as long as they are explored openly and resolved with the goal of achieving the best possible outcome for customers.
The Invisible Impact of Safety
One of the unique aspects of Carto’s work is that its success often goes unnoticed. Ideally, customers will never have to experience the full capabilities of their vehicle’s safety systems. A well-designed safety feature is one that operates seamlessly in the background, providing protection without drawing attention to itself.
However, this invisibility does not diminish its importance. On the contrary, it underscores the value of the work being done. Every time a driver reaches their destination safely, there is a complex network of systems and engineering decisions working quietly behind the scenes.
Carto believes that customers should feel a sense of confidence and peace of mind when they get behind the wheel. Knowing that their vehicle has been designed and built by people who genuinely care about their safety can make a significant difference in how they perceive and trust their vehicle.
A Mission That Never Ends
For Regina Carto and her team, the pursuit of safer vehicles is an ongoing journey. Despite decades of progress and countless innovations, there is always more to be done. New technologies, changing driving behaviors, and evolving mobility trends present both challenges and opportunities.
The ultimate goal remains constant: to protect lives. Whether through preventing accidents, improving crash outcomes, or designing systems that accommodate all types of occupants, every effort contributes to this mission.
In the end, what sets Carto and her team apart is not just their technical expertise, but their unwavering commitment to making a difference. Their work is driven by a profound sense of purpose—one that transforms engineering into something deeply human.
And while the road ahead may be long, it is one they are determined to navigate with innovation, compassion, and an unrelenting focus on safety.
Source Link:https://news.gm.com/
