The future of software development is changing faster than ever, and this is having a positive impact on the delivery of technology for healthcare. With the rapid evolution of AI technologies, the traditional role of the software engineer is undergoing a profound transformation. Software engineers need to keep up with this transformation or risk hindering their career growth, they need to embrace the concept of; Software Engineer as AI Pilot, to successfully navigate the exciting times ahead.
As an analogy, imagine the cockpit of a modern aircraft. The pilot, an experienced professional, doesn’t manually control every intricate function of the aircraft. Instead, the pilot works in tandem with a copilot and relies on sophisticated automated systems to fly the plane to its intended destination. This analogy nicely encapsulates the evolving role of the software engineer in the age of advanced AI copilots and agents.
While AI continues to evolve, software engineers need to adopt new skills and mindsets to thrive in this changing environment. The rise of LLM-based coding tools and services, acting as AI copilots and agents, are already assisting software engineers to write sophisticated code faster than ever. There is also the new concept of “vibe coding” which is significantly lowering the barrier of entry into software development, meaning that new applications to be created with a little imagination and a few prompts.
Despite these advances, the human element remains crucial to a successful project, however there are several key shifts in the professional software engineer’s responsibilities:
From Engineer to Architect: While an AI copilot can generate good functional code, that doesn’t mean it’s production ready code that is robust and secure enough for a healthcare system. For example; an AI copilot might lack the understanding of sensitive data attributes and the necessary protocols for secure data processing and storage. To deal with this, software engineers need to evolve into software architects, ensuring the overall system design is robust, efficient, maintainable and secure. This requires a broader understanding of business domains and the skills to break down large systems into integrated sub-systems or modules, something an AI might not inherently grasp.
From Individual Contributor to Manager: As AI agents become more capable, software engineers will find themselves working alongside teams / swarms of AI agents. This necessitates a shift towards management roles and responsibilities. These AI agents will need to be given tasks (write code, automated tests, CI/CD pipelines, documentation etc.), and their output will need to be assessed and aggregated. This might even extend to the recruitment, onboarding, and even “firing” of poorly performing AI agents.
The Importance of Strong Communication Skills: As human languages, such as English, become the primary way to instruct AI coding tools, written (and verbal) communication skills are becoming increasingly important. Software engineers will need strong communication skills to write effective prompts that describe system requirements very explicitly if they are to achieve the desired outcomes from their AI copilots.
In essence, the role of a software engineer is transitioning from being a solely hands-on coder to also becoming a guide and manager of AI-powered software development processes, directing their team of AI copilots towards the desired destination. This involves a higher level of strategic thinking, architectural design, soft skills and team management, albeit with a team comprised of AI agents.
The future of software development is dynamic and rapidly approaching. By embracing this shift and developing the right skills to become effective AI pilots, software engineers can not only advance their careers but also unlock new levels of productivity and innovation.
The software engineering teams at Oneview are excited about what this means for the future of our products, and the value it will bring to our customers.
