General education courses and ethics-focused experiences at Iowa State University broadened my perspective on the societal, economic, and environmental implications of engineering decisions. Courses in communication, professional ethics, and technical writing enhanced my ability to convey complex ideas clearly to diverse audiences, while courses in probability, systems modeling, and controls reinforced analytical thinking applicable to real-world problems. I learned to connect technical knowledge with societal impact, ensuring that decisions account for safety, reliability, and public trust.

A key example of this intersection is the use of AI-assisted coding tools in software development. While AI can accelerate engineering tasks, ethical responsibility requires engineers to carefully validate AI-generated code, assess potential errors or biases, and transparently communicate limitations to stakeholders. Applying frameworks such as the IEEE Code of Ethics and Virtue Ethics, I recognized the importance of honesty, integrity, public-spiritedness, and courage in guiding decisions around emerging technologies. These principles help ensure that systems are not only technically sound but also socially responsible, addressing potential economic, environmental, and global impacts.

Additionally, I leveraged external learning opportunities, including research projects, professional workshops, and technical communities, to deepen my understanding beyond formal coursework. This experience strengthened my ability to recognize, formulate, and solve engineering problems while applying knowledge from multiple domains. By integrating technical skills, ethical reasoning, and communication strategies, I am prepared to design systems that are innovative, robust, and aligned with societal and global considerations.