Alan Perlis was a pioneering computer scientist best known for his contributions to programming languages and formal methods. He was a key figure in the development of ALGOL, a significant early programming language that laid the groundwork for future languages. His work emphasized the art of programming and he was known for his insightful observations on the nature of software development. In addition to his contributions to programming languages, Perlis was a passionate advocate for the importance of education and the role of creativity in computing. He was a professor at Carnegie Mellon University, where he inspired many students and fellow researchers with his unique approach to computer science. His ideas about the need for theoretical foundation in computing influenced the curriculum and educational practices in the field. Perlis was awarded the first Turing Award in 1966, a prestigious recognition in computer science that acknowledges individuals for their contributions. His legacy continues to influence modern programming and the philosophy of computing, as his thoughts on the relationship between computation and creativity resonate with the ongoing evolution of technology today. Alan Perlis was a pioneering computer scientist known for his significant contributions to programming languages and formal methods. He played a crucial role in the development of ALGOL, an influential early programming language that set the stage for many others. His work emphasized programming as an art form and provided deep insights into software development. Beyond programming languages, Perlis championed education and the vital role of creativity in computing. As a professor at Carnegie Mellon University, he inspired countless students and colleagues with his innovative approach. His emphasis on a strong theoretical foundation in computer science significantly shaped educational methodologies in the field. In recognition of his impactful work, Perlis received the inaugural Turing Award in 1966, honoring his exceptional contributions to computer science. His legacy continues to inform modern programming and the philosophy of computing, highlighting the enduring connection between creativity and technological advancement.