(July 10, 1856 – January 7, 1943)

Based on the fact that his inventions have more global implications than those of Isambard Kingdom Brunel, and that Augustin-Louis Cauchy researched almost exclusively on mathematics, Nikola Tesla is regarded by many as the greatest engineer in recorded history. He was also among the first to realize the importance of Faraday’s, Ampère’s and Oersted’s groundbreaking experiments. And as an engineer, he went into inventive applications of them: making inferential modifications wherever necessary. From electricity to telephony, and from mechanics to magnetism, Tesla’s signatures are everywhere. As a conceptual techie, he kept abreast of the latest mechatronic developments of his era: showcasing as much insight with their theoretical analyses as with their practical feasibilities. His versatility was superseded only by his brilliance. This enabled him to devise many of the blueprints which fuelled modern technologies. Diligent and unassuming, he displayed remarkable intuition. And through that, he inspired others. Albert Einstein studied Tesla’s works before embarking on his own Photoelectric Effect research, which won him his only Nobel Prize. Nikola Tesla is responsible (more than any other individual) for the ubiquity of electric supply. If you cherish the availability of unmitigated electricity in all corners of the globe, then, join me in thanking him for it. Although he was not commensurately honored in his lifetime, during the General Conference of Weights and Measures in 1960, his name Tesla was designated the S.I. unit of magnetic flux density. It was an overdue tribute to a pioneer who toiled selflessly for our world.

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