[2][3][4] He is known for using mathematical formulas to create drawings of real-life objects, intricate and symmetrical illustrations, animations, fractals and tessellations.

[24][25][26] One of Naderi Yeganeh's artworks was used as the cover image for Newsletter of Iranian Mathematical Society, Autumn 2015.

[27] His works, including A Bird in Flight and Boat, have been used on several pages of the International Mathematical Knowledge Trust (IMKT)'s website.

[28][29][30] His art has also been featured in some school math textbooks including one that was published by Oxford University Press.

[34][35][33] His MSc thesis was focused on numerical methods for approximation and visualization of invariant manifolds in dynamical systems.

[4] By the first method, he creates tens of thousands of computer-generated mathematical figures to find a few interesting shapes accidentally.

Then he changes the equations a little bit in order to increase the resemblance of the accidentally found shapes to real life objects.

[50][4] For example, by using this method, he drew birds in flight, butterflies, human faces and plants using trigonometric functions.

[56][51] In 2018, in an interview with the Sharif University of Technology Public Relations, Naderi Yeganeh said: I use mathematical concepts in a work of art in a way that it could be thoroughly explained in a paragraph.

[52][8][14][59][55][60] Another version of A Bird in Flight that was designed by Naderi Yeganeh's second method is the union of all of the circles with center

[citation needed] Other works similar to this version of A Bird in Flight that was released by Naderi Yeganeh in 2016 are in the form of a flying parrot, magpie and stork.

[73][74][75] In 2015, Asia Society Philippines stated in a post on Facebook that Hamid Naderi Yeganeh reveals the beauty of Math through Art.

[76][77] In 2015, The National Museum of Mathematics stated in a post on Facebook that Hamid Naderi Yeganeh takes graphing art to the next level!

[79] In 2016, COSMOS raised this question in the introduction to its interview with Hamid Naderi Yeganeh: Why couldn't high school mathematics be more like this?

[81] In 2016, Barbour Design Inc. stated on its own blog that "These often delicately intricate works are quite remarkable, and more astounding is that Yeganeh writes computer programs based on mathematical equations to produce them.

"[82] In 2017, Mathematical Association of America commented about one of Naderi Yeganeh's animations in a tweet: Watch the beauty of trigonometric functions come alive.

[84] In 2017, Berkeley Lab commented on one of Naderi Yeganeh's blog posts: Create stunning symmetrical images armed with a few equations and a computer.