Manufactured in Bangalore, assembled in Delhi, and exported to New York, Aradhana Avinash is a rising Junior at  the School of Visual Arts pursuing a BFA in Design with a focus in Interaction/ UIUX. 

Now that we’re done pretending I have a biographer, besides believing my blue light glasses actually work, I love cooking for my friends, always having a ruler on hand, to-do lists, deep questions, 70’s dad rock and my precious record player. 


Experience
School of Visual Arts
Design Intern
NYC- June to present

24th St Residence
Resident Advisor
NYC- 2024 to present

Chaos Design Pvt. Ltd.
Design Intern
DEL, India - 2024

School of Visual Arts
Event Coordination Assistant
NYC- 2023 to present

DirectCreate
Graphic Design and Animation Intern
DEL, India - 2022

St+art India
Graphic Design Intern
DEL, India - 2021


Accolades Graphis Honorable Mention
Graphis
2025

Featured in the Début 25 Show
School of Visual Arts
2025

High Level of Achievement Award
School of Visual Arts
2025

High Term Honours
School of Visual Arts
2023- Present

Silas H Rhodes Scholarship
School of Visual Arts
2023- Present

Teaching License : Bharatanatyam
Ganesa Natyalya
2023

1st Prize National Level Art Competition
Kalakriti- Inter School Art Fest
2021
Skills
Photoshop, Illustrator, InDesign, After Effects, Premiere Pro, Google Suite, Adobe Suite, Keynote, Excel, Figma, Procreate, Notion, UX/UI Design, Advertising, Motion Design, Copywriting, Marketing, Branding, User Research, Data Visualization, Typography, Hindi (Fluent), Kodava Thakka (Fluent), French (B1/B2 Proficiency)


Download My Resume Here
Auditory Cortex Depictions on VinylExperiental & Information Design / 2024

Growing up exclusively listening to vinyl, the experience of music became more than just sound. This project explores the neural mechanisms behind music processing, focusing on how cells in the auditory cortex respond to musical elements such as rhythm, pitch, and harmony. Printed on classical vinyl records, each page emphasizes the tactile, immersive quality of vinyl as a medium for music, mirroring how the brain's auditory cells receive and interpret sound.







The illustrations accompanying the exploration of these cells were drawn after referencing MRIs, research journals, and detailed medical illustrations, ensuring scientific accuracy. By examining the cellular dynamics of the auditory cortex, this work seeks to illuminate the complex processes that enable the brain to transform music into meaningful, emotional experiences