Skip to content

Modern Shapes: The Bauhaus Pop Sweatshirt Collection

Project Overview

A refined yet playful nod to modernist design, the “Modern Shapes” collection reimagines Bauhaus-inspired geometry through a soft, pastel color lens. Clean, minimal, and confident these sweatshirts speak to lovers of contemporary art, abstract patterns, and mid-century aesthetics. It’s fashion as functional design perfect for gallery spaces, coffee culture, or urban simplicity.

Year of Completion: 2025
Status: Active

Graphic Design

Each sweatshirt is a visual composition of abstract forms: spheres, half-moons, dotted textures, and asymmetric shapes carefully scattered in muted tones of terracotta, mustard, teal, and blush. With a white base, the floating forms create a harmonious rhythm reminiscent of modern art prints. The randomness is strategic designed to reflect movement, spontaneity, and creative thought.

Deliverables

  • Custom vector-based abstract artwork

  • Seamless layout designs optimized for all-over apparel printing

  • High-resolution mockups for fashion lookbooks

  • Lifestyle imagery tailored for minimalist and design-led retail platforms

Tools Used

  • Adobe Illustrator (Geometric Composition)

  • Adobe Photoshop (Print Prep & Fabric Simulation)

  • Procreate (Shape Drafting)

  • Midjourney (Moodboard Generation)

Results Achieved

  • Concept Store Appeal: Featured in boutique showrooms and homeware-adjacent fashion collections.

  • Cultural Crossover: Celebrated by art students and creative professionals for its wearable design-forward language.

  • Retail Uplift: Drove interest in matching items like tote bags, pillowcases, and notebooks featuring the same motifs.

Challenges & Solutions

Challenges Faced:

  • Achieving balance between simplicity and visual engagement without overcomplication.

  • Ensuring consistency in print sharpness across various fabric types.

Solutions Implemented:

  • Designed modular vector elements to allow scalable placement across sizes.

  • Ran controlled test prints with varying fabric densities to lock in uniform saturation.

Back To Top