YoVDO

Interior Design Basics: Simple Steps to Your Perfect Space

Offered By: Skillshare

Tags

Interior Design Courses Color Theory Courses

Course Description

Overview

We all deserve a space that feels like home—and you have the power to create it for yourself!

Discover a fun, simple approach to interior design that proves how easy it can be to transform your home, no matter your style or budget. With interior designer Lauren Cox and Havenly, you’ll discover the four principles used by interior designers to create beautiful spaces every day—then try your hand at using what you’ve learned to style a bookshelf that’s Instagram-ready.

Easy-to-follow lessons include how to:

  • Identify your personal design style
  • Curate a color palette unique to you
  • Create a sense of rhythm and balance
  • Choose pieces you’ll love for a lifetime

Every lesson is packed with actionable tips, printable reference guides, and endless inspiration you can return to again and again. By the end, you’ll have the tools you need to identify your personal style, unleash your creativity, and transform your space into a home you never want to leave.

________________________

Havenly offers online interior design to real people. Start with our style quiz to get matched with an interior designer who will make decorating and shopping for your home fun, convenient, and affordable.


Syllabus

  • Introduction
  • The Power of Interior Design
  • Principle 1: Color
  • Principle 2: Balance
  • Principle 3: Scale & Proportion
  • Principle 4: Rhythm & Repetition
  • Finding Your Design Style
  • Styling Project: Modern Farmhouse
  • Styling Project: Preppy Coastal
  • Final Thoughts
  • Explore More Classes on Skillshare

Taught by

Lauren Cox

Related Courses

Design 101 (or Design Basics)
iversity
Design 1o1 Redux - Part 2: My House
Abadir - Accademia di Belle Arti via iversity
Entender el diseño
Arizona State University via Coursera
Illuminotecnica
University of Naples Federico II via Federica
Программные средства CAD
ITMO University via edX