Skip to main content
  • Main menu
Lemelson Center for the Study of Invention and Innovation
  • Home
  • Tags
  • Invention process

Invention process

Filter By
  • All
  • Video & Interactive
  • Text
Found 52 Stories
Montage of book covers published in the Lemelson Center Studies series
Lemelson Center Books

Lemelson Center Studies in Invention and Innovation

Books in the interdisciplinary Lemelson Center Studies in Invention and Innovation series explore the history of invention and innovation and the work of inventors and the technologies they create.

A hand waving over a sensor mounted on a text label
Blog

Inventing a Touchless Button

The path from idea to working invention.

A town made of paper and craft materials, with a hospital, a NASA rocket, and other buildings
Blog

Innovating the Spark!Lab Experience during a Pandemic

Springfield Museums’ Spark!Lab pioneered methods to safely reopen their hands-on space to the public.

Cartoon-like drawing of a wrench with the words “tweak it”
Blog

Spark!Lab Reboot: Reflect and Tweak

Inventive thinking can turn interruptions into opportunities.

Drawing of a brain with a circuit diagram overlaid
Blog

Recognizing Artificial Intelligence Systems as Inventors

I doubt, therefore I invent?

A smiling Eric Hintz holds up his book for the camera, with a full box of books in front of him
Blog

The Persistence of American Independent Inventors

Eric S. Hintz reflects on his new book, American Independent Inventors in an Era of Corporate R&D, published in the Lemelson Center Studies in Invention and Innovation book series with MIT Press.

Cover of American Independent Inventors in an Era of Corporate R&D
Lemelson Center Books

American Independent Inventors in an Era of Corporate R&D

How America's individual inventors persisted alongside corporate R&D labs as an important source of inventions. Published in the Lemelson Center Studies in Invention and Innovation book series with MIT Press.

Hand tools and a CNC router
Blog

Missing the Physical World of Spark!Lab

What ever happened to touching stuff as a means of experience?

Line drawing of inner workings of a lamp with a perpetual wick.
Blog

Ingenious Devices

Fountains, perpetual oil lamps, and other inventions from the Islamic “Golden Age”

Hyperboloid model made of cardboard, wood, thread, wire, and thread spools
Blog

From Innovators to Curators, Making Do is Nothing New

A teleworking curator looks at the ways in which those who created and used objects took advantage of what they found available.

Now What? game graphic
DO Try This at Home!

Spark!Lab's Now What? Invention Game

Unexpected problems often call for inventive solutions.

Detail of Handprints on Hubble book cover, showing astronaut Kathy Sullivan looking out the window of the space shuttle.
Lemelson Center Books

Handprints on Hubble: An Astronaut's Story of Invention

The first American woman to walk in space recounts her experiences as part of the team that launched, rescued, repaired, and maintained the Hubble Space Telescope. Published in the Lemelson Center Studies in Invention and Innovation book series with MIT Press.

An older woman and a very young boy work together on a hands-on activity
Blog

What Does It Take to Make a Spark!Lab?

Looking at your world through the lens of invention.

The cover of the book, with the title, “Does America Need More Innovators?” in white letters against a dark royal blue background. 3 rectangular “thought bubble” outlines in yellow (upper left), red (center), and white (lower right) overlap beneath the title, and 3 triangular arrows, like a fast forward button, are superimposed across the upper and middle bubbles. “Edited by” is within the yellow bubble and the editors’ names are within the red bubble.
Lemelson Center Books

Does America Need More Innovators?

A critical exploration of today's global imperative to innovate, by champions, critics, and reformers of innovation. Published in the Lemelson Center Studies in Invention and Innovation book series with MIT Press.

A grouping of different colored #D-printed plastic pieces that form a prosthetic hand with 2 articulated fingers. The fingers are green plastic with orange wishbone-shaped pieces connecting the joints. The hand is connected to an electronic control box.
Blog

Reinventing the Prosthetic Hand Activity

Using lessons learned to make pivotal tweaks.

Color cover of Popular Neckanics Gagazine, Christmas 1947, with the tagline, “Written so you can’t understand it.” Shows 3 oval-shaped “electronic robot-steered cars,” each with a couple kissing (“necking”) in the passenger seats, traveling down a road.
Blog

Hugo Gernsback's Unconventional Inventions

Hugo Gernsback, the “Father of Science Fiction” was an editor, publisher, author, scientist—and inventor of fantastical necessities.

A sign reads CD STEM Fair Teacher Seminar, Grab Bag Inventing, Session 1: 8:30am, Session 2: 10:00am. Black letters on white background.
Blog

Grab Bag Inventing at the DC STEM Fair

This workshop offered Washington, DC-area teachers the opportunity to learn how to adapt a simple, inventive, skill-building activity for their students.

A pink square on the left and a green square on the right with a black arrow connecting the boxes and pointing from left to right.
Blog

Then and Now

An outwardly seamless shift in Spark!Lab from one set of activities to another.

A boy about 11 years old manipulates a robotic hand that he built in SparkLab. He is grasping a bottle with the oversized hand.
Blog

What Does Success Look Like in Spark!Lab?

People do such impressive things in our exhibition every day—here are some anecdotes and impressions from a Facilitator.

4 detailed ink drawings on facing pages of a gridded notebook. Left: 3 drawings are labeled Old Style Intermittent Kiln, Fort Warren Mortar Mill, and Steam Mortar Mill Used at Fort Taylor by Brevet-major J. Sanders. Right: Hoffmans Annular Kiln.
Blog

Communicating with Sketches

Sketching is an essential part of the invention process.

See More Stories

VIEW 2737 Matching Results

Found 2737 Stories

  • Agriculture and horticulture (Relevance: 5.1881622214103%)
  • Air and space (Relevance: 6.7592254293022%)
  • Archives@NMAH (Relevance: 8.4033613445378%)
  • Chemistry (Relevance: 3.0690537084399%)
  • Food and drink (Relevance: 3.2882718304713%)
  • Industry and manufacturing (Relevance: 7.5264888564121%)
  • Medicine, health, and life sciences (Relevance: 4.5670442089879%)
  • Military technology (Relevance: 3.3248081841432%)
  • Mining and drilling (Relevance: 3.397880891487%)
  • Patents and trademarks (Relevance: 11.32626963829%)
  • Photography, film, television, and video (Relevance: 3.8728534892218%)
  • Power generation, motors, and engines (Relevance: 3.4709535988308%)
  • Spark!Lab (Relevance: 3.5805626598465%)
  • Textiles and clothing (Relevance: 3.3613445378151%)
  • Transportation (Relevance: 5.9554256485203%)
  • Women inventors (Relevance: 3.397880891487%)
❯
Go to the Smithsonian National Museum of American History website

About Menu

▼
Open menu
▲
Close menu
  • Explore
    • Blog
    • Invention Stories
    • Places of Invention
    • Beyond Words
  • Study
    • Research Opportunities
    • Archives
    • Lemelson Center Books
    • Lemelson Center Research
    • Symposia & Conferences
  • Try
    • DO Try This at Home!
    • Spark!Lab
    • Spark!Lab Network
    • Encouraging Innovative Thinking
  • About
    • Events
    • Exhibitions
    • News
    • Who We Are
    • FAQ
    • Donate
  • Multimedia
  • Tags
  • Surprise Me
  • Search
  • Open Drawer
Copyright 2023, Smithsonian Institution, All Rights Reserved
  • DONATE
  • Terms of Use
  • Privacy Policy
Twitter Facebook Tumblr Email Print