Genspace instructors come from top institutions around New York City to teach advanced biology in an easy-to-understand, hands-on way. Our courses cover biological concepts, lab technique, genomics, synthetic biology, neuroscience, bioart and biodesign, and social implications of emerging biotech.
neurohacking 101: Extracting and analyzing brain networks
three-part course: February 24, 25 & March 3 10:00 aM TO 1:00 PM
Learn some of the basic techniques used in the cleaning and analysis of fMRI data. We will study brain networks using open source Python tools and show you how to create your own workflows for manipulation and visualization.
Visual storytelling lab
sunday March 4 10:00 aM TO 1:00 PM
In popular culture, science is often associated with long equations and technical diagrams. However, throughout history, illustration and storytelling have played a central role in the popularization of science and scientific progress itself.
Through a mix of drawing activities and laboratory experimentation, this workshop investigates the potential of comics as a format for science communication.
Microscopy WITH Foldscope, a paper microscope
Sunday March 11 11:00 AM to 2:00 PM
Join us to fold your own microscope and discover the wonders of the microscopic world! For this workshop we will be working with Foldscopes, portable origami-based microscopes made simply of paper and a lens. With its 140X magnification power, a Foldscope can be used to observe anything biological or non-biological that you can stick on a slide.
BioTECHNOLOGY CRASH COURSE
March 17, 18, 25 from 2:00 PM - 6:00 PM.
This introduction covers the basic techniques that led to the biotech revolution. Learn genetic engineering, gel electrophoresis, and PCR, then explore where biotech is heading in the future.
FOUR-part course: march 19-22 6:30 PM TO 9:30 PM
We'll extract our own DNA, analyze ancestry through bioinformatics, splice genes into bacteria, and learn all the standard techniques such as using pipettes, gel electrophoresis, amplifying DNA with PCR reactions, working with restriction enzymes to build plasmids, and growing and transforming bacteria.
Programming with DNA in a test tube
saturday april 7 10:00am to 1:00pm
In this workshop, you’ll take first steps in cell-free synthetic biology by designing and programming a sensing circuit with DNA, adding it to a a cell-free extract where it will be expressed as a visible protein, and measuring the results.
GENOME EDITING WITH CRISPR-Cas9
Four-part Course: APRIL 9, 10, 11 and 18 6:30 PM to 10:30 PM
CRISPR gene editing has been touted as a game changer in DNA science. Now learn how to do it yourself in this intensive lab class. Recommended for participants who have some lab experience or have taken our introductory courses.
A Treat for Valentine's Day: Make Your Own Ghost Heart
Join Genspace for a two-day, hands-on tissue engineering workshop to create “ghost heart” in time for Valentine's Day. We will be using decellularization, which is tissue engineering technique to strip all the cells from a donor organ leaving behind nothing but a scaffold of connective tissue called a “ghost organ” named for its pale and ghostly appearance. You will have a chance to handle a real heart and learn how it works!
Biodesign: Grow Your Own Mycelium Lamp
Come explore mycelium with us as we learn about its many functions and characteristics, and find out how “nature’s glue” is being bio-utilized in many applications across industries as humans seek out more sustainable production processes.
Get ready to get your hands dirty, literally, when we walk you through the process of growing your own lampshade using mycelium. You’ll get to form a lampshade using Ecovative’s mushroom materials, watch it grow with the option to create unique outcomes and aesthetics and walk away with your own functional table lamp to bring into your home or office!
DIY Neuroscience: Mind Reading 101
In this two-part class, you will learn how to use an electroencephalogram (EEG) to collect the ongoing waves of electrical activity in your own brain. Then, you will learn how to interpret this activity and use it to control things in the world. We will conclude with a discussion about the use of such technologies in law and society more generally.
Join us for this new offering at Genspace!
Biological Membranes and DIY Soap Making
In this 3-hour course, students will become oriented to the incredible world of the cell membrane as they build physical models of lipid molecules and use 3D modeling software to explore two particularly important membrane proteins.
In the last hour of the class, we will discuss another aspect of lipids: their use in soap making, and students will then create their own artisan-quality soap to take home!
No experience in biochemistry is necessary and all are welcome!
Painting with Microbes: ASM Agar Art Contest
Join Genspace for a hands-on activity where you'll learn how microbes can be engineered to produce eye-pleasing images and novel materials. Genspace will provide colorful or fluorescent microbes that you can paint on your own agar 'canvas'!
This event was part of the American Society for Microbiology Agar Art contest, and all participants were invited to enter their microbial art for the chance to win a prize! To learn more, you can visit www.asm.org/agarart
Biotextiles: Grow your own materials for fashion design
In this two-part introduction to biotextiles, you’ll learn how to grow fabrics from microbes and then use natural and bioengineered bacteria to dye them.
Protein World: Biology's Unsung Hero
DNA may get the all glory, but proteins are the workhorses of the body. Take a deep dive into the wonderfully intricate and dynamic world of proteins! Students will model protein structures as well as take part in a protein extraction.
The Artistic World of Histology
In this workshop, participants will explore the structure and functions of cells and their affiliated tissues. Students will get a chance to prepare their own wet mount slides for view under the microscope.
Bioluminescence: Painting With Glowing Microbes
Exploring bioluminescence, participants will paint with organisms that generate their own light through chemical reactions. Get up close and hands-on with some light-emitting marine creatures.
KOMBUCHA PAPER WORKSHOP
Students will grow paper from living kombucha culture. This symbiotic culture of yeast and bacteria can be used to make renewable art materials.
2D DIY Bioprinting: Hacking Your Home Printer
Learn the basics of bioprinting in this hands on class. Participants will assemble and program an InkShield home printer with Arduino to print e.coli with a fluorescent protein.
DIYbio Incubator: Build Your Own Incubator
Participants will learn how to build a low-cost incubator including basic electronics and Arduino programming. We will also use our newly constructed DIY incubator to run an experiment.
Want to find out what bacteria are living around you? In this workshop we will learn the methods for identifying microbial species with DNA sequencing data, and understand what their functions are and how that can inform decisions or urban design.
BIOTECHNOLOGY THROUGH SCIENCE FICTION
Science fiction gives us an opportunity to speculate on how today’s technologies will reshape tomorrow. This course explores the potential social impacts of biotech through videos, film, art and literature.
Synthetic Biology: Learn to Program Life
In this workshop, you will learn the fundamentals of synthetic biology in a hands-on way. This workshop complements a panel discussion taking place at Data & Society on March 16th entitled Synthetic Biology—Programming with DNA.
FERMENTATION: Making kefir
Fermentation is one of the oldest food processing methods used today. Scientifically known as zymology, it is the conversion of carbohydrates into alcohols, carbon dioxide, using yeast, or bacteria. Learn to make kefir using milk and milk alternatives.
The Chemistry of Lotions and Creams: DIY Beauty Products
In this hands-on workshop, participants will learn about the chemistry behind the ingredients in lotions and creams, as well as the physical processes required to create these products.
family science lab
Anyone can be a researcher, no matter their age. Children (ages 6-12) and grown-up pairs will get hands on experience in a biotech lab, extracting their own DNA and exploring its molecular structure in our Family Science Laboratory.
Consumer Empowerment: What DNA Reveals About Your Food
What's in your food? Find out in this hands-on lab class. You will learn how to extract DNA from food using techniques such as DNA barcoding and PCR to determine if that goat cheese is really from goats, what’s really in a Filet-O-Fish, and if that granola you had for breakfast is really non-GMO.
Beer Brewing 101: Homebrewing Essentials
You will learn all the basics to get you up and running while brewing a batch of beer. You’ll learn about extract brewing, malts, grains, yeasts and how to avoid or troubleshoot the most common problems.
Plant Based Pigments: Dyeing with Indigo
In this hands-on class we will explore one of the most iconic natural dyes – Indigofera tinctoria, commonly known as indigo. Participants will learn how to create a fermented indigo vat, and walk away with their own hand dyed fabric samples.
In this course we will imagine speculative design outcomes using biotechnology. We will work hands-on in the lab to grow material samples and imagine how the materials might be used in the future. We’ll learn to use design as a medium for experimentation to stimulate critical discussion on the social and cultural implications of current and emerging biotechnologies.
In this class we will look at ecosystems, speculative design, and biotechnologies related to agriculture. Participants will design a projects that incorporate elements of contemporary technologies and centuries old practices of biodiversity and permaculture.
DNA origami consists in "knitting" shapes with DNA strands. In this class we will learn about the applications of this technology, and how to use CAD (computer-aided-design) programs to design DNA origami shapes on the nanoscale.
In this course, participants will measure neuron firing in cockroaches and crickets, conducting experiments with music and mind altering chemicals to see how neurons fire firsthand.
Local color: extracting pigment from plants
This hands-on class will examine local color- how to grow it, find it, and extract it. We will create natural dyes from food waste and locally foraged plants.
PRIVACY IN THE ERA OF PERSONAL GENOMICS
In less than a decade, the practice of genomics has become ubiquitous, and the data sets enormous. Its wide adoption comes barbed with ethical challenges, tensions between scientific progress and individual privacy, and a heritage based in racial discrimination.
Non-Toxic B/W Film Processing Using Coffee and Beer
Process your own film using beer and instant coffee crystals with MONO NO AWARE. In this one-day workshop, participants will be given all of the information necessary to mix their own negative processing chemistry using a combination of consumable items from the grocery store.
BIOART MASTER CLASS
In this three part bioart survey the lab is the new artist studio, and the petri dish the new canvas. Participants will break down barriers between biology, art, and design — exploring new ways to work with and grow microbes, slime mold and bioluminescent organisms as a part of the artist's creative practice.
Smell, taste, discuss and make a few simple seasonal ferments. In this workshop we’ll explore and craft two delicious types of vegetable ferments that are easily made at home without any special ingredients or equipment.
Fungi Fabrication: Mycelium Materials
In this course we will work with mycelium as material for experimental design applications. Working hands-on in the lab, participants will grow a variety of samples with mycelium ranging from biodegradable ‘styrofoams’ to leather-like textile alternatives.
SLime Mold workshop
Long classified as Fungi, slime "molds" are now known to be a creature all their own. In this 2 hour workshop participants will explore slime mold—how to grow it and how to use it for bioart.