The Design Studio will be closed during the Fall 2020 semester to all undergraduate students. This includes Design Studio East (Clark 218), Design Studio West (Clark 217), the Systems Bioengineering Lab (Clark 216), the Cell and Tissue Lab (Clark 114), and the Machine Shop (Clark 214). Design Studio staff can perform prototyping as necessary for students enrolled in BME courses. These students, or graduate students who return to campus and require Design Studio resources, should contact Tom Benassi (email@example.com) for more information.
See our schedule for hands-on workshops to learn prototyping methods and valuable skills that pay off throughout your education and career.
Contact one of the design studio’s teaching assistants. They have extensive experience in prototyping, and are a valuable resource at your disposal. Come into the studio during their shift, or send them an email with a detailed question.
See below for information about a variety of prototyping techniques.
When your early-stage idea needs a body, rapidly-built prototypes made of cardboard, Legos, and other materials can provide the looks-like and even works-like prototypes, which stimulate critical thinking around the original concept. Methods like this should be the first pass with a concept prior to more in-depth prototyping methods shown below.
Whether you need a case for your custom electronics, a mount for a testing apparatus, or even a complex architecture to support loaded components, acrylics and other laser cut parts can serve your purpose. Parts can be drawn in Corel Draw, SolidWorks, or open source options like https://makeabox.io/ and others. Laser cutting is incredibly fast, allowing you to develop a prototype within the hour. See our available laser cutters and the required training under the equipment page to find the best option for your parts!
3D printing is a great prototyping option for complex shapes that are not easily machined or constructed with other methods. It is an effective prototyping option for looks-like prototypes and low-load works-like prototypes. 3D printing modalities vary in their attributes: SLA, FDM, and Polyjet printers all have their advantages. Parts can be drawn and exported from desktop options like AutoCad, SolidWorks, or MeshMixer, or taken from online options like https://www.thingiverse.com/, https://grabcad.com/ or https://www.tinkercad.com/. See the available 3D printers and the required training under the equipment page to find the best option for your parts!
When you need heavy-load parts, whether they are braces, pistons, bearings, or housings for works-like prototypes, the machine shop is likely what you need. Most of what is needed for prototyping is available in the design studio; browse our available equipment. When more heavy duty equipment is required, it may be necessary to use the WSE manufacturing facilities.
Most electronics can be prototyped first with basic electronic components. The design studio has what you need to get started: breadboards, basic components, Arduinos, Raspberry Pis, power supplies, function generators, oscilloscopes, solder stations, and more! If you have a request for more, just ask Chris Browne, one of your DSTAs, or other DS staff.
As a Hopkins student, you have access to MATLAB, as well as a variety of other software useful for modeling. See this site for more information. Remember that open-source software like Arduino and others can handle the capabilities of many device prototypes.
Many of our design studio teaching assistants have extensive experience in coding and modeling in MATLAB, Python, Arduino, Raspberry Pi, and other modalities.
If these methods seem inadequate for your purposes, try contacting one of our staff engineers. They will be able to point you in the right direction.