How the Analytical Sciences Digital Library Supports Active Learning in Analytical Chemistry

The Analytical Sciences Digital Library (ASDL) supports active learning by providing peer-reviewed instructional materials specifically designed to get students participating in class rather than only listening. According to the site, ASDL promotes the use of active learning and helps instructors discover its effectiveness in undergraduate analytical chemistry courses. It also offers materials and instructor's manuals that facilitate student participation, plus classroom activities and hands-on experiments. If you teach analytical chemistry and want ready-made ways to add student participation, ASDL is built for that purpose.

What "active learning" means in ASDL's materials

ASDL's active learning content is not a single tool but a category of resources meant to shift class time toward student work. The site describes three connected pieces:

• Classroom activities — materials and instructor's manuals that facilitate student participation and in-class collaboration.
• Hands-on experiments — including "at home, hands-on experiments" for students working outside a standard lab.
• Remote labs and e-labware — described as additions to labs you already use, which let students engage with lab work through digital or remote setups.

The common thread is that students do something — collaborate, run an experiment, or work through a remote lab — instead of passively receiving content.

The resource types you can draw on

ASDL describes its collection as peer-reviewed labware, courseware, videos, web resources, and active learning materials that complement analytical chemistry courses. For active learning specifically, the most directly useful categories are:

The site also points to datasets, video, images, labs, and problem exchanges as ways to highlight course content — all formats that lend themselves to students working with material rather than only reading it.

Who this fits, and when it may not

ASDL's active learning resources are aimed at undergraduate analytical chemistry courses and the educators who teach them. The community behind the library has contributed resources since 1998, and the library is supported by the American Chemical Society (ACS) Division of Analytical Chemistry.

This is a good fit if you:

• Teach undergraduate analytical chemistry and want to add participation or collaboration.
• Need instructor's manuals to run an activity smoothly.
• Want lab options that work remotely or at home.

It may be less useful if you are looking for a complete, sequenced curriculum with a fixed scope and pace — ASDL presents itself as a collection of contributed resources to draw from, not a single prescribed course. You should also expect to review each item yourself, since the site does not describe a uniform difficulty level or a mapping to specific course standards.

How to start using it

1. Explore the library to find a resource that fits a topic you already teach.
2. Pick a format that matches your constraint — a classroom activity if you have class time, a hands-on or at-home experiment if lab access is limited, or remote labs/e-labware to extend existing labs.
3. Check for the instructor's manual when choosing a classroom activity, since ASDL notes these facilitate student participation.
4. Join the ASDL community if you want to contribute or stay connected with other analytical sciences educators.

The site frames the payoff simply: use the courseware, learning modules, e-books, and practices in your analytical chemistry curriculum, and promote active learning while discovering its effectiveness in undergraduate courses.