Program Description:

The Commercial Building Energy Analysis and Audits program at City College of San Francisco prepares students to conduct energy audits, evaluate building systems for efficiency, analyze energy data, and apply financial and business strategies in audit reporting. The program is divided into 15 modular courses designed for a community college level student. These courses are adaptable and can be selected, reorganized, or offered in a shorter format to suit individuals with experience in construction, architecture, HVAC, building operations, or mechanical engineering.

Course Description:

This course, from the BEST Center and City College of San Francisco, teaches the fundamentals and concepts of HVAC with an emphasis on types of equipment and conveyance. Topics covered in this course include conversion of units; concept of work power, and energy; psychrometric processes and calculations; thermodynamic laws and heat transfer principles; sensible and latent heat...

This lesson, presented by the National Nanotechnology Coordinated Infrastructure, covers the general concepts of size and scale by discussing the micro and macro worlds. The activity focuses on using scale bars as this is "the most common feature when presenting nanoscale structures or naonoscale science." Students will also learn about different scales of measure which is fundamental to learning about nanotechnology. A Teacher Preparation Guide and PowerPoint slides are included.

This 9-page unpublished paper, provided by Northwestern Connecticut Community College (NCCC), discusses the impact of NCCC's grant project that aimed to increase "student interest and capability to enter STEM programs and technical careers by building a pipeline from middle school to high school, on to college and into the workforce." For the project, NCCC partnered with Torrington High School to provide teachers with support and professional development training, externships in industry, and materials and funds needed to implement technical lessons into classroom instruction. The paper goes into detail on the project and its results, describing the impact it had on teachers, students, and curriculum development at Torrington High School. Included are excerpts from interviews with high school teachers that participated in the project.

Classroom materials developed as a part of the project are available to view separately.

In this activity, provided by Digital World Biology, students use free, online biotechnology resources to investigate how well different commercial antibodies might work against SARS-CoV-2 variants. Students will first use NextStrain.org to locate and detect the spike proteins of emerging SARS-CoV-2 variants. Next, they will "use iCn3D and BLAST to align the sequence of the variant spike protein to a sequence of a spike protein that is bound to a commercial antibody." After identifying mutations in the antibody binding site, students will then compare "chemical bonds that would be formed between the original amino acid and the antibody with the predicted bonds that could be formed by the variant amino acid and predict whether their antibody will be effective against their variant."

Included is a 3-page instructor guide detailing each step of the activity, a 2-page student instructional sheet, activity materials, such as data spreadsheets, and an informational video on using...

This 172-page resource was developed as a reference guide for the IT Skill Standards 2020 and Beyond project grant, explaining in step-by-step detail how to collaborate with employers to develop future-facing technical skill standards and then use that work to align curriculum to workforce needs. This guide also provides a hard copy of the final version "products" the grant created (KSA+Ts - knowledge, skills, abilities, and tasks, key performance indicators, employability skills, student learning outcomes, and degree expectations).

A companion report on the impacts and outcomes of the ITSS project is available to view separately.