Engineering Commons^™

Matl 260/360: Elements Of Materials Science—A Peer Review Of Teaching Project Benchmark Portfolio, Bai Cui

UNL Faculty Course Portfolios

The goal of MATL 260/360 Elements of Materials Science is to make undergraduate students understand the fundamental concepts of the microstructure-property relationship of materials. This course portfolio addresses several key questions in teaching, such as how to teach new knowledge more effectively, how to increase student engagement, how to promote students’ interests and motivations, and how to use this course to improve students’ analysis and critical thinking skills.

To address each of key questions, the course activities include: relating the new knowledge with daily-life and industry examples; giving PPT slides for after- class study; assigning homework questions after each lecture; …

Ae 2250: Construction Graphics And Design—A Peer Review Of Teaching Project Benchmark Portfolio, Asregedew Woldesenbet

UNL Faculty Course Portfolios

This course portfolio designs and documents AE 2250 (Construction Design and Graphics) course that is taught in Spring 2016 at UNL's College of Engineering under the Durham School of Architectural Engineering and Construction program. The course is intended to introduce BIM (Building Information Modeling) to architectural engineering, construction engineering, construction management and civil engineering students ranging from freshman to juniors. This course portfolio documents the challenges associated with delivering this course, tailors the course objectives, activities and tracking measures to meet the course objectives throughout the semester. This portfolio uses quantitative and qualitative measures to track student performances and learning …

Nres/Metr/Bsen 479/879: Hydroclimatology—A Peer Review Of Teaching Project Benchmark Portfolio, Francisco Munoz-Arriola

UNL Faculty Course Portfolios

Rising temperatures and extreme hydrometeorological and climate events are evidences of a changing climate. An increasing population together with their demands for food, energy and water make changes in climate evidence the need to train a new generation of multidisciplinary professionals with a clear understanding of the effects of a changing climate in their activities. Historically, climate sciences were used for scientific and weather operational contexts and engineers applied stationary assumptions for multi-term planning. My goal is to identify elements built from classroom experiences about (a) the suitability of a hydroclimatology course for engineers and scientists; (b) the multidisciplinary skills; …