This article presents an overview of Peace Engineering activities at the University of New Mexico (UNM) School of Engineering (SOE) and Health Sciences Center (HSC). In 2018, UNM's SOE hosted the joint summit of the World Engineering Education Forum and Global Engineering Deans Council. The theme, “Peace Engineering,” focused on science and engineering-based solutions to the world's grand challenges. Outcomes of this first global conference on Peace Engineering include creating new academic programs and opening a wide new area for education, research and innovation addressing climate change, water, health care, food security, ethics, transparency, infrastructure resilience, sustainability, social equity and diversity. UNM Peace Engineering-related activities include the Ibero–American Science and Technology Education Consortium (ISTEC), the Sustainable Water Resources Grand Challenge associated with the Center for Water and the Environment (CWE), the Microgrid Systems Laboratory and Smart City Initiative, the Center for Engineered Resilience and Ecological Sustainability, Project ECHO, the WHY (What do engineers do? How the heck do you do that? WhY am I taking this course?) Lab the Global Peace Laboratories Network, Peace Engineering minor, webinars and case studies. UNM is collaborating with national laboratories, industry, and academia globally. Engineers must understand, measure, and predict the intended and unintended consequences of their work and products. We summarize a complex systems approach to measure positive and negative peace interactions and provide a path to analytic and predictive tools that link engineering abstraction to real-life world experiences.

本文概述了新墨西哥大学 (UNM) 工程学院 (SOE) 和健康科学中心 (HSC) 的和平工程活动。2018年，UNM的SOE主办了世界工程教育论坛和全球工程院长理事会的联合峰会。主题“和平工程”侧重于以科学和工程为基础的解决世界重大挑战的方法。首届和平工程全球会议的成果包括创建新的学术项目，并为应对气候变化、水、医疗保健、粮食安全、道德、透明度、基础设施弹性、可持续性、社会公平和多样性。UNM 和平工程相关活动包括伊比利亚-美洲科技教育联盟 (ISTEC)、w ^帽子做工程师吗？^ h流量赫克你做到这一点？瓦Ÿ我在参加此课程？）实验室全球和平实验室网络，平安工程未成年人，网络研讨会和案例研究。UNM 正在与全球的国家实验室、工业界和学术界合作。工程师必须了解、衡量和预测他们的工作和产品的预期和非预期后果。我们总结了一种复杂的系统方法来衡量积极和消极的和平互动，并提供了一种将工程抽象与现实世界经验联系起来的分析和预测工具的途径。