职业生涯, Placement 和 Outcomes - 冶金与材料工程系
The 教育目标 (PEOs) of the Metallurgical 和 Materials 工程 Program are to produce graduates who achieve some of the following within five years of receiving their Bachelor of Science 学位:
教育目标
- 练习M&我的专业表现如下
- 继续从事专业工作;
- 升职，和/或
- 扩大职业责任
- 获得专业注册
- 专业工程师(PE)
- 合格专业人员(QP)，和/或
- 专业认证
- 完成高级硕士学位&机电工程或相关领域
- 理学硕士(MS)
- 工程硕士，
- 博士学位(PhD或ScD)
- 继续专业发展，通过
- 社会成员和参与;
- 工商管理硕士(MBA)
- Continuing education through seminars 和 leadership training in Project Management, 健康与安全, 以及其他与职业相关的领域, 和/或
- 与工程相关的志愿服务.
学生的结果
The Bachelor of Science in Metallurgical 和 Materials 工程 curriculum was developed in consonance with ABET criteria to ensure its graduates have the abilities to:
- 识别, 制定, 和 solve complex Materials Science 和 工程 problems by applying principles of engineering, 科学, 和数学
- apply engineering design to produce solutions that meet specified needs with consideration of public health, 安全, 和福利, 以及全球, 文化, 社会, 环境, 经济因素
- 与广泛的受众进行有效的沟通
- recognize ethical 和 professional responsibilities in engineering situations 和 make informed judgments, 哪一个必须考虑工程解决方案在全球的影响, 经济, 环境, 以及社会背景
- 在团队中有效地发挥作用，团队成员共同发挥领导作用, 创造一个协作和包容的环境, 建立目标, 计划任务, 达到目标
- 发展和进行适当的实验, 分析和解释数据, 并运用工程判断得出结论
- acquire 和 apply new knowledge as needed, using appropriate learning strategies
- 应用先进科学, 比如化学, 生物学, 和物理), 计算 techniques 和 engineering principles to materials systems implied by the program modifier, e.g.、陶瓷、金属、聚合物、生物材料、复合材料
- integrate the underst和ing of the scientific 和 engineering principles underlying the four major elements of the field: structure, 属性, 处理, 和 performance related to metallurgical 和 materials systems appropriate to the field, 和
- apply 和 integrate knowledge from each of the above four elements of the field using experimental, 计算, 和 statistical methods to solve materials problems including selection 和 design consistent with the program educational objectives.
为了满足这些学生的学习成果，课程已发展为:
- train students to underst和 a wide range of metallurgical 和 materials engineering applications 和 methods
- prepare students to adapt to an ever-changing world 和 its dem和 for minerals, 金属及材料, 和
- 为学生提供实用的, 通过众多实验课程的实践经验, 高级设计项目, 实地考察.
Students are encouraged to secure employment in metallurgical 和 materials engineering or related fields through summer internships 和 cooperative education programs. Internships 和 co-ops 为学生提供实用的 experience 和 helps guide their career choices, 支付大学费用, 并最终在毕业时提高他们的市场竞争力.
职业生涯
根据美国.S. 劳工统计局, 2023年，材料工程师的平均年薪为104美元,100, 收入最高的10%的人收入超过165美元,580. 预计在2022年至2032年期间，就业率将增长5%, 哪个比所有职业的平均速度都快. 各种行业都有机会，其中矿物, 生产和消费金属和材料. 这些行业包括但不限于采矿业, 制造业, 石油, 铁/钢制作, 汽车, 回收, 化学物质, 论文/纸浆, 航空航天, 维护, 腐蚀, 和取证.
就业服务中心的说明
The placement statistics provided here come from annual surveys completed by graduates. This annual survey is conducted for the purpose of facilitating the career decisions of currently enrolled 和 prospective students. Placement data are based on responses received from the graduates who participated in the Montana Tech annual Graduate Surveys. 每年的班级由夏季、秋季和春季毕业生组成. 调查的一小部分是由第二手来源提供的. A conscientious effort has been made to ensure the accuracy of the career information included in this report. Because of the cyclical nature of the businesses 和 industries for which Montana Tech trains its students, placement statistics from any one year should not be viewed as representative long-term permanent results. 年度毕业生调查应该, 而不是, be viewed only as an informational resource in the career-planning process. Please contact 职业服务 if you have any questions about the survey information. 如需更多资料，请浏览调查全文: vut.remedioscaseros12.com/career-services/surveys/index.html