热能与动力工程专业,major of thermal energy and power
1)major of thermal energy and power热能与动力工程专业
英文短句/例句
1.The Study and Practice on Course Construction System of Thermal and Power Engineering Major;热能与动力工程专业建设探索与实践
2.On the Program of the Professional Thermopower and Power Engineering Talents Cultivation;热能与动力工程专业本科人才培养方案的探讨
3.Explore on the Specialized Basic Course Teaching of Thermal Energy and Power Engineering in Independent College独立学院热能与动力工程专业基础课教学探索
4.Practice on Teaching Method Innovation in Applying Engineering Cases to Speciality Course;工程案例教学法在热能与动力工程专业课教学改革中的实践
5.Exploration and Practice in the Teaching Reform of the SpecializedCourse Design of Thermal Energy and Power Engineering;热能与动力工程专业课程设计教学改革的探索与实践
6.Discussion on Course System for Thermal Energy and Power Engineering Professional;热能与动力工程专业人才培养模式及课程体系探讨
7.Study on the graduation project Model of Product Teaching and Research in a Specific Field of Heat Energy and Kinetic Engineering;热能与动力工程专业毕业设计产、学、研模式的探索
8.Teaching Reform on Graduation Practice Design in Thermal Energy and Power Engineering Major;热能动力专业毕业实习与设计教学改革
9.Study of the education mode in the teaching of gas and heating;高工专城市燃气与热力工程专业人才培养模式的研究
10.On Setting Major Courses of Electric Information Engineering& Developing Students Competence;电子信息工程专业课程设置与学生能力培养
11.Taught in the speciality of Refrigeration &Cryogenics. The professional titles are: associate professor (1985-1992).1992在西安交通大学能源与动力工程学院制冷与低温工程专业副教授。
12.Research and practice on teaching reformation of thermodynamics course bringing the point of specialty into prominence;突出专业特点改革工程热力学课程教学的研究与实践
13.Cultivating the Practical Ability of the Students of Proess Equipment and Control Engineering;过程装备与控制工程专业学生工程实践能力的培养
14.The knowledge structure and ability structure of civil engineering specialty;土木工程专业培养人才的知识结构与能力结构
15.Ways to Train Innovative Ability of Students Majoring in Food Science & Engineering食品科学与工程专业培养学生创新能力的途径
16.Construction and Practice of Professional Ability in Blasting in Higher Vocational College高职高专工程爆破职业能力构建与实践
17.OnTeacher s Professional Engineering Practice Capacity-building Projects;论工科专业教师的工程实践能力建设
18.University graduate majoring in Mechanical， Material， Welding, Thermal Power, Chemical Machinery and other Engineering.大学本科毕业，专业是机械，材料，焊接，热能，化工机械和其他工程专业。
相关短句/例句
thermal dynamic speciality热能动力工程专业
1.Essential ability was introduced briefly,the main contents of Essential ability was defined according to the currently occupational education status,some exploratory teaching reformations were come up with,thermal dynamic speciality was taken as example,which were analyzed in details on each teaching phase.概述了职业中的"关键能力"的相关理论,尤其是根据我国目前职业教育现状定义了"关键能力"的主要内容,探索性地提出了教学改革措施,并以热能动力工程专业为例,在各个教学阶段进行了全面地解析。
3)Thermal Energy and Power Engineering热能与动力工程
1.Discussion on Course System forThermal Energy and Power Engineering Professional;热能与动力工程专业人才培养模式及课程体系探讨
2.Reform in the practical teaching of thermal energy and power engineering;热能与动力工程专业实践教学改革的探讨
3.The development of thermal energy and power engineering (refrigeration) in Zhongyuan University of Technology has been introduced from education idea, speciality localization, instructional plan, curriculum system, experience instruction and so on.从办学思想、专业定位、教学计划、课程体系、实践教学以及师资队伍建设等几个方面介绍了热能与动力工程专业(制冷方向)在中原工学院的发展。
4)thermal and power engineering热能与动力工程
1.In view of the course situation of thethermal and power engineering,the construction and development of the subject as well as the orientation and mode of course construction are discussed.针对我院热能与动力工程专业的课程体系现状,研究和探讨了该专业学科发展和课程建设的方向和模式,阐述了热能与动力工程专业课程教学内容和课程体系进行的改革研究与实践以及在实验教学方面所采取的措施。
2.According to the guidelines of undergraduate education in order to provide quality graduates for future, based on the current situation, the development ofthermal and power engineering course in our university is described.根据培养工程型、应用型专业人才的指导思想,针对我校热能与动力工程专业的课程体系现状,研究和探讨了该专业学科发展和课程建设的方向和模式,阐述了热能与动力工程专业课程教学内容和课程体系进行的改革研究与实践以及在实验教学方面所采取的措施。
5)Special(i)ty of Thermal Energy热能工程专业
6)thermal power speciality热能动力专业
延伸阅读
江苏南京信息工程大学滨江学院电气工程与自动化专业江苏南京信息工程大学滨江学院电气工程与自动化专业电气工程与自动化该专业为宽口径引导性专业。培养能够从事电气检测、电力系统及其自动化、研制开发、工程设计与施工、系统集成等具有宽广知识面和较强适应能力、创新能力、创业能力的复合型高级工程技术人才。本专业学生主要学习电工技术、电子技术、自动控制、计算机技术等方面较宽广的工程技术基础和一定的专业知识。本专业主要特点是强弱电结合、软件与硬件结合，具有解决电气工程技术分析与控制技术问题的基本能力。主要课程为：电路原理、电子技术基础、电机学、电力电子技术、控制理论、电力拖动、计算机技术(语言、软件基础、硬件基础、单片机等)、信号与系统。
