造纸科学与技术2024,Vol.43Issue(7) :164-168.DOI:10.19696/j.issn1671-4571.2024.7.039

轻化工程专业英语课程教学的优化策略——以制浆造纸专业为例

Optimization Strategy of English Course Teaching for Light Chemical—Engineering Majors:A Case Study of Pulp and Paper Majors

王培枫 王晶 谢双梅
造纸科学与技术2024,Vol.43Issue(7) :164-168.DOI:10.19696/j.issn1671-4571.2024.7.039

轻化工程专业英语课程教学的优化策略——以制浆造纸专业为例

Optimization Strategy of English Course Teaching for Light Chemical—Engineering Majors:A Case Study of Pulp and Paper Majors

王培枫 1王晶 2谢双梅3
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作者信息

  • 1. 马来西亚苏丹伊德里斯教育大学 语言与传播学院,马来西亚霹雳州,35900
  • 2. 莆田学院 文化与传播学院,福建 莆田,351100
  • 3. 攀枝花学院,四川 攀枝花,617000
  • 折叠

摘要

专业英语课程是轻化工程专业人才培养的重要环节.以制浆造纸专业为例,当前专业英语课程教学中存在课程定位不清晰、教学内容脱离生产实际、教学方法单一等问题,难以满足学生的学习需求和行业发展需要.基于此,在分析制浆造纸专业英语课程教学现状与问题的基础上,从制浆造纸原料与设备、制浆造纸过程质量控制、制浆造纸技术前沿与可持续发展等方面,提出了教学内容优化策略,旨在为提高制浆造纸专业英语课程教学质量、培养高素质轻化工程技术人才提供参考.

Abstract

Professional English courses are an important part of the training of light engineering professionals.Taking pulp and paper major as an example,there are some problems in the current teaching of professional English courses,such as unclear course positioning,teaching content divorced from the actual production,and single teaching methods,which are difficult to meet the learning needs of students and the development needs of the industry.Based on the analysis of the current situation and problems in the teaching of English courses for pulp and paper majors,this paper puts forward teaching content optimization strategies from the aspects of raw materials and equipment for pulp and paper making,quality control of pulp and paper making process,frontier and sustainable development of pulp and paper technology,aiming at providing references for improving the teaching quality of English courses for pulp and paper majors and cultivating high-quality light engineering and technical talents.

关键词

轻化工程/制浆造纸/专业英语/教学优化

Key words

light engineering/pulp and paper making/professional English/teaching optimization

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基金项目

福建省社会科学基金项目(FJ2023BF109)

2024年四川文艺评论研究中心基金项目(WYPL-2024004)

出版年

2024
造纸科学与技术
广东省造纸学会 广东省造纸研究所

造纸科学与技术

CSTPCD
影响因子:0.269
ISSN:1671-4571
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