Teaching Reform of Fundamentals of Combustion for Energy and Power Engineering Majors in Agricultural Colleges and Universities in the Context of New Engineering Course

The Fundamentals of Combustion course is an important compulsory course for Energy and Power Engineering Majors under the background of carbon peaking.According to the characteristics of teaching and scientific research at present,combined with the characteristics of complexity,interdisciplinary and rapid technology update of this course,this paper discusses the teaching content and teaching design of this course to meet the needs of talents of production,teaching and research under the background of new engineering course.It proposes more applicable teaching methods and practical means to broaden students horizons,stimulate students autonomous learning momentum,master the professional knowledge application ability,and cultivate innovative and competitive engineering professionals to adapt to the new energy strategy.

Evaluation Principles,Standards and Operating Strategies of Ideological and Political Teaching in Science and Engineering Courses

The reform of ideological and political education in science and engineering courses continues to deepen,and the establishment of a practical teaching evaluation system is the main goal.Combining the relevant requirements of the ideological and political education in science and engineering courses,establishing a teaching evaluation system needs to follow the corresponding principles to ensure that the teaching content is reasonable and the teaching objectives are clear.The selected teaching method is flexible and effective,which facilitates the improvement of teaching quality and feedback of teaching situation.In this regard,the paper mainly analyzes the principles and standards of ideological and political teaching evaluation for science and engineering courses,and chooses reasonable and operable measures in-line with actual requirements to apply them in practice,and strive to serve as a reference for subsequent related research.

Teaching Reform Conception of Software Engineering Core Courses for Cloud Application

In the 10 years after the concept of cloud computing was put forward,compared with traditional technologies and methods,great changes have taken place in the development methods,technical architecture,deployment methods and operation and maintenance modes of software systems.At present,software projects for cloud applications occupy the mainstream in the market.However,the undergraduate training programs for software engineering or computer science majors in many universities in China are still relatively traditional,lagging behind the development of cloud computing technology for freshmen.In view of this situation,this paper tries to select 3 core courses of“Requirements Analysis and System Design,Web Development Technology,Cloud Native Technology”in the undergraduate training program of software engineering major of Harbin Institute of Technology 2020 as the baseline,and puts forward the idea of breaking the barriers between courses and carrying out penetrating teaching reform.It aims to train students to have the ability to analysis,design and implementation of cloud-based application systems to meet the new needs of the market.

A Software Engineering Project Course for Undergraduate Students

Software engineering(SE) courses are confronted with predicaments how to cultivate students' engineering concept and how to abridge the distance between the academy and industry.The "Computing and Software Engineering,III(CSE III)" helps students mimic a real-world software development and broaden realworld SE view.With the spiral model as the main development model,the CSE III course includes not only the SE theory knowledge,but also quick learning,team cooperation,development management and risk management skills which meet the real-world industry requirements.Our contribution is providing an introductory course for multiple dimensions of knowledge,creating a real-world software development circumstance for students under quantitative control and designing a systematic and practical evaluation mechanism which stimulates the interests of students.CSE III has been executed from 2009 and obtains a valuable teaching and learning effects among our teachers,TAs and students;and we add refinements to the course according to feedbacks of participants.This paper will describe the design and practice of the CSE III course.

Exploration and Application of Ubiquitous Mapping in Engineering Practice Courses in the Intelligence Age

In the current era of digital surveying and mapping to intelligent surveying and mapping,ubiquitous surveying and mapping has brought many opportunities and challenges to college engineering course teaching.With the development of ubiquitous surveying and mapping,college engineering practice courses urgently need to respond to ubiquitous surveying and mapping.The research aims to integrate the development of ubiquitous surveying and mapping into the teaching of engineering practice courses in colleges,including promoting Android,Brower/Server(B/S),and Client/Server(C/S)to build a platform for practice courses.This also incorporates real development cases in measurement data processing such as gravity field refinement.In this way,the teaching level of engineering practice courses in colleges can be improved,and new ideas can be put forward for cultivating surveying and mapping talents in the new era in colleges.Finally,it can also provide new ideas for the organization of surveying and mapping practice courses under the background of the pandemic.

Related Measures on Improving the Teaching Quality of DGED Course

Engineering Drawing course is one of the main contents of teaching at most of science and engineering colleges or univer- sities. In this paper, some feasible measures is discussed on improving the teaching quality of Engineering Drawing course from four aspects, including diversified teacher participation and coordinating the teaching process, optimizing the content of teaching and im- proving teaching quality, improving teaching effect and reforming teaching methods, and integrating practice and cultivating practi- cal ability.