Technical session I
|
MMS in the Engineer Program: Methodology I
|
2
|
Method of closed vector contours for teaching/learning MMS
|
21
|
Design of Cam Mechanisms with Swinging Roller Follower: the Modern Algorithm-based Approach
|
23
|
On the Use of Gröbner Bases in a Robotics Course
|
14
|
New Educational Methodology to Study the Involute Tooth Profile
|
25
|
Cultural and educational significance of MMS competitions for future engineers
|
|
|
Technical session II
|
MMS in the Engineer Program: Methodology II
|
1
|
Project-based learning applied to mechatronics teaching
|
11
|
Learning Machine diagnostics through Laboratory Experiments
|
10
|
Dynamics and Mechanical Vibrations. Complementing the Theory with Virtual Simulation and Experimental Analysis
|
18
|
Experimental determination of the fundamental parameters of road traffic and noise levels emitted
|
27
|
Innovative and multidisciplinary teaching through the design and construction of low consumption vehicles for international competitions
|
|
|
Technical session III
|
MMS in the Engineer Program: Applications and Research
|
6
|
A Comparative Analysis of Teaching MMS at Politehnica University of Timişoara and University of Cassino and South Latium
|
7
|
Educational Application for Motor Vehicle Performance Calculation
|
9
|
Using an Android App for teaching Mechanism and Machine Theory
|
12
|
Dynamics of Adaptive Mechanisms - New Division of TMM
|
16
|
Generated Graphics and Game Development Software in Engineering Education: Perspectives and Experience of Usage
|
|
|
Technical session IV
|
MMS in the Engineer Program: New trends
|
4
|
Tool2Task – A software tool for automatic task generation in mechanism theory
|
8
|
Strengthening the interaction of art and science through rubric-based evaluation models: the final degree project of the dual degree of engineering in industrial design and mechanical engineering
|
20
|
Analytical or Computer-aided graphical methods for introductory teaching of mechanism kinematics?
|
22
|
Automatic grading of student-specific exercises in large groups of the subject Theory of Machines and Mechanisms
|
26
|
Application of 3D printing to the intersection of surfaces learning in a descriptive geometry course
|
|
|
Technical session V
|
Mechanical Engineering education: Experiences
|
15
|
Didactic methodologies used in industrial design and mechanical engineering for the implementation of the marked competencies and their professional insertion
|
17
|
Educational Resources for Self-Learning of Descriptive Geometry
|
19
|
Internship Experience for Learning the Operation of a Cable-Driven Robot for Rehabilitation Tasks
|
3
|
Free and Open Source Software for Technical Texts Editing, Its Advantages and Experience of Usage on TMM Training in Bauman University
|