Computer-Aided Design systems (CAD) focused on spatial parametric modeling are used nowadays to design different objects, from the simplest parts or assemblies to the most complex engineering systems. Using Computer-Aided Design systems (CAD), it is possible to quickly and conveniently modelling reliable, durable, attractive-looking products at an affordable price. The courses introduce the methodologies of Computer-Aided Design, how to model parts, assemblies and make drawings of these parts and assemblies using Computer-Aided Design systems (CAD). The course is designed for beginner and advanced educators who may apply Computer-Aided Design systems in engineering drawing, design and graphics classes. The course will also be useful for design engineers working with Computer-Aided Design systems.
In these courses, you will learn the principles and methodologies of computer-aided design. Skills are developed to create and edit various 3D elements, use computer-aided design systems to design parts and assemblies of various configurations, create engineering drawings from 3D and assembly models, and apply the skills of working with computer-aided design systems in the field of design of mechanical systems.
phone +370 684 18247
email ramunas.cesnavicius@ktu.lt
Kristina Liutkauskienė is very experienced in teaching students computer-aided design (CAD) subjects as well designing mechanical parts and assemblies.
Ramūnas Česnavičius is an associate professor at Kaunas University of Technology, Faculty of Mechanical Engineering and Design, Doctor of Technology, with more than 18 years of experience working at the university and more than 4 years of practical work experience in designing of mechanical systems, and also has many years of experience in teaching students Computer-Aided Design (CAD), Computer-Aided Engineering (CAE) and Computer-Aided Manufacturing (CAM) subjects.
Dr. Sigitas Kilikevičius is a professor of the Department of Transport Engineering at Kaunas University of Technology. He works in the fields of structural dynamics and mechanics of mechanical and transport systems including aerodynamics, computational methods in structural mechanics, aeroelasticity and vibrational technologies. Overall, he has published over 60 scientific publications, including 13 in Q1-Q2 JCR SCIE, 4 schoolbooks, and received 2 patents. He delivers study modules such as Computer-Aided Design, Design of Vehicles, Rocket Technology and Motion, Computational Aerodynamics.
K. Donelaičio St. 73
44249 Kaunas, Lithuania
phone: +370 (671) 36 146
email mvg@ktu.lt
