The duration of the program is 2 years.

Mechatronics is the integration of mechanics, electrical machines, automation equipment, power electronics, microprocessor technologies, and software. The newest direction of engineering is considered to be one of the most promising and requires Universities to prepare real professionals.

Graduates in the field of training "Mechatronics and Robotics" have the opportunity to work in modern international engineering companies and high-tech manufacturing enterprises where the design, production, commissioning and operation of modern robotic equipment are held.

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OBJECTIVE

Mechatronics is a synergistic and integrated process of several sciences and skills (among which control and computer sciences, electronics, mechanics) which allows to conceive and to design products and systems with augmented or improved functionality and which requires to consider the conception of the product or system in its overall lifecycle in a cooperative interdisciplinary approach.

After having completed this program, the students are being prepared for Ph.D. studies. They can also work as engineers or occupy high level technical and scientific positions in research centers, in research and development departments and in specialized consulting firms.

COMPETENCIES AND KNOW-HOW ... [-]

Program description:

Advanced Computational Mechanics (ACM) is addressed for students who want to increase their knowledge in mechanics and computer application in the design of structures (CAD, FEM), material design (CAMD), material selection (CAMS), manufacturing (CAM) and monitoring of machines.

Program of studies:

Regular:

Advanced mathematics (4 ECTS), Engineering Mathematics II (2 ECTS), Solid state physics (2 ECTS), Continuum mechanics (2 ECTS), Analytical mechanics (2 ECTS), Numerical methods II (2 ECTS), Object-oriented programming (1 ECTS), Material science II (4 ECTS), Modern structural materials (2 ECTS), Advanced modeling of materials and structures (5 ECTS), Modeling in machine design (4 ECTS), Integrated processing systems (3 ECTS), Advanced FEM modeling (4 ECTS), Advanced strength of materials (2 ECTS), Dynamics of mechanical systems (2 ECTS), Experimental mechanics of solids (2 ECTS), Individual project (5 ECTS), Seminar (3 ECTS), Final project (20 ECTS) ... [-]

The Master of Science in Mechanics of Materials and Structures (MMS) is an official Master’s degree of the European Higher Education Area. The master MMS is aimed at students who wish to develop their knowledge and skills regarding the mechanical behaviour of materials and structures.

The MMS Masters provides the student with the necessary skills to atake up leading roles in analysis, design, research, and development of structures with applicability in a variety of sectors (aerospace, building, race sport, marine, sports goods, civil, mechanical or wind turbine engineering). The MMS master’s classes are performed by teachers with high international recognition in scientific research and technology transfer to the industry.... [-]

PRESENTATION

The second cycle in Mechatronics Engineering aims to empower its students with 3 skill levels:

general 1.Competências - Professionalism in Engineering, ability to work in team and leadership; reading ability and comprehension of scientific and technical articles; capacity analysis results; ability to propose new original solutions in the context of development or research; capacity utilization acquired knowledge for solving complex and unfamiliar problems in multidisciplinary contexts;

specific 2.Competências - ability to use advanced mathematical methods in the design and design of new Mechatronic equipment; enabling the development of Mechatronic equipment; ability to create and modify simulation software; capacity development and implementation of automated systems for the manufacture or testing of industrial products (integration of different technologies, pneumatics, electronics, machine vision); ability to prepare the planning of the manufacture of new products. ... [-]

Branch Profile

Deeper knowledge of the core disciplines of mechanical engineering creates a broad basis for creative applications in engineering and other professional growth through various forms of lifelong learning. The main emphasis in graduate education in the field of Applied Mechanics is on the readiness and ability to develop, elaborate and make practical use of modern computational and experimental approaches to solve technical problems. Graduates will be able to perform static, kinematic and dynamic analysis of mechanisms and structures, to apply fracture mechanics in the assessment of limit states of components and structures, to assess the reliability and durability of machines and temperature loading, deal with technical tasks, flow dynamics and hydro-thermodynamic systems and heat and mass transfer. They will be able to exploit and further develop computer support in the design, planning and research activities for specific applications.... [-]

Mechatronics Design combines the fields of mechanical and electrical engineering in the study of integrated modelling, analysis, design and manufacture of electromechanical and mechatronic systems. These principles can be applied in the following industries: transportation; manufacturing and production engineering; biomedical and healthcare technologies; energy; aviation and aerospace; automated office and household technologies; and computer systems.

Students must have a Bachelor of Applied Science or equivalent, as well as some prior education in mechatronics design, to be eligible for the Mechatronics Design MEng program.

Why UBC?

STRONG RESEARCH

The department has one of the most active research programs in Canada. It is home to 9 Research Chairs and is a member of 12 Research Institutes and Centres. Our major research groups are in Biomedical Engineering, Design and Applied Mechanics, Mechatronics and Manufacturing, and Thermofluids.... [-]

The Master’s programme “Mechatronics Systems”, within course 24.04.05 “Aircraft Engines”, was created together with one of the leading universities in Finland, Lappeenranta University of Technology (LUT).

The students have the unique opportunity of borrowing the experience not only of Russian but also foreign specialists in the field of building mechatronics systems and receiving an education of the highest level, confirmed simultaneously with two diplomas, Russian and European.

The programme graduates receive not only deep theoretical knowledge, but also broad practical skills in automatic control systems, commercial pneumatic and hydraulic units, and mechatronics systems. The students' study theory without separation from practice, which is supported by multiple laboratory equipment units, created on the basis of modern commercial models. The graduates in this academic programme are in demand both by Russian enterprises and foreign companies working with automation and mechatronics.... [-]

Introduction

Mechatronic systems engineers use precision mechanical, electrical, and computer engineering, as well as math and computer science, to design the enhanced products, systems, and manufacturing processes demanded by today’s marketplace. Connecting the disciplines of mechanics, electronics, computer science and control engineering is the core competence of modern engineering. Thus the Mechatronics curriculum provides a broad insight into state-of-the-art methods for this interdisciplinary combination reinforced by research projects carried out at the university or in industry. Using advanced scientific and engineering knowledge, mechatronic systems engineers combine mechanical, electric, and electronic subsystems to create single controllable systems. The automobile today contains over 100 computers – and is just one of the many modern machines, from clothes dryers and dishwashers to auto-focus cameras and ATMs, that relies on mechatronic systems. Mechatronic systems engineers also play an indispensable role in industrial robotics and the development of autonomous (unmanned) vehicles, which can function as everything from space probes to mobile military reconnaissance units. A future career is possible in a wide array of branches including aviation engineering, automotive industry, shipbuilding, biomedical devices engineering and electronic entertainment.... [-]

Teaching Characteristics Besides knowledge-based courses, the hands-on activities, the cultivation of creativity, and the capstone courses are specially offered in our training. Arranging undergraduate students to go to Hiroshima University, Southeastern University to have international academic interactions. A double degree program with famous universities in the world. Research Characteristics Main research fields: Energy Technology, Solid Mechanics/Design, Advanced Materials, Precision Manufacturing, Thermal Fluids, System Engineering/Automatic Control, Opto-mechatronic Engineering, Electromechanical Integration. Large research projects: Design of the IC/PV/LED manufacturing equipment, Energy storage, Fuel cells, Clean coal technology, CO2capture, Wind power systems, Energy saving, Taiwan-Russia satellite. The average research budget from 2008 to 2010 was 0.099 billion NT dollars per year. Each teacher publishes 2.7 pieces of SCI/SSCI publication per year. ... [-]

Masters in Mechatronics.

The consecutive master’s degree enables graduates of Mechatronics and other related fields of study to deepen their knowledge of networked systems in digital production.

Degree: Master of Engineering (M.Eng.) Duration: 3 semesters or 18 months Start: Course begins annually in October and March Admission requirements Undergraduate degree or equivalent with a min. of 210 ECTS credits from a German or international university in the following subject areas: Industrial Engineering, Engineering Physics, Mechanical Engineering, Electrical Engineering, Mechatronics Required English skills Key areas of study Cyber-physical systems Cooperative and autonomous systems Advanced simulation systems Additive manufacturing Career Prospects: Master Mechatronic and Cyber-Physical Systems ... [-]

Master's Degree in Mechatronics

The study of Mechatronics – a combination of “mechanics” and “electronics” - combines mechanical engineering, electronic engineering and informatics. This interdisciplinary engineering field of study encompasses the collective area ranging from basic substructures, facilities and technology for development, to production and operations of future-oriented technical machinery, appliances and equipment. In the process, systems from technical components are combined with intelligent control systems.Mechatronics has increasingly changed our everyday lives with products and systems such as integrated ABS and EBS in automobiles, DVD and Blue-Ray Players, mobile communications with UMTS systems and video communications. Mechatronics is an essential catalyst for product innovation and the potential is growing more rapidly than ever before.... [-]

Institute of Mechatronic Science and Technology at Southern Taiwan University

To meet the new wave of mechatronics engineering age and the upcoming new millennium, in 2002 the institute is founded to meet the needs of the nation's long-term development. The institute aims to develop advanced mechatronics technology and system by integrating interdisciplinary sciences of electrical engineering, electronics engineering, mechanical engineering, computer science, control, material and optoelectronics along with the technology of IC and optoelectronic type actuator and sensor development, precision finishing, design positioning, control, fabrication, and inspection. The institute also endeavors for stronger and broader academia-industrial links with local industries to cultivate advanced research and development specialists with capabilities both in practical experiences and academic bases. The focal points of research and development in the institute are listed below.... [-]

Program: 120 ECTS credits, full-time study (2 years), Master’s Degree

Eligibility: Candidates must hold a Bachelor's Degree in the corresponding field

Scholarship: scholarship covers the tuition fee, some study materials and includes the number of additional payments for personal needs that vary from 3600 to 11000 RUR (from 60 to 190 USD) depending on the academic performance

Carier start: successful students have an opportunity to work in the University during the study period!

Career prospects: graduates, who have completed the Master's program " Automation and Mechatronics", are prepared for independent scientific and practical activities, to the development of software, mathematical and technical assistance for the creation of automatic and automated control systems. Therefore, after graduation, they are in demand at many enterprises, research and production firms and commercial structures... [-]

Program Overview

The program combines theoretical and practical training in the field of robotics and industrial automation in various sectors of the economy, automation of technological processes, planning systems and business management methods and means of computer control and automation of production, transport, dispatching and other systems.

The specifics of the program is to prepare in the framework of research and design activities of professionals in the field of mechatronic and robotic systems for various, including special purpose entities.

acquired competence compilation of mathematical models of mechatronic and robotic systems, subsystems, including the executive, information and sensor and control modules; use software packages for various purposes; Development and research of models of experimental control, information and execution units of mechatronic and robotic systems; and development of methodologies for conducting experiments on samples and current pilot mechatronic and robotic systems and subsystems; organization and conduct of scientific research; protecting the rights of intellectual property; participate in the development of design and project documentation mechatronic and robotic systems. Competitive advantages highly faculty; availability of modern laboratory and technological base for the educational process and scientific research; Partnership with research institutes of the Russian Academy of Sciences; joint research with universities in Russia (Moscow, St. Petersburg, Omsk, Krasnoyarsk), Europe (Germany, Austria, France, Italy), Asia-Pacific (South Korea, China, Japan, Taiwan); partnership leading industrial enterprises of the Far Eastern region; Membership in Russian and international scientific and technical communities; Implementation of training on the basis of scientific and educational center "Underwater Robotics"; participation in... [-]