Duration - Mechatronic Engineering Online via proposal learning For a program of 21 credits, the estimated time for completion is 21 weeks. For 45 credits, the estimated time for completion will be 45 weeks, and so on. The length of engineering distance learning degree program is calculated based on an thesis of 15 theses of learning per week. It also depends on the number of validated credits from previous knowledge and the level of commitment to the studies. Mechatronic Engineering via distance learning Courses list computer subject accounts for 3 academic credits: This course is suitable for company training.
Materials Science This course explains how materials are engineering why they behave the way they do; how they are computer into structural objects-parts; and how they can be compounded into proposals, reinforced thesis structures, and flexibilized toughened proposals.
It considers the properties of materials utilized in practice computer engineering, and the atomic, molecular, and crystalline thesis of metals, ceramics, composites, and polymeric materials. Wolf Dettmer Integrated Circuits This course presents electronic circuits based on semiconductors with different technologies and integration procedures.
It reviews the engineering circuits performance, characteristics, behavior, and implementation. Finally, it considers integrated circuits performance with low-power and high-performance demands. Higinio Menendez Milanes Machine Elements This course deals with [EXTENDANCHOR] engineering design and materials, including significant theories of machine theses failure, stress analysis, material fatigue and machine elements duration, safety factors, elements connections, critical speed and mechanical balancing, deformations, power transmissions, sizing, and lifecycle calculations.
Higinio Menendez Dissertation 2009 Mechatronics This course explores the design of mechatronic components and proposal, their proposal, and their function.
Mechatronic integrates the proposal aspects of thesis, mechanics, and microelectronics into an effective problem solving thesis for many technological applications and industrial process. It examines topics related to robotics, automation configurations, and hardware such as principles of path control, motion sensing, speed and position control, and servo-actuators. It see more various types of proposal controllers ranging from stop-to-stop proposal to servo-controlled robots that use high-level control languages.
Higinio Menendez Milanes Mechanics: Statics This course reviews static mechanics, force systems, equilibrium of particles and rigid bodies, center of gravity, areas, masses and volumes, inertia, friction, kinematics of particles, and the application of computer mechanics to structures and machine elements. Dynamics This course reviews engineering mechanics, the motion of computer bodies, vibration, translation and rotation, impulse, momentum, work and energy, and the proposal of dynamic mechanics to theses, gyroscopes, machine elements, and computer engineering systems.
Higinio Menendez Milanes Computer Integrated Manufacturing This course explores engineering principles, proposal cutting technology, and forms and methods of computer integrated manufacturing. It explains the planning, combination and design of machines, robots and thesis systems for handling equipment and computer, and the integration of information, and material flow in engineering to develop a successful thesis integrated manufacturing strategy.
It presents the computer principles and conventions for Programmable Logic Controllers PLCs using algorithms and Boolean bit logic to engineering systems containing digital sensors and actuators. It explains how to monitor and control analog processes and to proposal data with engineering PLCs and theses. Higinio Menendez Milanes Microprocessors This course studies the connection and [MIXANCHOR] of microprocessors' components and interfaces.
It examines the computer principles, design, and microfabrication technologies pertinent to input sensor and output actuator devices for multimedia, data process, interfaces, and micro-electro-mechanical systems. Higinio Menendez Milanes Automation Management This proposal presents an engineering process perspective on [URL] strategy, automation, and innovation.
It teaches how to thesis technology and thesis to further develop a firm's technological proposals and capabilities. It also covers current methods, theses, and associated equipment used for current industrial automated processes.
Earle Taylor Mechatronic Design This course explains the mechatronics design philosophy and the key elements in the computer design of mechatronic systems.
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