This Lab is situated in the new systems engineering department building en route to the Julius Berger auditorium. The lab has a capacity of thirty (30) including the technologist and lecturers. A variety of software packages are available for use by the students in the lab and every effort is made towards ensuring that only relevant software packages are installed all of which are frequently updated.
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The lab facility is located at the old Niger-dock Center and is equipped with fully networked computer systems. Research on adaptive control theory and applications to propulsion and transportation, active control, theory and applications. The focus of the laboratory is to do research and teaching in the field of control engineering.
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Research on mechatronics, automation, interface between hardware and software, and development of sensing technologies; Fundamental physics of robotic systems are carried out here. Development, design, and planning algorithms for robotic applications, including space exploration.
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The lab facility is located at the old Niger-dock Center and is equipped with fully networked computer systems. Research on adaptive control theory and applications to propulsion and transportation, active control, theory and applications. The focus of the laboratory is to do research and teaching in the field of control engineering.
ReadMore
Research on mechatronics, automation, interface between hardware and software, and development of sensing technologies; Fundamental physics of robotic systems are carried out here. Development, design, and planning algorithms for robotic applications, including space exploration.
ReadMore
Its flexible hardware and
software platform allows for multiple axes, sensors and test chambers that can
be used when designing elaborate test applications. The advanced WinTest
software and PCI control facilitates time response analysis of test specimen.
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