Computing Systems And Solutions

Embedded LABS is an innovative all-in-one lab solution for technical institutes that improves teacher's effectiveness and productivity, brings abstract and difficult curriculum concepts to life, enables multi-sensory learning, and improves academic performance and skill set of students.

The increasing use and abundance of personal communications devices, and the continuous demand for qualified technicians and engineers in the telecommunications industry, accentuate the need for communications training systems that optimize teaching time and effort. Training systems should enhance student learning and maximize the number of hands-on experiences in the area being studied, be it analog or digital communications, microwave, fiber optics, telephony, antenna, or radar technologies.

Technosys Systems telecommunications training systems meet these criteria and allow a wide-spectrum of training programs to be implemented, from introductory demonstration to the most-advanced levels of telecommunications technologies. Computer-assisted training using innovative software programs, virtual analog and digital communications training systems, and virtual instrumentation further enhance and optimize student learning. The end result is faster and better education for students in this modern and fast-growing area of technology.

The coverage of electricity in the Electric Power/Controls program is oriented towards providing understanding and knowledge of the machines, circuits and systems used to produce, distribute and control electric power in today's domestic, commercial and industrial settings.

Technosys Electric Power/ Controls program emphasizes hands-on experience with the internal construction, physical workings, and operation of electrical machines. Starting with basic principles of electricity and magnetism, students practice with actual AC/DC power circuits, rotating machines and other electromechanical devices, and gain valuable experience with real electrical power equipment. The study of advanced power control and protection systems, and modern solid-state power electronics devices are introduced in the same hands-on manner. Step-by-step instructions in laboratory exercise manuals guide students to successful completion of courseware objectives, and provide instructors with ready-made training programs that can be easily adapted and modified according to local requirements. Virtual instrumentation software, simulation-assisted training, and computer-based learning programs provide increased flexibility and a new, innovative approach to electric power education.

You may view the entire Electric Power/Controls product list below.

The electronic technology has strongly entered the automotive flied and is currently influencing the main characteristics of the people working for the maintenance and the improvement of the vehicle operation.
In fact, automotive industry is since a long time heading toward a change of the functionalities of the electric systems, with a special attention not only to the efficiency and the power of the engine, but in particular to the comfort of the passengers, to their safety in terms of accident prevention and minimization of the possible damages, to the energy saving through a reduction of fuel consumption and to the control of the gas emissions in order to reduce the contribution to environment pollution due to discharge gases.
This has implied the use of new devices, the substitution of mechanically controlled systems with electrical or electronic systems, and the use of microprocessor based technologies and of advanced techniques for malfunction diagnosis.

we know that just rolling out new energy generation components alone isn’t good enough.
From wind energy and photovoltaics to fuel cells and hydropower, novel and unique technologies are needed to develop the power generation and distribution systems of the future and enable large scale deployment of these new generation sources.
These technologies are the basis for future instrumentation for security, healthcare and energy systems, wind and solar power, stationary high power drives and distributed power generation systems with renewable energy sources, and they are the focus of researchers in the Renewable Energy Systems and Instrumentation Lab.