A challenge of a new horizon to satisfy the energy consumptions and conservation of non-renewable energy is reflect the accelerated electrolysis for hydrogen generation. Magneto electrolysis for hydrogen generator system is an enlargement of hydro-fuel technology which is as an alternative way of cost saving for petrol used. It consist the design of hydrogen generator system built by water electrolysis. The objective of this project is to find the optimum parameters in magneto electrolysis process and to study the rate of hydrogen gas generated using the proposed system. Today, the energy source for nearly all daily applications is fossil fuel, principally petrol. The supply of petrol is limited and its price is increasing. Greenhouse gas and air pollutants are emitted when petrol is used. Hydrogen generator which is built by water electrolysis that produces the hydrogen gas could solve this problem by hybridization with petrol. A proposed system consist of tank-type water electrolysis apparatus with electrodes arrangement and wherein imposed magnetic fields in the solution. Various design parameters and the fabrication of the reactor is discussed briefly in the thesis. Experimental results of hydrogen production rate and the comparison are also discussed.