A material collection equipment comprising: a handle; a storage compartment coupled to the handle and adapted to store material therein; and an implement compartment disposed adjacent to the storage compartment, the implement compartment including: a first side wall; a second side wall disposed opposite with respect to the first side wall; an axle rotatably coupled to each of the first side wall and the second side wall; an implement coupled to the axle, the implement adapted to collect the material from a ground surface ( A-A') and transfer the material into the storage compartment; and a pair of wheels, coupled to the axle, each of the pair of wheels, adapted to movably support the implement compartment on the ground surface ( A-A'); a height adjustment mechanism adapted to adjust a working height ( h) of the material collection equipment relative to the ground surface ( A-A'); the height adjustment mechanism includes: a sliding path defined on an outer surface of the implement compartment; a bar coupled to the first side wall and the second side wall; and an adjustment knob coupled to the bar, wherein the adjustment knob is adapted to slide within the sliding path in a first direction and a second direction to change the working height of the material collection equipment; characterized in that: the sliding path includes a rack gear; and the adjustment knob has a pinion gear in rotational engagement with the rack gear; and a locking arrangement to lock sliding motion of the adjustment knob within the sliding path. a handle; a storage compartment coupled to the handle and adapted to store material therein; and an implement compartment disposed adjacent to the storage compartment, the implement compartment including: a first side wall; a second side wall disposed opposite with respect to the first side wall; an axle rotatably coupled to each of the first side wall and the second side wall; an implement coupled to the axle, the implement adapted to collect the material from a ground surface ( A-A') and transfer the material into the storage compartment; and a first side wall; a second side wall disposed opposite with respect to the first side wall; an axle rotatably coupled to each of the first side wall and the second side wall; an implement coupled to the axle, the implement adapted to collect the material from a ground surface ( A-A') and transfer the material into the storage compartment; and a pair of wheels, coupled to the axle, each of the pair of wheels, adapted to movably support the implement compartment on the ground surface ( A-A'); a height adjustment mechanism adapted to adjust a working height ( h) of the material collection equipment relative to the ground surface ( A-A'); the height adjustment mechanism includes: a sliding path defined on an outer surface of the implement compartment; a bar coupled to the first side wall and the second side wall; and an adjustment knob coupled to the bar, wherein the adjustment knob is adapted to slide within the sliding path in a first direction and a second direction to change the working height of the material collection equipment; a sliding path defined on an outer surface of the implement compartment; a bar coupled to the first side wall and the second side wall; and an adjustment knob coupled to the bar, wherein the adjustment knob is adapted to slide within the sliding path in a first direction and a second direction to change the working height of the material collection equipment; characterized in that: the sliding path includes a rack gear; and the adjustment knob has a pinion gear in rotational engagement with the rack gear; and a locking arrangement to lock sliding motion of the adjustment knob within the sliding path. the sliding path includes a rack gear; and the adjustment knob has a pinion gear in rotational engagement with the rack gear; and a locking arrangement to lock sliding motion of the adjustment knob within the sliding path.