A micro-electromechanical systems (MEMS) driving arrangement (10, 10A) for an electronic device, the micro-electromechanical systems (MEMS) driving arrangement (10, 10A) comprising: a driven wheel having a diameter, comprising (n) teeth about an outer periphery thereof, wherein (n) is a positive integer; an actuator ring having an inner diameter that is greater than the diameter of the driven wheel, comprising (n) + (x) teeth about an inner periphery thereof and wherein (x) is an integer of at least 1; wherein subsets of the (n) + (x) teeth of the actuator ring progressively engage and disengage subsets of the (n) teeth of the driven wheel; a driving actuation assembly (40, 40A), coupled to the actuator ring, for driving the actuator ring in a hysteresis motion so as to cause rotation of the driven wheel, the driving actuation (40, 40A) assembly comprising: a first driving actuator (100, 100A) coupled to the actuator ring for selectively pulling the actuator ring in a first direction and pushing the actuator ring in a direction opposite the first direction thereby causing subsets of the (n) + (x) teeth of the actuator ring to engage and disengage subsets of the (n) teeth of the driven wheel; a second driving actuator (200, 200A) coupled to the actuator ring for selectively pulling the actuator ring in a second direction and pushing the actuator ring in a direction opposite the second direction, wherein the first direction is perpendicular to the second direction, thereby causing the (n) + (x) teeth of the actuator ring to engage and disengage subsets of the (n) teeth of the driven wheel; wherein the driven wheel rotates in response to engagements and disengagements between selective subsets of the (n) teeth of the driven wheel with selective subsets of the (n)+(x) teeth of the actuator ring. a driven wheel having a diameter, comprising (n) teeth about an outer periphery thereof, wherein (n) is a positive integer; an actuator ring having an inner diameter that is greater than the diameter of the driven wheel, comprising (n) + (x) teeth about an inner periphery thereof and wherein (x) is an integer of at least 1; wherein subsets of the (n) + (x) teeth of the actuator ring progressively engage and disengage subsets of the (n) teeth of the driven wheel; a driving actuation assembly (40, 40A), coupled to the actuator ring, for driving the actuator ring in a hysteresis motion so as to cause rotation of the driven wheel, the driving actuation (40, 40A) assembly comprising: a first driving actuator (100, 100A) coupled to the actuator ring for selectively pulling the actuator ring in a first direction and pushing the actuator ring in a direction opposite the first direction thereby causing subsets of the (n) + (x) teeth of the actuator ring to engage and disengage subsets of the (n) teeth of the driven wheel; a second driving actuator (200, 200A) coupled to the actuator ring for selectively pulling the actuator ring in a second direction and pushing the actuator ring in a direction opposite the second direction, wherein the first direction is perpendicular to the second direction, thereby causing the (n) + (x) teeth of the actuator ring to engage and disengage subsets of the (n) teeth of the driven wheel; wherein the driven wheel rotates in response to engagements and disengagements between selective subsets of the (n) teeth of the driven wheel with selective subsets of the (n)+(x) teeth of the actuator ring. a first driving actuator (100, 100A) coupled to the actuator ring for selectively pulling the actuator ring in a first direction and pushing the actuator ring in a direction opposite the first direction thereby causing subsets of the (n) + (x) teeth of the actuator ring to engage and disengage subsets of the (n) teeth of the driven wheel; a second driving actuator (200, 200A) coupled to the actuator ring for selectively pulling the actuator ring in a second direction and pushing the actuator ring in a direction opposite the second direction, wherein the first direction is perpendicular to the second direction, thereby causing the (n) + (x) teeth of the actuator ring to engage and disengage subsets of the (n) teeth of the driven wheel; wherein the driven wheel rotates in response to engagements and disengagements between selective subsets of the (n) teeth of the driven wheel with selective subsets of the (n)+(x) teeth of the actuator ring.