What size of blades do you need?
What NACA profile are you looking for? They vary widely.
Your thesis advisor may have a good reason for suggesting something specific, but here's my concern: Even if you purchase a set of blades that claim to be a specific airfoil, how will you show that they really are that? When the span of the blade is 1 meter long, the chord will be less than 10 cm at the root. If you want a NACA 2415 airfoil, the thickness will be 15 millimeters, and a variation in thickness by 1% will be a difference of 1 millimeter. And what are the manufacturing tolerances of a plastic blade that is probably made in China?
I wouldn't get too hung up about the airfoil, as long as you can demonstrate (to your thesis advisor) that the blades you do use have reasonable proportions of chord, thickness, camber, twist and pitch to operate effectively in your wind turbine.
Try not to waste money on pretty WT blades just to make your school look good. CF in micro-wind turbines is about as necessary as a flak jacket at a water-balloon fight. I have personally pushed on the CF blade of a wind turbine set up in a show-room with one (1) finger and made the tip contact the tower. When CF is used like the aircraft structural material should be, it is fantastically efficient. When immersed in glue and injected into a plastic die, CF is the gimmick that makes you pay 2x as much for the same thing.