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\section{Abstract}  This paper discusses the formation of $\alpha$ particles in the $\beta$ matrix of titanium alloys while in presence of athermal $\omega$ precipitates. It explores the different mechanisms that play a role in the nucleation and growth of $\alpha$ precipitates as well as further explores the implication of having distributed or clustered $\alpha$ particles in the solid solution. This paper also explores the affect of $\alpha$ precipitates on strength, ductility and toughness of the Ti alloy alloys  . The main findings about the nucleation of $\alpha$ particles suggest that   formation of distributed $\alpha$ precipitates is assisted by $\omega$ particles but there are a two different explanation as to why this is the case. These speculated reasons are: