量子科技實驗大樓量體延續院區空間佈局，將生活空間靠中央水池側設置。一字型量體使實驗室能建立中間為走道、兩側為實驗空間的配置，達到最有效率的使用方式。
大樓設計的關鍵挑戰是必須抗微振動，故策略上採加厚筏基底板及連續壁入岩來抑制場外來自高鐵列車快速行駛所造成的振動。另使用伸縮縫脫開機房及實驗室，並增加結構剛性以降低場內振動造成的影響，滿足實驗環境需求。
The building continues campus spatial layout, placing living spaces beside the central pond. Linear massing enables laboratories to establish configuration with central corridors and experimental spaces on both sides, achieving most efficient usage.
An important design challenge for the building lies in vibration reduction. Strategies include thickened raft foundation slabs and continuous walls anchored in bedrock to suppress external vibrations from high-speed rail. Additionally, using expansion joints to separate mechanical rooms and laboratories while increasing structural rigidity to reduce internal vibration impacts, meeting experimental environment requirements.
