Josephson junctions with two superconducting leads are the key component in superconducting quantum devices. In multi-terminal Josephson setups, the phase differences between superconducting leads play a role similar to momenta (quasi-momenta), enabling us to phase-engineer bandstructures formed by Andreev bound states, and control the resulting topology. By tuning the phase-differences without applying a magnetic field, one can control interference effects while keeping time-reversal symmetry intact in the junction. Interestingly, a chain of Josephson junctions connected via quantum dots behave like a single multi-terminal junction, highlighting a surprising link between different device architectures, and paves the way for easier control and fabrication.