Many researchers, policymakers, and stakeholders view zero-emissions vehicles (ZEVs) as
playing an important role in deep decarbonization of the transport sector. Here, we bring …

Little research explores automaker response to supply-focused regulation in the long-run,
such as zero-emissions vehicle (ZEV) mandates. To that end, we develop and apply the …

The trend of vehicle electrification is rapidly growing and is likely to continue in the future.
However, electric vehicles (EVs) with high vehicle performance, energy efficiency, and low …

The Philippines is moving towards a more sustainable public transport system by
introducing a public utility vehicle (PUV) modernization program with electric jeepneys (e …

Although numerous studies investigate the impacts of policy on zero-emissions vehicle
(ZEV) sales, few address the impacts of a ZEV sales mandate and its particular design …

Shared autonomous electric vehicles (SAEVs) are a promising car-sharing service expected
to be implemented in the near future. However, existing studies on the optimization of SAEV …

Reliability-based design optimization (RBDO) allows decision-makers to achieve target
reliability in product performance under engineering uncertainties. However, existing RBDO …

Flexible design, often embodied as Real Options, has proven valuable in sustaining system
performance under operational uncertainty. By building “options,” decision-makers buy the …

Increasing the modularity of system architectures is generally accepted as a good design
principle in engineering. In this paper, we explore whether modularity comes at the expense …

Designing engineering systems for flexibility is of utmost importance for future generations of
systems designers and operators. As a core system property, flexibility provides systems …