Formwork is an essential aspect of construction, offering a temporary support structure to mould or shape concrete into the desired dimensions and form. From small scale residential builds to large scale infrastructure projects, formwork continues to be a crucial part of the construction process. Formwork systems allow for the fast construction of a range of structures, including bridges. Bridge construction has a critical role in connecting communities, as they enable access over valleys, rivers, ravines, and other obstacles. Due to the complex and often unique shapes of bridges, they require specialised formwork designs and systems. With construction of bridges being more complex than other building structures, expertise, experience, and authoritativeness among stakeholders in the construction sector is vital. This is to ensure that formwork systems for bridges are designed accurately, and the process of erecting the scaffolding and pulling them down is carried out safely. When working with Formwork systems for bridges, the engineering and design process need to comply with international standards such as ISO 9000, EN BS 12812 and EN BS 12814. This is to ensure that the product conforms to the highest standards of safety, quality, and durability. The formwork design also needs to consider various factors, such as the structural load capacity of the bridge, the budget, construction duration, environmental considerations, and health and safety regulations. Design and implementation of Formwork systems for bridges require companies with extensive experience and a track record of delivering high-quality projects successfully. This experience is born out of the accurate evaluation of strength, safety, aesthetics, and cost. With global competition for bridge projects being so high, having a proven track record of suitable expertise in formwork systems is essential. Correct assessment and experience in selecting the best formwork system ensures that the work can proceed at a reasonable pace with appropriate safety in place. In conclusion, a bridge is both expensive and critical infrastructure hence must be engineered and implemented with care. Specialised formwork systems for bridges must be designed and executed to meet international safety and quality standards, lasting for decades, and withstand the elements of time. Proposed formwork systems must conform to the three pillars of expertise, experience, and authoritativeness among stakeholders in the construction industry. This ensures that high-quality output is delivered both quickly and safely.