With nearly 10 years of experience, Peyman has developed extensive expertise in the conceptual and detailed design, structural analysis, and authority approval process for short and mid-span bridges.
His work has focused on multi-girder steel composite bridges and precast, prestressed concrete bridges, demonstrating his proficiency across these key bridge types and his ability to deliver innovative solutions within these specialised areas.
Peyman is a Chartered Engineer with the Institution of Civil Engineers (ICE) and holds an MSc in Structural Engineering, specialising in Bridge Engineering. His qualifications, combined with his hands-on experience, make him a valuable asset in the field of bridge design.
Peyman’s skills extend to the use of advanced design, analysis, and modelling software, with a particular proficiency in MIDAS Civil and Autodesk Structural Bridge Design. Additionally, Peyman has a proven track record in obtaining and managing approvals from relevant authorities, demonstrating his commitment to delivering projects that meet regulatory standards.
We caught up with Peyman to find out more.
Hi Peyman! What aspects of bridge design do you find most rewarding?
“I particularly enjoy working closely with clients, architects, contractors, and other stakeholders to design bridges that not only meet project requirements but also overcome technical, programmatic, and site-specific challenges. I take pride in considering the whole life cycle sustainability of bridge projects, ensuring that they serve their purpose for many years to come and have a minimum impact on the environment.”
What bridge projects have you recently worked on?
“Throughout my career, I’ve worked on a variety of bridge projects, a few highlights for me have been:
4 Integral Bridges for Logistics Capital Partners, Waldeck: Located in the West Midlands Interchange, these bridges utilised Waldeck’s ability to deliver complex engineering solutions that meet the demands of large-scale infrastructure projects.
2 Precast Single-Span Bridges for the Environmental Agency, Previous Employer: These bridges highlighted Waldeck’s skill in designing environmentally sensitive structures that align with the goals of sustainability and durability.
A Multi-Span Bridge for the Port of Dover, Previous Employer: This project required precise engineering to accommodate the high traffic and unique site conditions at one of the UK’s busiest ports.
A Cable-Stayed Bridge for the York Potash Project, Previous Employer: This project involved designing a cable-stayed bridge that balances aesthetics with functionality.”
What’s unique about Waldeck’s bridge engineering offering to clients?
“Waldeck brings a holistic approach to bridge engineering by combining structural, civil, and transportation engineering expertise. This allows us to offer solutions that are not only structurally sound but also optimised for long-term performance, safety, and sustainability. We stand out with our collaborative and client and contractor-centric approach.
“By working closely with both clients and contractors, we ensure that our bridge engineering solutions are tailored to the unique needs and objectives of every stakeholder. Offering an integrated suite of services, from concept design and feasibility studies to construction support and maintenance planning.”
Tim Leach, Waldeck’s Civil & Structural Engineering Director, shared:
“What sets Peyman apart is his dedication to collaborating closely with clients, architects, contractors, and other stakeholders to address project requirements and overcome technical, programmatic, and site-specific challenges. He takes pride in considering the whole life cycle sustainability of bridge projects, ensuring that they not only fulfil their purpose for many years but also have a minimal impact on the environment.
“Peyman’s commitment to excellence, coupled with his holistic approach to bridge design, makes him a valuable partner for any bridge project. His passion for creating sustainable and efficient bridge structures sets him apart as a leader in the field of bridge engineering.”
To find out more about Waldeck’s Bridge Engineering capability. Click here >