Bridge Design Engineer · Ramboll UK

Designing bridges
that endure.

6 years of international experience across Europe and Asia, specialising in computational design, post-tensioned concrete, and structural optimisation.

Shreyansh Ajmera
6 Years Experience
3+ Countries
Scroll

Passion for precision
and performance.

Enthusiastic and results-driven bridge design engineer with 6 years of experience, specialising in the design and analysis of complex bridge structures.

Passionate about structural engineering and skilled at solving both complex and repetitive challenges through innovative and efficient solutions. Proficient in Eurocodes, with working knowledge of AASHTO LRFD.

Strong interest in FE modelling and computational design, with hands-on experience using SOFiSTiK, Grasshopper, Rhino, Karamba 3D, and LUSAS to enhance workflows, improve design accuracy, and optimise structures.

Currently progressing towards ICE chartership, targeting CPR next year.

Major Projects

Leading bridge design across Norway, Iceland, Italy and India at Ramboll UK.

Computational Design

Leveraging parametric tools to optimise structures and automate workflows.

SpanLab

Sharing structural engineering knowledge through educational YouTube content.

Where I've
worked.

June 2023 – Present

Design Engineer – Major Projects

Ramboll UK, Southampton

Leading major bridge design projects across Europe, specialising in computational design and structural optimisation using SOFiSTiK, Rhino-Grasshopper, and parametric modelling workflows.

July 2019 – June 2023

Assistant Design Engineer

Ramboll India Pvt Ltd, Gurgaon

Developed expertise in bridge design and analysis, working on international projects with focus on structural optimisation, post-tensioned concrete, and computational methods.

Key projects.

K31 Vulu Bridge
2025 – Present
SOFiSTiK Post-Tensioned

E6-Ranheim-Sveberg, Norway

Concept design of the K31 Vulu Bridge — a three-span integral post-tensioned slab deck bridge with maximum span of 33m.

Ny Ölfusárbrú
Sept 2024 – April 2025
Cable-Stayed Grasshopper

Ny Ölfusárbrú, Iceland

Detailed design of cable-stayed bridge abutments using advanced parametric modelling with SOFiSTiK and Rhino-Grasshopper.

Genova Breakwater
Sept 2023 – Sept 2024
Coastal Wave Analysis

Genova Breakwater, Italy

Detailed design of breakwater caissons under extreme wave conditions using parametric modelling for multiple geometries.

Technical toolkit.

Structural Analysis

SOFiSTiK LUSAS IDEA StatiCa Oasys AdSec

Computational Design

Rhino-Grasshopper Karamba 3D Python Mathcad

BIM & Collaboration

Solibri Office Trimble Connect AutoCAD 3D Coordination

Design Standards

Eurocodes AASHTO LRFD Manual N400 Coastal Eng. Manual

Learning through content.

Sharing knowledge through educational content on structural engineering and computational design.

Visit SpanLab Channel

Introduction to SOFiSTiK

Basic concepts and workflow in SOFiSTiK for bridge design

Coming Soon

Grasshopper for Structural Engineers

Parametric design techniques for structural optimisation

Coming Soon

Cable-Stayed Bridge Analysis

Advanced modelling techniques for cable-stayed structures

Coming Soon

Post-Tensioning Design

Comprehensive guide to post-tensioned concrete structures

Coming Soon

Karamba 3D Tutorial Series

Complete workflow for structural analysis in Grasshopper

Coming Soon

Let's work
together.

Open to discussions on collaborations, consulting opportunities, or just a conversation about bridges and computational design.