Principal Engineer - USA Structures
Arcadis
- Location
- Bangalore, Karnataka, India; Mumbai, Maharashtra, India; Hyderabad, Telangana, India; Noida, Uttar Pradesh, India; Metro Manila, Philippines; Romania
- Work model
- On-Site
- Level
- Principal
- Posted
- 17d ago
About this role
Arcadis is the world's leading company delivering sustainable design, engineering, and consultancy solutions for natural and built assets. We are more than 34,000 people, in over 30 countries, dedicated to improving quality of life. Everyone has an important role to play. With the power of many curious minds, together we can solve the world’s most complex challenges and deliver more impact together. Qualifications & Experience:
Bachelor’s degree (BE) in Civil Engineering with a Master’s degree (M.Tech) in Structural Engineering. Chartered Engineer status (or actively pursuing professional accreditation) with a recognized body in the US (PE), Canada (P.Eng.), or equivalent regions. Experience working towards or holding CEng (UK) is a plus Minimum 15 years of bridge design consulting experience, with significant expertise in highway/railway/utility and infrastructure projects. Extensive knowledge and practical application of North American standards AASHTO/ACI, LRFD, DMRB, various DOT Standards and specifications. Familiarity with UK standards and Eurocodes is considered an added advantage.
Principal Duties & Key Responsibilities
Technical Leadership Lead multidisciplinary teams of engineers and BIM technicians on complex projects in the US, ensuring effective coordination across all relevant disciplines. Provide technical oversight and sign-off for rail and highway bridge, utility structures designs, in full compliance with US codes, DOT specifications and client requirements. Oversee the complete project lifecycle, from concept and optioneering through detailed engineering, construction support, and close-out. Drive innovation, digital transformation, and best practice in all aspects of structural engineering and BIM workflows. Champion the integration of advanced digital design tools and foster a culture of continuous improvement and technical excellence. Mentor and support the development of junior engineers, including guidance towards professional accreditation (P.Eng., PE).
Client & Stakeholder Engagement
Act as the principal point of contact for clients and stakeholders in the US and other regions, building enduring, collaborative relationships. Work closely with clients and regional leads to define project scope, set expectations, and ensure successful delivery of multidisciplinary projects. Provide expert advice and alternative solutions, leveraging deep knowledge of North American standards and practices. Identify and pursue new business opportunities within the US markets.
Team & Resource Management
Line manage key staff, ensuring effective resource allocation and promoting a high-performance team environment. Take responsibility for team development, performance reviews, and succession planning. Foster a collaborative environment, encouraging knowledge sharing, innovation, and digital upskilling.
Operational & Commercial Management
Ensure all deliverables are completed on time, within budget, and to the highest quality, implementing robust QA/QC procedures aligned with GEC QMS and North American best practices. Manage project risks and resolve issues proactively to ensure project success. Contribute to business strategy, planning, and the ongoing enhancement of Arcadis’ rail structures capability in the US. Promote and implement sustainable design practices on all projects.
Specific Competencies
Advanced expertise in North American standards AASHTO, AREMA, ACI) for bridge and rail structure design; knowledge of UK/Eurocode standards is an asset. Proficiency in structural design software such as MIDAS, STAAD.Pro, SAM LEAP, RM Bridge, MatchCad, Microstation, ROBOT, LUSAS, SOFiSTiK, LEAP Bridge, RAM Connection, and BIM platforms (Revit, MicroStation, ProjectWise, Autodesk Construction Cloud). Strong track record in the design and assessment of steel, concrete, prestressed, and composite bridges, including load rating and preparation of technical