Structural Engineer - Technical Excellence + Computational Design

We are seeking a structural engineer to work across our Technical Excellence Group and Computational Design team in a full-time role.

At HTS, we are committed to pushing the boundaries of low-carbon and innovative structural engineering. Our team drives research and development across the practice, connecting advanced structural theory and computational workflows with practical project delivery.

This non-project role is primarily to aid in delivery and development of initiatives within the Technical Excellence and Computational teams. More broadly, the candidate should expect to eventually become a leader and representative of these aspects within the practice. They should have confidence to speak publicly about their work to share knowledge and promote best practice.

Key Responsibilities

Technical

• Engage in research, testing, and development of complex or innovative structural concepts to uphold our position as industry leaders.
• Conduct research on construction materials, supply chains, sustainability, and circularity, and effectively communicate findings both internally and externally.
• Lead the authoring of internal technical approach notes and standardised technical documentation
• Foster partnerships with academic institutions for experimentation and testing
• Collaborate with internal teams contributing to the expansion of our knowledge base and service offerings.

Computational

• Create design tools and resources aimed at enhancing our efficiency and effectiveness.
• Assist in development of computational workflows to suit and enhance the HTS process.
• Work alongside our software development team to deploy tools into proprietary or bespoke platforms.
• Champion computational design within the practice.
• Aid with other engineers to develop/employ computational techniques in their day to day work.

The ideal candidate

• Strong numerical and analytical abilities, with a passion for delving into complex problems.
• Strong engineering foundation with in-depth knowledge of industry codes of practice and guidance, and a proven track record of applying these to complex, non-standard problems
• Proficiency in text based and/or visual based programming. This could include Python, Rhino/Grasshopper, Matlab, C++, Dynamo, etc,
• Experience in application of text or visual based programming within a design consultancy environment.
• Advanced knowledge of finite element analysis software
• Demonstrated ability to work independently and proactively, with a tenacious approach to overcoming challenges.
• Lateral thinking skills and a creative mindset, enabling you to explore innovative solutions.
• Excellent communication skills, both written and verbal, with the ability to convey technical concepts effectively to diverse audiences.