Job Description
We are KOPE and we are dedicated to revolutionising how we design and construct the build environment
KOPE is the only purpose-built software platform for offsite construction. We enable the transition from traditional construction by integrating offsite processes and products. We instantly apply real-world products directly to design models, allowing the worlds of design and manufacturing to come together as one.
We are building a better future.
Join us.
The Role
In this role, your day-to-day will involve close collaboration with our team of geometry experts. You’ll be diving deep into fascinating technical challenges, working together to translate those challenges into elegant software solutions. This means you’ll be designing and developing robust C# libraries that tackle complex problems, often involving algorithms, data structures, and creative problem-solving. You’ll be a key bridge between the worlds of geometry and computer science, ensuring our software effectively addresses the needs of our computational design applications. Some days might involve brainstorming new approaches to a problem, while others might focus on writing and optimizing code, reviewing code with colleagues, or researching new technologies.
Responsibilities
Be a hands-on technical leader, contributing directly to design and implementation while fostering innovative, collaborative engineering practices.
Collaborate closely with geometry and domain experts to understand their needs and translate them into software solutions
Analyse geometrical problems and identify the most suitable computer science concepts and algorithms for solving them.
Write efficient, scalable code with performance and resource usage in mind
Make thoughtful engineering decisions around data access patterns, processing efficiency, and system design to ensure solutions remain performant and cost-effective under real-world load
Participate in our agile development process, including sprint planning workshops, demos, code reviews, and quality assurance activities.
Design, develop, and maintain C# libraries for computational design applications.
Strong C# proficiency with experience across the modern .NET ecosystem
Proven ability to architect and develop reusable libraries with a focus on computational design applications.
Exceptional ability to understand complex geometrical problems and translate them into appropriate computer science concepts (e.g., data structures, algorithms, design patterns).
Skills in collaborating with domain experts (geometry experts in this case) to design and implement effective software solutions.
Experience designing and implementing composable system design principles in complex, resource-constrained environments such as cloud platforms, game development, and other distributed, real-time, or performance-sensitive systems
Excellent communication and interpersonal skills for effective collaboration and knowledge sharing.
Strong analytical and problem-solving skills to tackle complex challenges.
Proficient with latest software development tools and workflows
Awareness of and openness to AI agentic development approaches, and an interest in applying them to enhance system design and automation where relevant.
Highly adaptable and keen to develop your skills in a collaborative & engaging environment
Bonus skills:
Knowledge of computational geometry concepts and techniques would be a significant advantage.
Ability to write optimized code for performance-critical applications.
Experience with unit testing and other software testing methodologies.
Familiarity with Agile development practices.
Remote first
Flexible working style
Relaxed and fun culture
Greenfield development with no legacy apps
Autonomy & responsibility encouraged
Generous holiday allowance - 23 days paid holiday plus public and bank holidays
Aviva Health Insurance
Winter leave – the office closes between Christmas eve and 1st January (inclusive) this is in addition to your personal annual leave
All-company in person events
Generous maternity, paternity and parental leave policy
