At a Glance
- Tasks: Lead architectural decisions and mentor engineers while delivering high-performance systems.
- Company: A data-driven organisation with a flat structure and strong engineering focus.
- Benefits: Competitive salary, influence over technical direction, and opportunities for professional growth.
- Other info: Join a dynamic team where your expertise drives success.
- Why this job: Shape the future of technology in a hands-on role with real impact.
- Qualifications: Extensive experience in C# and .NET, with leadership and mentoring skills.
The predicted salary is between 130000 - 160000 £ per year.
This role provides the opportunity to operate at a strategic level while remaining hands-on. You will shape architecture, guide engineering standards, and work on highly complex, performance-critical systems.
The Company
They are a well-established, data-driven organisation with a strong engineering foundation. Technology is central to their success, and they are investing heavily in scaling their platforms. Their structure is flat, enabling senior engineers to have real influence over technical direction and business outcomes.
The Role
- Define and drive architectural decisions across C# and .NET platforms
- Lead the delivery of complex, high-performance systems
- Set engineering standards and best practices across teams
- Collaborate with leadership on technical strategy and roadmap
- Mentor senior engineers and support overall team development
Your Skills
Principal C# Full Stack Engineer (197637) employer: Harnham
As a Principal C# Full Stack Engineer at this well-established, data-driven organisation in London, you will thrive in a flat structure that empowers you to influence technical direction and business outcomes. The company fosters a collaborative work culture with a strong emphasis on mentorship and professional growth, offering competitive salaries and significant investment in technology to ensure you are at the forefront of innovation. Join a team where your expertise will not only shape architecture but also drive the success of performance-critical systems in a dynamic environment.
