About Me
Here are a few things about me
My name is Dr. David Barr, and I am an experienced specialist in Adaptive Optics (AO) real-time control (RTC). With a proven track record at the European Southern Observatory, where I was responsible for SPARTA and served as the technical lead for the AO RTC for ERIS, I have consistently pushed the boundaries of AO technology. As one of the creators of Durham University's innovative HARMONI AO real-time control system (DAO), I am passionate about advancing this field. Currently, I am the Head of Software and Real-Time Control at the Centre for Advanced Instrumentation at Durham University, where I lead a skilled AO RTC group.
Are you looking to leverage my expertise to enhance your project? Whether you're developing a new system or seeking expert support for existing projects, I am here to collaborate with you. From lab-based initiatives to large-scale endeavors on the Extremely Large Telescope (ELT), I am committed to bringing your instruments into sharper focus and accelerating your resolve. Let's work together to achieve your AO project goals, big or small.
Dr. David Barr
Individual
Approach
To Your
System
We understand that every project is unique and requires a tailored approach. Whether you need a flexible lab bench setup or a highly optimized facility-class system, we adapt our methods to meet your specific requirements. Our goal is to ensure that your system not only meets but exceeds your expectations, delivering the performance and reliability you need.
For projects that demand flexibility over performance, such as lab bench setups, we focus on creating adaptable and versatile solutions. These systems are designed to be easily reconfigured and adjusted, allowing you to experiment and innovate without constraints. We prioritize user-friendly interfaces and modular designs, ensuring that your system can evolve alongside your research and development needs.
On the other hand, for facility-class systems that require precision and reliability, we fine-tune every aspect to perfection. These systems are engineered to operate flawlessly with a single push of a button, providing consistent and high-performance results. We leverage our expertise in optimization and real-time control to deliver systems that are robust, efficient, and ready for demanding operational environments.