Sandeep Christopher Tauro, Ph.D.

Excited to lead as CTO at Nordic Flow Robots, building AI-based AMRs at the forefront of Physical AI. We will leverage AI models, advanced sensing, and learning-based control to create robust, production-ready robots that operate reliably in complex industrial environments.

• Technical Assessor for DANAK (On-going): ISO Accrediation, GUM. . Sensor development(On-going) • Optical Sorter of biological objects: Optics, real-time Computer vision and control Software in .Net, microfluidics setup.(Completed) • 3D sensing: .Net interface for Hardware, point cloud reconstruction, and Matlab code for analysis(Completed) •IoT project: Interfacing sensors to microcontroller with WIFI connectivity with data upload to the cloud(Completed)

Interview and establish a new Machine Learning team in Poznan, Poland, to support the strategic Factory-of-the-Future program. ● Scaling and standardization of AI solutions for manufacturing and quality control, enabling consistent implementation across R&W's factories for CAPEX projects. ● Review process for solutions, code, and documentation, ensuring the highest standards of quality and efficiency across the team. ● Mentored and guided factory professionals in the adoption and effective use of AI tools, building internal expertise and fostering a culture of innovation.

● Developed and deployed AI solutions in RW factories. ● Deploying AI models on GPU based industrial edge devices, interfacing to cameras (machine vision / CCTV), PLC’s, Cobots and Cloud connectivity. ● Active participation in FAT/SAT. Authored multiple patent applications. ● Supervised masters thesis students from DTU and KU.

• Developed novel sensor technologies and advanced algorithms for food safety.

• Core member of the biotechnology team, responsible for ensuring the performance of instruments (Fossomatic 7 and Fossomatic 7DC) based on flow cytometry, meeting extremely high standards. The Fossomatic 7DC was the world's first of its kind. • Actively involved in FDA and EURL validations. • Designed and implemented the software sequence for the flow system in our instruments using highly efficient parallel processing techniques, making it the world's fastest. • Developed novel algorithms for fault detection in the instrument. • Developed a novel AI (Deep Learning) CNN-based application, for which a patent was granted.

Developing novel sensor technologies and adv algorithms for food science and safety

• Managed Laser Doppler, Phase Doppler, and imaging products for particle and spray characterization. • Invented an optical velocimeter, resulting in a successful patent that contributed to the company’s IP portfolio. • Engaged in product marketing, created content for the web, manuals, and newsletters for customers, and choreographed product photo shoots.

Optical manipulation, laser beam shaping

• Optical Manipulation of Micro-Objects: Conducted research on manipulating micro-objects in microfluidic environments. • Optical Sorting of Microscopic Objects: Developed techniques for sorting microscopic objects using optical methods. • Phase-Only Laser Beam Shaping: Focused on shaping laser beams using phase-only techniques. • Project Management: Served as the project manager for the start-up OptoRobotix, originating from DTU

My projects have been fundamentally oriented with primary applications in atmospheric sciences. We explored gas-phase chemical reactions using ion and photoelectron imaging techniques. • Cross-beam Molecular Reactions: Studied mode-selective vibrationally excited methane using an OPO laser and ground state chlorine atoms. • Photoelectron Imaging: Investigated iodine atoms generated by the photofragmentation of CH3I molecules. • Spectroscopical Investigations: Conducted various spectroscopic studies including single photon/two photon ionization, Raman, and photoacoustic spectroscopy. • Complex Data Analysis: Applied sophisticated statistical techniques for the analysis of experimental data. • Time-of-Flight Mass Spectrometry: Analyzed water clusters using time-of-flight mass spectrometry.