Orion Forowycz

Orchestrating strategic direction, leading innovation projects, and overseeing technology operations for IRIS platform development.

• Leading data strategy and AI model optimization
• Ensuring regulatory compliance and security
• Fostering cross-departmental collaboration

Leading and facilitating academic and technology events in both German and English, ensuring dynamic sessions and engaging audience experiences.

• Panel moderation for AI and peace technology events
• Master of Ceremonies duties and program management
• Cross-cultural communication and stakeholder engagement

Spearheading innovation strategy and R&D initiatives in AI, digitalization, and conflict resolution.

• Leading multidisciplinary teams for impactful technologies
• Promoting innovation culture and strategic foresight
• Developing solutions for peace and security challenges

Directed AI and engineering initiatives, defining technical roadmaps and architectural strategies.

• Partnerships with Microsoft, Google, and Amazon
• Cross-functional team management
• Cutting-edge AI framework adoption

Deployed cloud infrastructure and led development of data-driven legal tech products.

• 10x reduction in cloud resource costs
• Advanced AI solution integration
• Government security compliance

Monitored Azure security for U.S. Congress voting systems and performed AI-driven text analysis.

• Congressional document AI analysis
• Microsoft Project IDA framework
• Legal tech system design

Prototyped AI software for large-scale legal and congressional data analysis.

• AI-driven document analysis systems
• Legal informatics research
• Congressional data processing

Performed simulations of small-scale high-energy ion accelerator for mass spectrometry.

• Ion accelerator configuration optimization
• Safety calculations and analysis
• Mass spectrometry system design

Investigated thermocapillary effect as propulsion mechanism for micro-objects using visible light.

• Micro fluid mechanics research
• Thermocapillary propulsion analysis
• Advanced imaging and tracking systems

Conducted research on magnetic colloidal particles and fracturing behavior of colloidal silica drops.

• Optical setup assembly for particle imaging
• Python-based particle tracking systems
• Scanning electron microscopy characterization

Synthesized Group 6 hexacyanometallates to assess viability for quantum computing applications.

• Quantum computing material synthesis
• X-ray diffraction and spectroscopy analysis
• Glovebox techniques for sensitive synthesis