Dr. Farbod Nosrat Nezami

Conducting research on neuromorphic technology focusing on dendritic computing models for sequence processing and neural synchrony in visual cortex simulations. Responsible for grant writing, project and budget management, and supervising research personnel. Developed adaptive neuron models and contributed to teaching and scientific dissemination.

• Implemented dendritic computing models for sequence processing on FPGAs using VHDL.
• Investigated Intel's Liohi 2 neuromorphic processor for visual cortex simulation.
• Wrote and secured DFG grant for collaboration on memristor technology with 800000 euros funding.
• Developed online adaptive binary time classifier algorithm inspired by passive aggressive classification.
• Managed grant budget and supervised PhD student collaboration.
• Taught courses on neurodynamics, neuroinformatics, and spiking neural networks.
• Supervised bachelor and master theses on machine learning and VR applications.
• Created benchmark for spatial and visual reasoning of VLLM models using Unity and C#.
• Developed networking solutions with WebSockets in Unity and Python server.
• Configured and maintained servers for experiments.
• Presented research findings at conferences including EMNLP 2025.

Provided scientific consultancy to companies on project feasibility, hardware selection, and grant writing. Delivered workshops and co-supervised thesis projects to bridge scientific research and business applications.

• Assisted in writing scientific grants (KMU Initiativ).
• Translated scientific questions into business concepts.
• Analyzed data from collaborative projects.
• Offered workshops on relevant scientific themes.
• Co-supervised thesis projects.

Investigated public trust in self-driving vehicles using behavioral neuroscience and psychology through virtual reality simulations. Managed interdisciplinary research teams and developed immersive driving simulators. Conducted data analysis and published findings in peer-reviewed journals.

• Studied ethics and trust in autonomous vehicles using VR driving simulators.
• Developed complex VR environments with Unity3D and C# for immersive experiments.
• Managed a team of nine interdisciplinary researchers.
• Collected and managed extensive behavioral and questionnaire data.
• Published open-source VR environments used by multiple PhD projects.
• Analyzed data and published results in international journals.
• Acquired ethics committee approvals for studies.
• Created courses on C# programming, Unity3D, social and human-robot interaction in VR.
• Managed and modernized the institute’s VR laboratory and IT infrastructure.
• Supervised theses and conducted workshops on VR topics.

Developed and maintained Android and iOS applications for internal company communication. Managed backend infrastructure including databases and server administration. Ensured app deployment and created technical documentation.

• Compiled and debugged Android and iOS apps.
• Set up and maintained PostgreSQL databases.
• Managed app approval and deployment on Apple and Android stores.
• Created technical documentation for users.
• Configured and monitored third-party APIs.
• Administered backend servers and Docker containers.

Developed technical documentation and full-stack ticketing system for WiMAX installations. Created Linux driver for VoIP card integration with telecommunication switches. Managed server configurations and maintenance.

• Produced technical documentation for Samsung VoIP server setup.
• Developed full-stack ticketing system using C#, ASP.net, MS SQL, and SFTP.
• Configured and maintained servers for ticketing system lifecycle.
• Developed Linux driver for E1/T1 PCI express VoIP card.
• Integrated VoIP systems with telecommunication switches using ITC V5.2 protocol.