My colleagues and I collaborated to devise the operational workflow for the vertical farming production system at the PF002 facility. This encompassed various components such as the NFT irrigation system, circulation/filter systems, sensor and dosage systems, as well as climate conditioning and lighting systems. Our devised workflow and operational procedures adhere to ISO9001, ISO14001, ISO22000, and ISO45001 standards.In my role, I have also been tasked with the comprehensive analysis… Show more My colleagues and I collaborated to devise the operational workflow for the vertical farming production system at the PF002 facility. This encompassed various components such as the NFT irrigation system, circulation/filter systems, sensor and dosage systems, as well as climate conditioning and lighting systems. Our devised workflow and operational procedures adhere to ISO9001, ISO14001, ISO22000, and ISO45001 standards.In my role, I have also been tasked with the comprehensive analysis of HVAC data and its effects on production and yield metrics. Utilizing advanced AI data tools, I have systematically organized and analyzed data collected from our network of sensors. This rigorous approach has enabled me to derive actionable insights, optimizing system performance and enhancing overall efficiency.Furthermore, I was an integral part of a three-member quality control team tasked with implementing ISO9001, ISO14001, ISO22000, and ISO45001 standards across the entire company. Our efforts culminated in a successful inspection and approval process conducted by the auditor, Buero Veritas.As a systems engineer within our organization, my primary responsibility revolves around the design and development of forthcoming production facilities. Our vision entails constructing numerous vertical farming facilities akin to PF002 within our plant factory. Show less

As a part-time Systems Engineer at Plant Factory, I have been responsible for designing the system workflows of the PF002 plant facility. Throughout this process, I have developed and implemented protocols to ensure optimal system management and operation.

Modelling Heat and Air Distribution in Vertical Farming usingSolidWorks Flow Simulation Module and AltairOne HyperWorks Acusolve, under supervision of Prof. Dr. Farhah Assaad-Gerbert, Prof. Dr. Senthold Asseng, M.Sc. SebastianEichelsbacher and M.Sc. Saiful Naim Suleiman

Analysis of L1-Retrotransposon Expression Levels

Assumption of diverse and varied laboratory activities in microbiology, Usage of automated material system for the detection of pathogenic germs on special nutrient media, Assessment of cultures in the areas of varia, urine, stool anaerobic, tuberculosis and fungal diagnostics, supported by modern laboratory automation, Microscopic assessment of Gram and Ziehl-Neelsen preparations, worm eggs, parasites and urine sediments, Germ identification using MALDI-TOF MS… Show more Assumption of diverse and varied laboratory activities in microbiology, Usage of automated material system for the detection of pathogenic germs on special nutrient media, Assessment of cultures in the areas of varia, urine, stool anaerobic, tuberculosis and fungal diagnostics, supported by modern laboratory automation, Microscopic assessment of Gram and Ziehl-Neelsen preparations, worm eggs, parasites and urine sediments, Germ identification using MALDI-TOF MS, Sensitivity testing using agar diffusion tests and automated microdilution, Independent technical release of findings, Recording of examination orders Show less