A diligent and reliable individual with an eagerness to learn and thrive as an integral contributor to the team. Professional objective is to utilize and continually improve the technical skills obtained from academics and experiences in the fields of agricultural research and agronomy. Proven success with team work, organization and communication skills.
Biological Control Methods for Frankliniella occidentalis (Western Flower Thrip)
· Obtain and correctly identify thrip species captured from numerous greenhouse crops using a dichotomous key and microscope skills
· Research literature surrounding biologically-based control strategies for WFT and understand their effects on the different thrip life stages, as well as correct applications
· Design a typical action sequence in order to mitigate or eliminate the present populations
· Implement and execute the strategies to maintain the health of the greenhouse crops so that pests do not pose any confounding factors to the experiments
Space Management and Use of Growth Chambers Facility
· Design and carry out a formal charter outlining the layout and storage use of a research facility
· Work collaboratively with cross-disciplinary teams in order to execute changes
· Elevate the efficiency of space use, and increase the safety of the storage practices while ensuring that all users of the space have their requirements met
· Apply the LEAN and Five S Principles to maximize the benefits of the improvements made, and to ensure maintenance of the standards
Grow Space Throughput Increase
· Contribute to accelerating R&D data capture and utilization by increasing the grow space through designing and constructing infrastructure to support an increase of plant growth space of 113%
· Collaborate with various teams in order to source, relocate, and construct infrastructure that abides with regulations, and aligns with the future goals of the company
· Design suitable plant growth elements such as irrigation, lighting, air circulation, climate control, and pest control
Photo-quality and Photo-intensity on Cabbage Growth in Growth Chambers
· Design an experiment to determine the optimal light wavelength ratio and levels to grow cabbage ideal for performing entomological in-planta assays
· Subject Danish Ballhead cabbage plants to different light treatments and measure the mass of their below and above ground tissues under each treatment
· Document both quantitative and qualitative data and present findings to stakeholders interested in performing trials with cabbage in growth chambers
· Successfully implement optimal lighting regiment to grow healthy plants with a compatible phenotype to the design of the in-planta assays