Jennifer Watson

Capstone Research

• Research Focus: Investigated insecticide resistance associated with knockdown resistance (kdr) mutations in mosquito vectors, specifically within the Culex pipiens complex and related Culex species.
• Technical Skills - Molecular Techniques: Utilized advanced molecular biology techniques, including Polymerase Chain Reaction (PCR) and gel electrophoresis, to amplify specific gene regions.
• Species Identification and DNA Extraction: Conducted species identification through both morphological and molecular assays, employing DNA extraction protocols tailored for optimal recovery of high-quality genomic DNA from mosquito specimens.
• Insecticide Resistance Mechanism Analysis: Analyzed the presence of kdr mutations in the voltage-gated sodium channel (vgsc) gene.
• Troubleshooting and Protocol Optimization: Identified and resolved challenges related to DNA inhibitors that affected PCR amplification. Developed and implemented a modified protocol involving mosquito decapitation to enhance DNA isolation and PCR assay success.
• Data Analysis and Bioinformatics: Applied bioinformatics tools, such as BLAST®, for nucleotide and amino acid sequence alignment, contributing to accurate species identification and assessment of resistance-associated genetic mutations.

• Subject Matter Expert: As a Master Training Specialist (Instructor) at the Electronic Attack Weapons School, my duties involved providing comprehensive training and instruction to ordnance technicians on the EA-18G Growler. I was responsible for ensuring that these technicians are well-prepared to handle and test ordnance systems safely and proficiently, contributing to mishap-free deployments and operational readiness.
• Effective Training Development: I used my extensive knowledge and experience in aircraft weapons and associated systems to develop and deliver effective training. This included both theoretical concepts and practical skills necessary for the maintenance, operation, and troubleshooting of advanced electronic warfare systems.
• Program Enhancement: I collaborated with other subject matter experts to enhance training programs, ensuring they align with current tactical and technical developments in electronic warfare.
• Training Administration and Management: I was also involved in training administration and curriculum management, demonstrating highly effective teaching skills and a comprehensive understanding of learning management to support the broader mission of Electronic Attack Squadrons (VAQ) at NAS Whidbey Island and beyond.
• Mission Support: By ensuring that all personnel are well-trained and capable, I supported the overall mission of the Navy's EA-18G Growler fleet squadrons and contributed to the operational readiness and effectiveness of the Electronic Attack community worldwide.

• Supervision and Leadership: As the Assistant Leading Petty Officer (ALPO) and shift supervisor, I oversaw a team of aviation ordnancemen, ensuring all tasks related to the maintenance and operation of the EA-18G Growler's advanced electronic attack systems are completed safely and efficiently. I coordinated daily work assignments, managed workflow, and provided guidance to junior personnel.
• Weapons Systems Management: I was responsible for supervising the inspection, maintenance, and repair of aircraft mechanical and electrical armament systems.
• Quality Assurance and Safety: As a Collateral Duty Inspector (CDI) qualification, I ensured that all maintenance and ordnance procedures adhered to the naval aviation maintenance publication (NAMP) standards.
• Training and Mentorship: I played a key role in the professional development of junior ordnance technicians by providing hands-on training and mentorship.