As a dedicated Project Manager at G3, I excel in delivering top-tier, streamlined translations tailored for a diverse global market. My expertise lies in crafting and curating high-performing teams, meticulously tailored to match specific language requirements, target markets, and content nature. 1.) Strategic Project Oversight:- Utilize advanced project management software and AI tools to maintain comprehensive control over budgeting, timelines, and strategic goal-setting, optimizing time and cost for efficient project execution and successful outcomes.- Lead multiple cross-functional teams in high-pressure environments, implementing dynamic tracking systems to ensure transparent client communication and timely achievement of project goals.2.) Project Coordination and Communication:- Act as the primary liaison for project management and client communications, ensuring streamlined interactions and clear understanding among clients.- Leverage strong communication skills fostering strong relationships to maintain high client satisfaction.3.) Quality Management:- Employ rigorous quality control measures to ensure high-caliber, punctual, and cost-effective deliveries.- Utilize extensive project documentation for the tracking, analysis, and continuous improvement of past projects, ensuring ongoing enhancements and optimization.

As a Project Manager at LaunchTec, I played a pivotal role in a lean start up environment. As a team, we managed the preparation, strategy, and execution of marketing campaigns. Serving as the primary point of contact, I adeptly managed both client interactions and the project team. 1.) Project Planning and Stakeholder Alignment:- Collaborated to define clear project roles and responsibilities, promoting transparency and effective cooperation throughout the project lifecycle.- Gathered and analyzed feedback from clients to make necessary adjustments to the project.2.) Proactive Risk Management and Continuous Improvement:- Maintained meticulous project documentation, allowing for the identification of cost-saving initiatives and risk management.- Created comprehensive onboarding documentation and strategies to facilitate effective training for new team members and seamless onboarding for new clients.3.) Resource Allocation and Quality Control:- Conducted candidate assessments and interviews to assemble highly skilled teams for each project.- Managed resource allocation to maintain high-quality work standards within budget and time constraints, resulting in cost-effective project execution.

As a Research Technologist, I worked towards the development of treatments for neurodegenerative disorders affecting motor neurons and peripheral nerves. My focus was primarily on spinal muscular atrophies (SMAs) and various forms of Charcot-Marie-Tooth disease (CMT), two of the most prevalent inherited neurological disorders often resulting in premature mortality.1.) Characterization of Clinical, Genetic, and Pathological Features:- Collaborated with cross-functional teams, including scientists, researchers, and clinicians, to oversee and coordinate projects aimed at characterizing the clinical, genetic, and pathological features of SMAs and CMT.- Utilized a multidisciplinary approach by integrating studies involving human subjects, animal models (mice and flies), and cellular models to comprehensively understand these debilitating disorders.2.) Facilitating a Dynamic Work Environment:- Developed standard operating procedures (SOPs) and training materials for clinicians and researchers, enabling seamless and efficient onboarding processes.- Engaged in collaborative discussions on data and research, distilling complex information into clear, concise formats to support fast, data-driven decision-making.3.) Therapeutic Strategy Development Support:- Coordinated with international clinicians to review research findings and present new ideas.- Employed project management skills to ensure effective communication, comprehensive project documentation, and dynamic progress tracking across different research initiatives.

In my role as a Research Scientist at the Lois Pope Center for Life's neurosurgical department, I contributed in advancing the Miami Project to Cure Paralysis. My responsibilities spanned from conducting intricate surgical procedures on rodents to performing meticulous microscopic analysis of the ensuing outcomes.1. ) Microglial Population Dynamics: - Lead and executed research projects aimed at understanding the temporal and spatial shifts in microglial phenotypes (M1 to M2) following spinal cord injury.- Utilized cutting-edge technology to track and analyze these dynamic changes, providing insights into the neuroinflammatory response.2.) Gender-Based Influences:- Investigated through literature and experimentation the influence of gender on microglial phenotypic responses to spinal cord injury and central neuropathic pain.- Collected and analyzed data to uncover potential gender-specific differences that may impact treatment strategies.3.) Innovation and Technology:- Onboarded clinicians and researchers in the use of cutting-edge AI software to track and analyze quantifiable variables in physical recovery.- Implemented AI-powered image processing software to streamline data processing, boosting workflow efficiency by over 400%.

Performed genome engineering in Deinococcus Radiodurans R1 via homologous recombination experiments to assess the putative transposon/prophage RadMu.