Driven by Research and Passion, Ready to Lead
A dedicated neuroscience researcher with a proven track record in academic inquiry and a passion for advocacy, I combine rigorous methodological expertise with a commitment to translating complex findings into real-world impact. My interdisciplinary approach to psychology and neuroscience equips me to lead innovative projects that bridge scientific discovery with practical applications for diverse populations.
Academic Foundations: A Strong Base for Exploration
Psychology with a Neuroscience Focus
I earned my Bachelor of Arts degree in Psychology from Montclair State University, graduating Summa Cum Laude with a 3.94 GPA. My coursework delved into diverse areas of psychology, including cognitive science, neurobiology, and psychopathology, providing a strong foundation for my research interests. I was honored to receive Prestigious Fellowships during my undergraduate studies, including one with the Simons Foundation at the Princeton Neuroscience Institute and another with the Wilson Center.
Research Methods: EEG and ERP
Through "The Electric Brain" course, I gained immersive training in hands-on EEG/ERP research methods. I developed proficiency in data processing, waveform analysis, and administering EEG recordings, along with creating sophisticated data visualizations. This technical foundation has been instrumental in my subsequent research endeavors.
CPACC Certification: Unlocking Accessibility Expertise
While at Princeton, I seized the opportunity to become a Certified Professional in Accessibility Core Competencies. This certification empowers me to champion inclusive design and ensure digital experiences are accessible to all.
Advanced Graduate Coursework
Critical Studies in Neurodiversity: I was selected to participate in an intensive graduate course on research and academic studies in autism. As one of only five students in this two-semester summer program, meeting twice weekly for two-hour sessions, I engaged in rigorous investigation and debate over current topics in neurodiversity education.
Math for Neuroscientists: I audited this advanced course at Princeton University as part of my fellowship to strengthen my mathematical abilities. The curriculum covered Linear Algebra, Differential Equations, and computational modeling, essential skills for quantitative neuroscience research.
Research Experience: Building Skills and Making Contributions
Autism and Neurodevelopment Lab
As team lead for EEG and Data Management at Montclair State University's Autism and Neurodevelopment Lab, I orchestrated ERP CORE paradigm administration for children aged 6-18. I developed expertise in REDCAP for participant tracking, Curry 7 for neural data processing, and Presentation software for stimulus delivery, establishing robust protocols that enhanced data integrity and research efficiency.
Engel Lab, Princeton Neuroscience Institute
During my fellowship at Princeton's prestigious Engel Lab, I conducted sophisticated analyses of latent circuits within recurrent neural networks. Leveraging advanced Python programming skills, I designed and implemented neural simulations that bridged theoretical models with empirical data. My collaborative work with interdisciplinary researchers strengthened the lab's computational neuroscience approaches and contributed to novel insights in neural processing mechanisms.
Kessler Institute and Foundation
At the Kessler Institute for Rehabilitation, I conducted cutting-edge medical imaging and electrophysiology research under the mentorship of Dr. Vikram Shenoy Handiru. My contributions to peer-reviewed publications and conference presentations significantly advanced the field's understanding of neurological rehabilitation techniques. This immersive clinical research experience refined my methodological precision and deepened my appreciation for translational neuroscience applications in patient care.
Project AROS Lab
In the Project AROS Lab, I spearheaded the development of an innovative Virtual Study Abroad program for the non-profit organization Inkululeko, creating accessible global education opportunities. Additionally, I authored a comprehensive analytical chapter examining democratic backsliding in Bangladesh, applying rigorous political science methodologies to document governance transitions and institutional challenges in emerging democracies.
EEG Administration
My research journey has been fundamentally shaped by in-depth exploration of neurodiversity through advanced neuroimaging techniques.
EEG Administration
I developed extensive expertise in administering electroencephalography (EEG) recordings, mastering sophisticated techniques for high-quality data acquisition and comprehensive analysis.
ERP CORE Paradigms
My specialized work involved implementing Event-Related Potential (ERP) CORE paradigms with pediatric populations, yielding valuable insights into neurological development and cognitive function.
- Demonstrated proficiency with specialized equipment:
- Neuvo advanced systems
- Emotiv non-invasive interfaces
- Various Open Source Hardware platforms
- Expert in analytical software including Curry 7, EEGLAB, and MNE-Python
Exploring Neurodiversity Through Research
Critical Studies in Neurodiversity
My passion for neurodiversity inspired my participation in the highly selective graduate seminar, "Critical Studies in Neurodiversity," where I examined phenomenological research in autism through a neurodiversity lens. This intensive seminar, conducted twice weekly with a small cohort of five students, offered profound insights into the lived experiences of individuals with autism, significantly enhancing my understanding of neurodivergent perspectives.
Exploring Genetic Contributions to Autism
I recently completed a comprehensive systematic review and meta-analysis examining research from 2020 to 2024, with a focus on genetic contributions to autism and investigations into potential prevention, environmental influences, and ethical considerations. This project, titled "Exploring genetic contributions to autism from 2020 to 2024: A systematic review and meta-analysis of prevention, elimination and environmental influences," is currently under review for publication in the prestigious journal *Research in Autism*.
Simons Foundation Undergraduate Symposium
I have been selected to present my innovative research from my fellowship at Princeton Neuroscience Institute at the upcoming Simons Foundation Undergraduate Symposium, where I will showcase my work on recurrent neural networks and brain-computer interfaces (BCI), highlighting the practical applications of computational neuroscience in understanding neurodiversity.
Disseminating Research Findings: Engaging with the Community
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Conference Presentations
I have presented at numerous academic conferences, showcasing research across diverse topics including the therapeutic applications of martial arts for children with autism, evidence-based approaches to embracing neurodiversity in clinical care, and the complex relationship between autism diagnosis and stigma within underrepresented minority communities.
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Published Works
My scholarly contributions extend beyond presentations to include co-authoring a book chapter examining Dim Mak, a sophisticated traditional martial arts technique. Currently, I am developing a chapter for a forthcoming volume that critically analyzes legal and institutional barriers to justice and accountability in healthcare settings.
Leadership and Advocacy: Shaping the Future
As a Leadership Institute Scholar, I was selected for an elite two-week leadership development program at the National Leadership Consortium on Developmental Disabilities, University of Delaware. Awarded a full scholarship, I received advanced training in disability services leadership, organizational transformation, and strategic systems change.
I founded and currently direct IMAF & H Consulting, a 501c3 non-profit organization that creates innovative interventions and inclusion initiatives for individuals with autism spectrum disorder. I spearhead ER2 program grant proposals while orchestrating impactful advocacy events and community fundraisers that foster meaningful engagement and sustainable support networks.
Beyond the Lab: A Passion for Teaching and Empowerment
Integrated Martial Arts and Fitness
My passion for empowering neurodivergent individuals inspired me to establish a specialized martial arts program for children with special needs at Integrated Martial Arts and Fitness in Livingston, NJ. This initiative has grown substantially, incorporating evidence-based methodologies that ensure each student receives personalized instruction tailored to their unique abilities and development goals. The program fosters both physical skills and social-emotional growth in a supportive environment.
Fight Choreography and Actor Training
I have served as a professional fight consultant and movement specialist for prestigious entertainment companies, including Disney Productions and ABC Productions/Netflix. My expertise involves crafting intricate, authentic fight sequences for television productions while prioritizing performer safety. I've guided actors through comprehensive martial arts training and weapon handling techniques, helping them embody their characters with confidence and physical precision.
Empower Your Team: Leveraging a Comprehensive Skillset to Drive Innovation and Foster Collaboration
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Neuroimaging Expertise
Hands-on experience administering and processing EEG data, with additional background in fMRI processing. Currently advancing skills in advanced neuroimaging techniques.
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Programming Proficiency
Expert in multiple programming languages including Python, MATLAB, R, LaTeX, and SQL fundamentals. Specialized in sophisticated data exploration, visualization, and statistical analysis.
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Research Excellence
Extensive experience in academic research methodology, teaching complex concepts, delivering training programs, and consulting services. Deep expertise in biomechanics, computational data exploration, and neurophysiological assessment.
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Technical Versatility
Proficient across multiple computing environments including macOS, Windows 11, Linux distributions, and high-performance computing clusters with Slurm workload management.
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