Kamolnat Mirizzi, Phd Email & Phone Number

Advisor: Chevalier Dr. Bernard J. Martin• Conducted case study analyses applying error & accident investigations, biomechanics evaluations, & ergonomics assessments (e.g., 3DSSPP, NIOSH Lifting Eq., RULA)• Utilized task analyses & systematic literature reviews to identify areas of improvement within inclusive workplace & task design towards proposing in-depth studies & obtaining research grants• Evaluated the impact of several intervention designs on manual wheelchair users’ mobility & perception of task via examinations of confidence during critical tasks, pain points, performance, and preferences • Supplemented quantitative performance & physiological data with qualitative interviews for more robust understanding of results • Disseminated findings & recommendations for improving inclusive mobility through environmental interventions at professional conferences; received positive feedback from audience members & supervisors⦁ Dissertation: Bridging the gap between mobility perception & performance for aging manual wheelchair usersSKILLS & TOOLS USED- Structured document & literature review towards research question & metric formulation- Multidisciplinary team leadership, mentoring, coordination, and collaboration- Project planning, budgeting, scheduling, communication of deliverables (e.g., successful grant writing, technical report writing)- Study design (e.g., user studies, A/B testing, mock-up & prototype testing, qualitative Qs)- Quantitative tools & analysis (e.g., Qualtrics, human motion, database analysis, physiological data, rating tools, anthropometry, mock-up task execution)- Qualitative tools & analysis (e.g., open-ended survey Qs, interviews)- End-to-end human-centered research (lab studies, virtual communications, recruitment & retention)- Statistical analysis (e.g., R / R*Studio, SPSS)- Preparation & delivery of concise & meaningful images, and presentation (e.g., ggplot2, PowerPoint)

University Of Michigan

• Successfully completed graduate training focusing in applied ergonomics and occupational safety engineering to design and manage workplaces that are safe and productive• Demonstrated foundational skills & aptitude in ergonomics, workplace safety & task design, and public health• Reported deep dive & case study research findings to SMEs across a large variety of fields (e.g., industrial hygienists, public health experts) while working in equally multidisciplinary teams

Advisor: Dr. Clive D'Souza• Led a team in structured literature searches towards developing & launching an interactive database that highlights gaps within then-early-stage accessible autonomous shuttle research & public transportation literature • Planned & utilized a full-scale autonomous shuttle mock-up to examine new-to-market interior layout trends with 3D movement data alongside quantitative & qualitative questionnaires, then presented recommendations for accessibility requirements & research directions for stakeholders at MCity • Evaluated a functional autonomous shuttle prototype for Pratt & Miller Engineering, then reported user perceptions & engineering requirements towards improving accessibility via written & verbal presentationsSKILLS & TOOLS USED - Structured document, literature, & data investigation towards research question and metric formulation- Study design (e.g., user studies, A/B testing for environments, mock-up & prototype testing)- Quantitative tools & subsequent data analysis (e.g., motion data, database analysis, standardized rating tools, anthropometry, mock-up prototype & task execution)- Qualitative tools & subsequent data analysis (e.g., interviews, content analysis)- End-to-end human subject research (laboratory studies, recruitment, usability tests & evaluations)- Statistical analysis (e.g., ANOVA, t-test, repeated measures, regression analysis, factor analysis, and others; SPSS)- Preparation & delivery of concise & meaningful images, and presentation (e.g., SPSS, PowerPoint)

Advisors: Onan Demirel, Ph.D. & Katharine Hunter-Zaworski, Ph.D, P.E. (OR)- Integrated human factors & accessibility considerations into early engineering design via variable CAD designs & direct interaction with stakeholders- Designed & disseminated a nationally distributed web-based survey towards understanding perspectives of rail transportation consumers with mobility limitations- Designed & conducted a rail car mock-up study collecting quantitative & qualitative data (i.e., video, questionnaire, interview) towards understanding spatial task constraints- Collaborated with faculty to create learning objectives & new assessments while leading lectures, laboratories, and discussion sessionsSKILLS & TOOLS USED- Integration of human factors and accessibility to early design frameworks (Human-in-the-Loop model)- CAE and Digital Human Modeling tools (e.g., JACK, Siemens NX, SolidWorks)- Subjective tools (e.g., self-reported rating scales, open-ended questions)- Objective measures (e.g., video and time, self-reported history of usage, anthropometry)- Data analysis & presentation (e.g., MATLAB, Excel)⦁ Thesis: Modeling for Validation of Standards for an Accessible Passenger Rail Sleeping Compartment: Design and Evaluation with 3D and Digital Human Models⦁ Graduate Teaching Assistant courses: - Mechanical Component Design- Materials and Manufacturing Processes - College Algebra - Oregon State University Education Opportunities Program

Boston

⦁ Capstone Title:Effect of Phosphate Deficiency on Callus Composition

Chevron Thailand Reliability Engineering Group, Turbomachinery Team- Performed FMEA risk analysis towards drafting an economically-conscious reliability-centered maintenance schedule for offshore turbo-machinery- Drafted economic analysis of offshore turbo-machinery production rates, aligning to FMEA outcomes, to predict strategic alternations to maintenance scheduling

Boston, Ma

⦁ Undergraduate Research Opportunities Program (UROP)Funded research assistant on the project:Parkinson’s Disease Research: ⦁ Engineering Scholars ScholarshipFunded research assistant on the project:Influence of Cholinergic Regulation on Cognitive and Spatial Maps:

Doctor Of Philosophy (2024) & Master Of Science (2021), Industrial And Operations Engineering

Human Factors Engineering, Accessibility and Inclusive Design

Master Of Science, Mechanical Engineering (Engineering Design)

Bachelor Of Science, Biomedical Engineering And Mechanical Engineering