Utilized advanced skills in 3D modeling to design the system with simulating multiple perspectives: functionality, practicality, ease of construction and cost-effectiveness
Decompose the designed system into pieces, collaborate with machine shop and commercial vendor to fabricate each piece, and assemble the pieces to form the entire system in the lab
Design, development and assembling of an alpha irradiation system featuring cost-effective alpha source, high vacuum, and focusing lens-based beam delivery
Job overview
Performed computer modeling to successfully optimize the de-magnification factor by 10X enhancement in focusing strength compared to microbeams of similar size, type, and voltage attenuation
Simulated the anti-aberration strategies to improve the robustness of the optimized focusing lens system in maintaining the focusing strength
Devised and optimized a novel electrostatic focusing lens system for optimal beam focusing effects on ion beam delivery
Job overview
Overseeing and coordinating the transfer of lab equipment for surplus, donation, disposal, and other necessary actions
Overseeing both radiation and chemical safety regulation practices
Site specific training for all hazardous and dangerous materials to all new members joining the lab
Monthly radioactive contamination and safety checks
Overseeing the purchase, usage, and maintenance of multiple lab devices
Education
University of Texas at Arlington
Ph.D. in Applied Physics from Applied Physics
University of Texas at Arlington
B.Sc. in Applied Physics from Applied Physics
12.2018
Skills
Radiation instrument design and development for preclinical radiobiological study
Alpha dosimetry for radiobiological experiments
Computer modeling based radiation system performance optimization
COMSOL Multiphysics
Fusion 360
SolidWorks
AutoCAD
MATLAB
Simion81
WinTRAX
Geant4
Python
C
SRIM
TRIM
ImageJ
MS (Word, Excel, PowerPoint)
Ultra-high vacuum assembly
Quadrupole permanent magnet design and fabrication
Focusing magnet assembly
Ultrathin-film (100 nm) handling and mounting technique
Radioisotope handling and mounting
Alpha spectroscopy
Selected Peer Reviewed Publications
Ab initio study of the structure and properties of amorphous silicon hydride from accelerated molecular dynamics simulations, Journal of Non-Crystalline Solids, 622, 122641, 2023
Electrostatic focusing lens system for low MeV-ion microprobe: A simulation and optimization study, Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 518, 7-14, 2022
Simulation of an electrostatic quadrupole quadruplet focusing lens system for MeV multi-ion micro-beam, AIP Conference Proceedings, 2160, 1, 2019
Selected Peer Reviewed Abstract Publications
The Development of an Alpha Irradiation Platform for in-Vitro Radiobiological Experiment Study, AAPM annual meeting 2024, under review
Gamma Irradiation on Mylar Bottomed Cell Dishes - Comprehensive Analysis, AAPM annual meeting 2024, under review
Optimization and Evaluation of Electrostatic Focusing Lens Systems for Nano-Scale Radiobiological Studies with MeV Ion Beams, MEDICAL PHYSICS, 46, E488E488, 2019
Design of an electrostatic focusing system for low MeV multi-ion micro-beam, CAARI 2022, '180 WED-AA-IBTM-05', Contributed Talk
Patents
Design and construction of an Alpha Irradiation Platform for Radiobiological Experiments, under review
Supervision Experience
Rajan, Joshua, physics undergraduate, spring 2024 - present
Colstock-Millume, Kacy, physics undergraduate, spring 2023 - summer 2023 (graduation)
Ojo, A. Oluwatumininu, physics undergraduate, spring 2018 - summer 2018 (graduation)
Selected Conference Presentations
The development of an alpha irradiation platform for in-vitro radiobiological experiment study, AAPM Annual meeting 2024, Poster Presentation, 05/2024
Design of an electrostatic quadrupole quadruplet focusing lens system for low MeV multi-ion micro-beam, CAARI-SNAEP Conference 2022, Oral Presentation, 10/2022
Electrostatic Focusing Lens System for Low MeV-ion Microprobe: A Simulation and Optimization Study, AAPM annual meeting 2021, Oral Presentation, 07/2021
The design of a Permanent Magnet Quadrupole Lens Focusing System for an alpha-irradiator, SWAAPM 2020 Annual Meeting 2020, Poster Presentation, 02/2020
Optimization and Evaluation of Electrostatic Focusing Lens Systems for Nano-Scale Radiobiological Studies with MeV Ion Beams, AAPM annual meeting 2019, Oral Presentation, 07/2019
New designs of electrostatic lens systems with quadrupole multiples for production of sub-micron ion beam, PTCOG 58 annual meeting 2019, Poster Presentation, 01/2019
A new design of an electrostatic quadrupole quadruplet focusing lens system for low MeV multi-ion micro-beam, TSAPS 2020, Oral Presentation, 10/2018
Lab Teaching Experience
Nuclear And Particle Physics [PHYS 3446-002] and [PHYS 3446-003], In addition to teaching course material, I was responsible for overseeing radiation safety procedures, instructing students on safe handling, and working with radioisotopes, and conducting weekly laboratory tests to ensure ongoing safe operation.
Modern Physics [PHYS 3313-002]
Energy And Environment [PHYS 1351-002]
General College Physics I (STEM) [PHYS 1443-014] and [PHYS 1443-018]
General College Physics I (Non-STEM) [PHYS 1441-007] and [PHYS 1441-012]
General College Physics II for Non-Specialists II [PHYS 1302-002]
Awards
UTA Graduate Dissertation Fellowship [2024]
Dr. John D. Fry Endowed Scholarship in Physics [2024]
Truman D. Black Endowed Scholarship in Physics [2023]
Truman D. Black Endowed Scholarship in Physics [2021]
Michael and Wanda Ray Fellowship [2020]
UTA Graduate Student Fellowship [2019-2024]
Best Student Presentation Award at Texas Section APS conference [2018]
UTA's academic honor society - Member by Invitation
References
Yujie Chi, PhD, Associate Professor, Physics, Arlington, TX, 817-272-5160, yujie.chi@uta.edu
Zui Pan, PhD, Professor of Graduate Nursing, College of Nursing and Health Innovation, Arlington, TX, 817-272-2595, zui.pan@uta.edu
Varghese Anto Chirayath, PhD, Assistant Professor of Research, Physics, Arlington, TX, 817-272-2266, chirayat@uta.edu
Instructor/Graduate Research Assistant/Graduate Associate/Dissertation Fellow at The Ohio State University/Institute for Population ResearchInstructor/Graduate Research Assistant/Graduate Associate/Dissertation Fellow at The Ohio State University/Institute for Population Research