diff --git a/_pages/resume-cv.md b/_pages/resume-cv.md
index 09cfcd4..c1f5272 100644
--- a/_pages/resume-cv.md
+++ b/_pages/resume-cv.md
@@ -3,7 +3,7 @@ title: Resume/CV
 permalink: /resume-cv/
 ---
 
-This webpage was last updated on **2024-12-25**.
+This webpage was last updated on **2025-01-06**.
 
 You can view my resume below. Additionally, you can download PDF versions of my [resume](/assets/docs/LW-Resume-2024-12-25.pdf) or [academic CV](/assets/docs/LW-CV-2024-12-25.pdf).
 #### <span style="color:navy"><i class="fa fa-laptop-code"></i> *Research Experience*</span>
@@ -11,10 +11,13 @@ You can view my resume below. Additionally, you can download PDF versions of my
   * Designed and implemented scientific software for solving complex differential equations.
   * Developed performance-critical, CUDA-enabled software for simulations & experiments.
   * Generated informative visualizations of large-scale HPC simulations with tools like VisIt.
-* (*2019 -- 2021*) **Visiting Scholar** \| **Postdoctoral Researcher**, *West Virginia University*
+* (*2020 -- 2021*) **Postdoctoral Researcher**, *West Virginia University*
   * Collaborated on multi-institutional software engineering research projects.
   * Leveraged finite differences/volume methods to solve complex differential equations.
   * Developed advanced microphysics codes for complex numerical simulations.
+* (*2019 -- 2020*) **Visiting Scholar**, *West Virginia University*
+  * Deep-dive into finite differences/volume methods to model plasma flows.
+  * Developed advanced nuclear equation of state support for astrophysics simulations.
 
 #### <span style="color:navy"><i class="fa fa-school"></i> *Education*</span>
 * (*2016 -- 2020*) **Ph.D. in computational astrophysics**, *University of São Paulo, Brazil*
@@ -30,11 +33,11 @@ You can view my resume below. Additionally, you can download PDF versions of my
 #### <span style="color:navy"><i class="fa fa-code-branch"></i> *Software Development*</span>
 * **GRHayL**: *Modular, High-Performance General Relativistic Hydrodynamics Library*
   * Provides core algorithms for magnetized plasma simulations in extreme environments.
-  * Reduced large-scale HPC simulation time by \qty{30}{\percent}, benefiting hundreds of users.
+  * Reduced large-scale HPC simulation time by 30%, benefiting hundreds of users.
   * Optimized for heterogeneous computing architectures through GPU-friendly kernels.
   * Implemented & maintained comprehensive unit testing and CI/CD infrastructure.
 * **RETINAS**: *CUDA-Accelerated Real-Time Image Analysis Toolkit*
-  * Designed a high-performance computing solution for real-time particle tracking and analysis, improving performance of the original code by {$>$}\qty{400}{\percent}.
+  * Designed a high-performance computing solution for real-time particle tracking and analysis, improving performance of the original code by >400%.
 * **NRPy+**: *Python-based C/C++/CUDA/Charm++ Code Generator for Numerical Relativity*
   * Enabled rapid code development with sophisticated optimizations like SIMD/SIMT.
   * Developed microphysics modules for advanced nuclear equations of state and neutrinos.