From 689314d5904cdcc7f8ed8c2c2c806fd6dfc15bf7 Mon Sep 17 00:00:00 2001
From: Chris Howland <c.j.howland@utwente.nl>
Date: Wed, 27 Dec 2023 13:17:29 +0100
Subject: [PATCH] switch order of education and experience

---
 _data/cv.yml | 50 +++++++++++++++++++++++++-------------------------
 1 file changed, 25 insertions(+), 25 deletions(-)

diff --git a/_data/cv.yml b/_data/cv.yml
index 247d32e46c4a..5fe3012c5023 100644
--- a/_data/cv.yml
+++ b/_data/cv.yml
@@ -6,30 +6,6 @@
     - name: Languages
       value: English (native), Dutch (CEFR Level B1)
 
-- title: Education
-  type: time_table
-  contents:
-    - title: PhD
-      institution: DAMTP, University of Cambridge
-      year: 2020
-      description:
-        - "Thesis: Energetics and mixing in stratified turbulent flows"
-        - Performed idealised numerical simulations of stratified turbulent flows to improve the understanding of vertical scalar transport in the ocean interior.
-        - title: Presented work at national and international conferences including
-          contents:
-            - APS Division of Fluid Dynamics Annual Meeting;
-            - AGU Ocean Sciences Meeting;
-            - European Turbulence Conference.
-        - Contributed to the development of Diablo DNS code, including expanded HDF5 integration and Python post-processing scripts.
-        - Awarded teaching prizes from Pembroke College for excellent student feedback.
-    - title: MMath
-      institution: Mathematical Institute, University of Oxford
-      year: 2016
-      description:
-        - "Dissertation: Modelling Turbulent Flow Using Large Eddy Simulation"
-        - Double First Class Honours.
-        - IMA Prize for Third Year Exams.
-
 - title: Experience
   type: time_table
   contents:
@@ -40,7 +16,7 @@
         - Using high resolution numerical simulations to study the effect of turbulent convection at ice-water interfaces.
         - Implemented a new phase-field model coupled to a multiple-resolution method for efficient simulation of melting objects in flow.
         - Adapted immersed boundary method for pore-scale simulations of buoyancy-driven flows.
-        - Obtained 30 million CPU hours of computational time for the Physics of Fluids group on the Dutch national supercomputer.
+        - Twice obtained 30 million CPU hours of computational time for the Physics of Fluids group on the Dutch national supercomputer.
 
     - title: GFD Fellow
       institution: Woods Hole Oceanographic Institution
@@ -56,6 +32,30 @@
         - Performed experiments using a high speed camera to investigate the dynamics of liquid drops impacting soft solid surfaces.
         - Awarded funding from UK Research Council EPSRC for the project.
 
+- title: Education
+  type: time_table
+  contents:
+    - title: PhD
+      institution: DAMTP, University of Cambridge
+      year: 2020
+      description:
+        - "Thesis: Energetics and mixing in stratified turbulent flows"
+        - Performed idealised numerical simulations of stratified turbulent flows to improve the understanding of vertical scalar transport in the ocean interior.
+        - title: Presented work at national and international conferences including
+          contents:
+            - APS Division of Fluid Dynamics Annual Meeting;
+            - AGU Ocean Sciences Meeting;
+            - European Turbulence Conference.
+        - Contributed to the development of Diablo DNS code, including expanded HDF5 integration and Python post-processing scripts.
+        - Awarded teaching prizes from Pembroke College for excellent student feedback.
+    - title: MMath
+      institution: Mathematical Institute, University of Oxford
+      year: 2016
+      description:
+        - "Dissertation: Modelling Turbulent Flow Using Large Eddy Simulation"
+        - Double First Class Honours.
+        - IMA Prize for Third Year Exams.
+
 # - title: Open Source Projects
 #   type: time_table
 #   contents: