&lt;p&gt;For the first two years of the project (FY12-13), the RadWorks project has consisted of two top-level elements. The first element involved the prototype and maturation of advanced, miniaturized radiation measurement technologies, and demonstration through available platforms of these technologies as integrated vehicle systems. The second element was the provision of ground based hardware and virtual demonstrators of radiation storm-shelter capabilities by providing multi-functionality in design elements, utilizing existing launch mass as compared to methods involving the addition of dedicated shielding mass. For FY14, the RadWorks project is continuing its maturation and prototyping of advanced, miniaturized radiation measurement technologies, along with their demonstrations. The RadWorks project will fly a simplified, non-integrated version of Radiation Environment Monitor (REM) aboard the Multi-Purpose Crew Vehicle (MPCV) Exploration Flight Test 1 (EFT-1) to validate system operation in a space radiation environment and record charged particle data for post-flight analysis. This REM unit has been designated as the Battery-Operated Independent Radiation Detector (BIRD).&amp;nbsp;In addition, there are&amp;nbsp;6 REM sensors flying as Detailed Test Objectives (DTO) on the International Space Station (ISS). These sensors are plugged into laptops and are measuring the ionizing radiation environment. Work will continue on the development of the Hybrid Electronic Radiation Assessor (HERA) which is slated to fly first as a FTO (Flight Test Objective) on the MPCV Experimental Module 1 (EM-1) flight, and secondly, as an integrated part of the CWS (Caution &amp;amp; Warning System) on the MPCV Experimental Module 2 (EM-2) flight. Lastly, the RadWorks project will continue its development of an Advanced Neutron Spectrometer (ANS).&lt;/p&gt;&lt;p&gt;Also in FY14, the Storm Sheltering element of the project will transition away from specific shelter designs toward utilizing recently developed radiation modeling expertise, and modeling databases for comparison of simulation results to actual data. Comparative assessments will be conducted to correlate REM DTO data to radiation models, as applied to the current ISS configuration. Also, the RadWorks project will advance the development of radiation transport analytical software. This work will enable new designs and concepts of operation for radiation mitigation and protection of crew.&lt;/p&gt;