diff --git a/assignments/src/MV3500Cohort2021JulySeptember/projects/Lentz/README.md b/assignments/src/MV3500Cohort2021JulySeptember/projects/Lentz/README.md
index b9b124a07f7d9ebfaee4074a5c8576043fd93730..79c101d5e6a90eb4e6911f80bba0d10c839744b8 100644
--- a/assignments/src/MV3500Cohort2021JulySeptember/projects/Lentz/README.md
+++ b/assignments/src/MV3500Cohort2021JulySeptember/projects/Lentz/README.md
@@ -1,11 +1,13 @@
+## Final Course Project
+
  In this project, we use several techniques and concepts to simulate software-defined transmitter/receiver systems through an aviation rf receiver use case.  This version of the project plays a passive role. The SDR component is an RF receiver node to collect and transform broadcast messages into DIS messages to produce a 'home aviation spotter' awareness system.
 
 The system is composed of a few parts:
-A software-defined radio setup [1] with a compiled FPGA image and PDU transmitter source code [2] to receive ADS-B data [3]
-A conversion model for transforming message traffic in the DIS PDU Entity State messages
+A software-defined radio setup [1] with a compiled FPGA image and PDU transmitter source code [2] to receive ADS-B data [3].  
+A conversion model for transforming message traffic in the DIS PDU Entity State messages.    
 A watch system to visualize DIS broadcasts and alerts when variables are within tolerance for conditions of interest.  
 
-This project's video walkthrough[4] and captured PCAP data is available [5].
+This project's overview slides are here and technical walkthrough videos are available here [4].   The captured ADSB Entity State PDU data is available here [5]. Technical details follow.
 
 
 ### install gnu radio using conda