Correction of staff level violations with attached drawings.

Minor repairs in response to vcc case# 16-02093-dbnvcc. The following repair work specifically references the vcc case violations. (owner filing petition to maintain signs). (security camera permits filed separately). 1) repair wood on deteriorated facia, 2) repoint brick mortar, 3) repair loose stucco, 4) secure and conceal visible wiring at exterior, 5) relocated ac unit on balcony courtyard, 6) screen ice machine in courtyard, 7) remove existing satellite dish, 8) replace colored lamps in existing light fixtures, 9) clear access at alleyway door, 10) relocate screen atm machines, 11) conceal exterior conduit, 12) void, 13) under the exterior balcony; replace existing light fixtures with shielded can lights, the removal of string lights and colored lights . Note: this permit is being made without owner operator waiving rights conferred pursuant to la. R. S> 9:5625(e)(b); any modification to the structure that was installed by august 15, 1997, is prescribed or "grandfathered" and the

To address staff-approvable vcc violations, cited violation case number 16-02093, per materials stamped vcc approved 04 17 17, as follows: remove replace deteriorated fascia and balcony decking as needed, to match existing. Repoint masonry where mortar is deteriorated on main building, service ell, or courtyard walls, using vcc mortar formula (attached). Tool mortar to match existing joint profile. No not use any rotary sanders or power tools which may damage historic brick. Remove abandoned wiring. Remaining wiring shall be tightly and discretely placed along the inside corners of building surfaces as much as possible, such as along gallery purlins at the deck line, and painted to match the adjacent surfaces. Uninstall unpermitted satellite dish installed in courtyard. Remove all unpermitted light fixtures and lamping. Install six (6) new remcraft 100-gu-24 series outdoor ceiling mounted down light (3" dia. 7" high), centered on gallery bays and painted to match adjacent surface. All fi