JUSTIN T. MENKE
TABLE OF CONTENTS
NCPRPI : BLACKLEAF SUPERFUND SITE 4t h ye ar spr ing LEXINGTON COMMONS : MIXED USE DEVELOPMENT 4t h ye ar f a l l ART IN MOTION BUS SHELTER DESIGN COMPETITION 4t h ye ar f a l l DESIGN FIRM IN DOWNTOWN LEXINGTON 3rd ye ar spr ing GOSSMAN RESIDENCE : METHODS AND MATERIALS 4t h ye ar f a l l CAD WORK : GRADING AND DRAINAGE 3rd ye ar spr ing PERSONAL WORK many ye ars
NCPRPI : BLACKLEAF SUPERFUND SITE
Nat iona l C e nte r for Phy toreme di at ion R es e arch, Pra c t ice, and Impl ement at i on On t he Bl a ck le af Sup er f und Site in L ou is v i l l e, Kentu cky What I L e ar ne d. . . The pro cess of reme di at ing a Sup er f u nd s ite How to cre ate, ref ine, and implement a prog rom f rom s cr atch Cre at ive s olut ions to d i f f i c u lt probl ems The fe asibi lit y and p otent i a l of Phytoreme di at i on T he b a l anc e b et we en conne c t iv it y to and buf fer ing f rom site su r rou ndi ng s
Preliminary Sketches
Analysis Diagram
Proximity Concept
Preliminary Plan
Phytoremediation
Using plants to naturally extract contaminants from soil - cleans the soil on site - no excavation cost - no soil needs to be hauled away - no replacement soil needs to be brought in - considerably less expensive (100x-1000x)
10 Step Plan for Blackleaf Site
1. Materials Salvage 2. Demolition 3. Cleanup and Proper Disposal 4. Re-grading 5. Silt fences and other appropriate barriers 6. Initial phytoremediation plots planted 7. Construction of facilities and infrastructure 8. Remaining phytoremediation plots planted 9. Test to ensure site is safe to open 10. Open for operation
Phytoremediation References: Black, H. 1995. Absorbing possibilities: phytoremediation. Environmental Health Perspectives 12:1106-1108. Bolick, J.A., D.J. Butcher, and Y. Cho. 2009. Phytoremediation of lead with green onions (Allium fistulosum) and uptake of arsenic compounds by moonlight ferns (Pteris cretica cv Mayii). Microchemical journal. 91:6-8. Chaudhry, Q., et. al. 2002. Prospects and limitations of phytoremediation for the removal of persistent pesticides in the environment. ESPR – Environ Sci & Pollut Res. 9:4-17. Chen, T-B. and C-Y. Wei. 2006. Arsenic accumulation by two brake ferns growing on an arsenic mine and their potential in phytoremediation. Chemosphere 63:1048-1053. Seth, C.S., V. Misra, R.R. Singh, and L. Zolla. 2011. EDTAenhanced lead phytoremediation in sunflower (Helianthus annuus L.) hydroponic culture. Plant Soil 347:231-242.
Master Plan
LEXINGTON COMMONS : MIXED USE DEVELOPMENT B as e d on b ot h B e r n , Sw it z e rl and and L exington, Kentucky bui lding co des (for comp ar is on ) What I L e ar ne d. . . The imp or t ance of underst anding zoning and bu i l di ng co des A ref ine d pro cess of site inventor y and ana lys is A professiona l w ay to comp o s e a prop o s a l How to b a l ance t he p e dest r i an exp er ience w it h t he vehi c u l ar A more in - de pt h u nde rst anding of sust ainable pra c t ices and concept s of wa l k abi l it y
Lexington Code Requirements: Category Auto Parking
Bicycle Parking Yard
Description 3 spaces for every two dwellings, or 0.9 spaces per bedroom for residential 1 space per 300 square feet for other non-residential uses 50% of commercial parking may be used to satisfy residential parking -10% of total spaces if within 300 feet of a bus stop -1 space per bike parking space up to 5% of total spaces Maximum of 12 spaces required; additional spaces supress auto parking needs. For buildings over 2 stories, 15' front, 10' for side and back
Manifestation 800 spaces 600 spaces -300 spaces -110 spaces -50 spaces 50 spaces N/A
Bern Code Requirements: Category Auto Parking
Bicycle Parking
Recreation Area
Description Each dwelling under 120m² GF requires 0.75 to 1.25 spaces Each dwelling over 120m² GF requires 1 to 2 spaces Commercial Max (0.6 x GF/50) + 5 Commercial Min (0.45 x GF/50) - 3 Each dwelling up to 70 m² GF requires 2 spaces Each dwelling over 70 m² GF requires 3 spaces 2 spaces per 100 m² GF of retail 5% of total square footage of all apartments
Manifestation 170 to 280 spaces 225 to 450 spaces 200 spaces 145 spaces 200 spaces 1050 spaces 330 spaces 163,000 ft²
Total v v v 705 to 760 spaces v v 1580 spaces 163,000 ft²
Total v v v v 930 spaces 50 spaces N/A
ART IN MOTION BUS SHELTER DESIGN COMPETITION D e s i g n a c raf t s man st y le bus shelter, w it hin a $30,000 budget, t hat f its t he char ac ter of t he L e e stow n R o a d cor r idor and incor p orates t he us e of nat ive stone What I L e ar ne d. . . Mater i a ls and cont r u c t i on met ho ds How to cont r uc t det ai l dr aw i ng s Inva lu able insig ht into t he cost est i mate pro cess How to conduc t me et ings w it h const r uc t i on cont r ac tors T he c omplete pro cess of desig n f rom ide a to render i ng s to re a l it y The t hr i l l and v a li d at i on of su ccess
COMPETITION WINNER!
DESIGN FIRM IN DOWNTOWN LEXINGTON A mu lt i- dis c iplinar y desig n f ir m t hat le a ds by example in sust ai nabl e pr ac t i ces What I L e ar ne d. . . How to rel ate a l ands c ap e to a bu i l di ng f l o or pl an How to c re ate a var iet y of p e dest r i an sp a ces for pr iv ate and publ i c us e How to ret ain stor mw ater on site and how to c a l c u l ate r u nof f G enera l k now le dge of many com mon sust ai nabl e pr ac t i ces
Runoff Chart
+1000 ft3 >95
Impervious surfaces account for 4685 ft2 of the site, however 2580 ft2 of this is existing sidewalk. Assuming that the runoff from the existing sidewalks does not flow on site, a 100 yr storm would produce about 1000 ft3 off of these surfaces total.
+1109 ft3 ~90
Green roofs accounts for 2420 ft2 of the site. If the roof maintains .5 inches of water in a 100 yr storm producing 6 inches of rain, 1109 ft3 of runoff would be produced off of these surfaces total.
+1888 ft3 ~70
Pervious paving accounts for 5035 ft2 of the site. If the paving maintains 1.5 inches of water in a 100 yr storm producing 6 inches of rain, 1888 ft3 of runoff would be produced off of these surfaces total.
+800 ft3 ~50
Turf accounts for 1600 ft2 of the site. If the turf maintains 3 inches of water in a 100 yr storm producing 6 inches of rain, 800 ft3 of runoff would be produced off of these surfaces total.
+570 ft3 ~40
Planting beds account for 2850 ft2 of the site. If the beds maintain 3.6 inches of water in a 100 yr storm producing 6 inches of rain, 570 ft3 of runoff would be produced off of these surfaces total.
-2385 ft3
<0
+2982 ft3 (36) total runoff
Rain gardens, bioswales, and bioretention account for 2385 ft2 of the site. If the basins maintain all water in a 100 yr storm producing 6 inches of rain, 0 ft3 of runoff would be produced off of these surfaces total. Runoff from other areas on site could be directed to these basins at an average depth of 12 inches, which would account for 2385 ft3 of additional runoff. * If the existing sidewalks are factored in, the total runoff for the site would be right at 50 percent, instead of the 36 percent.
GOSSMAN RESIDENCE : METHODS AND MATERIALS
CAD WORK : GRADING AND DRAINAGE
170
172
174
174 172 170
168
166 164
LIMIT OF CONSTRUCTION
158
160
162
158
156
156
154
162 0+00
0+50
154 152
1+00
160
SCALE: 1" = 40'-0"
PRODUCED AN AUTODESK EDUCATIONAL 158 160 BY162 164 166 PRODUCT 168
158
176
1+50
158
156
176.5
2+00
150.9
160
160 154
2+36
156
154
150.1
#:
3+00
154
154
152 150
3+50 156
148
156
158
4+00 164
146
158
158
158
4+50
148
162 HPS + 161.0
4+50
150 152
154
156
5+00
160
158
5+20
5+50
HP 161.0
160
156
158 5+56
154.4
6+31 6+50 6+56
6+00
160
158 160
156
153.6
158 HP + 150.5 HP + 150.5
VIGNETTE 9 LA 871
156 154 HP + 150.5
148 146
156
144
CL
CL
RE 26.9 22
RE 22.5
LIMIT OF CONSTRUCTION
23
PATIO
24
23
26.5
26.5
RE 26.9
26.0
24
25.9
RE 26.9 25.5
GATE 27.0
HP 23.7
27.0
23
25.8
26.3
HP
RE 23.2
23
26
26.4
23
24 23
22
24
12" DEEP SWALE
22
26.3
26.8 PROPOSED ROAD
24.5
26.4
25 26
21 20.9
25
26
25
24
25
26
23
23 22 21
25
2%
27
26.1
HP 27.4 25.5
27
22
PL RE 21.2
22.4 21.4 20.4 21
22
88
88.7
86
88.7
27
88
25
88.7
86
85
89
83 84 83
88.7
84
88 87
82
82
88
81
85
84
80
84 83
84 83 82 81
82
81
87
85 86 87
Water Quality Pond
87.9
84.5
HP
83.5 82
79
85
84
23
22 21 20
20 21
FFE 87.9
88
87
87.4
87.4
86 87
88 HP
Proposed Drive
87
78 77 76
88.2
86 85.8
83.6
88 85
83.9
86
Existing Culvert
81
80
80
86
87
87.9
87.9 83
85.1 86.9
Garage
Existing House FFE 88.4
80
87.4
87.4 87.4
Palomino Way 24
90
FFE 89.2
24.4
26
89 HPS 88.4
Proposed Horse Barn
85
21 PL
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
CL
22
PARKING
HP 26.2
26 26
23
21.9 22.9
RE 24.1
RE 23.6 24
91
24
6" RISERS (2)
27
26
25
92
Existing Fence 87
24
25.5
92
Existing Trees
25
26.5
RE 26.9
91
Existing Horse Pasture
81
82
83
84
85
86
87
87
Name: Justin T. Menke
26.5 27.0
27.0
PRODUCED BY AN AUTODESK 91 EDUCATIONAL PRODUCT 92
92
Property Line
FFE 27.0
91
Existing Drive
27
26.3 26.8 27
26
25
90
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
25
24
23
89
25
25
OSCAR'S
DROP-OFF
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
RE 22.1
26
88
86
Scale: 1" = 40'-0" # 13 Date: 3/31/11
HPS
26.5
25
HP 22.6
152 154
150
Stream
23
148
87
DATE: 3/1/11
26.5
24
154.5
146
Contract Limit Line
23
SHOULDER SLOPES @ 2% AWAY FROM ROAD
22
LIMIT OF CONSTRUCTION
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
22
26
27
SCALE: 1" = 20'-0"
26
26.2 21
28
HP 28.4 28 27
# 13
RE 21.3
25
SITE GRADING NAME: JUSTIN MENKE
24
VIGNETTE 6 LA 871
BY AN EDUCATIONAL 26 28 PRODUCT PL 27 25 AUTODESK
23
21.9 21.6
146
2.5%
PRODUCED 24
23 22
148
144
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
22 HP RE 22
150
152
143.5 144 LIMIT OF CONSTRUCTION
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
154
24
HORIZONTAL ROAD ALIGNMENT/GRADING AN IMPOUNDMENT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
152
LP 153.5
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
2+50
158
160
DATE:
160
162
NAME:
162
162.5
PERSONAL WORK
b elt buck les, b elt , b e dside t able, & pi c tu re f r ame
WOOD AND LEATHER WORK
NEPHEW TABLE to b e const r u c te d in my f a l l 2012 wo o dwork ing cl ass...
Just i n T. Men ke - 858. 547. 8249 - me n ke just i n @ y a ho o. com E duc at i on
Univers it y of Kentu cky, L e x i ng ton , K Y 2008-2 0 1 3 - Cu r rent GPA : 3 .8 5 - B.S. in L ands c ap e Archite c tu re ( spr i ng 2 0 1 3 ) - Minor in Pl ant and S oi l S c i e nc e ( spr i ng 2 0 1 3 )
E x p er i e nce
Chr i sma s Tree S ales Inte r n Tur f and Ground s Maintenance Niemanâ&#x20AC;&#x2122;s Tre e Far m , L e x i ng ton , K Y B o one C ou nt y Arb ore tum , Uni on, KY B o one C ount y G ol f C ours e s, Burlington & Union, KY D e cemb er 2 0 1 1 Su mme r 2 0 1 0 , 2 0 1 1 Sum me r 2 0 0 7 , 2 0 0 8 , 2 0 0 9
Sk i l ls
C ompute r Prog ram s - ArcG IS (ArcMap 1 0 ) ; Auto CA D 2 0 1 1 ; Adob e CS 5 ( Photo shop, Il lust rator, In D es ig n, Ac rob at ) ; G o o g l e Ske tchup (Ke rkyt he a render ing prog r am ); Mi c ro s of t O f f i c e ( Word, E xc el, Powe r p oi nt)
Ac a d emi c Ach i e vement s
Membe r - Sig ma L amb d a A lpha honor s o c i e t y Un ive rs it y of Ke ntucky chapte r D eanâ&#x20AC;&#x2122;s Li st - A l l complete d s eme ste rs
Other - Il lust rat i ng and re nde r i ng me di a ( g raphite p enci l, colore d p e nci l, acr y l i c p ai nt, wate rcol or p ai nt , marker, qui l l p en); wo o dwork i ng ( hand and p owe r to ols) - L ands c ap e i nst a l l at i on