Michael Delash | Architecture Portfolio | Current

Architecture Portfolio Michael Delash

education University of Maryland, College Park 2019

M. Architecture

University of Maryland, Baltimore County 2015

B.S. Biology B.F.A. Intermedia Arts

skills revit rhino illustrator autocad photoshop indesign lumion premiere pro after effects ms office 3D printing laser cutting french spanish

strengths Team Engagement Time Management Creative Problem Solving Organization Quick Learner

experience Hartman Cox Architects 03.2020-Present

Architecture Staff

Square 134 Architects 06.2019-08.2019

Architecture Intern

University of Maryland, CP 08.2016-12.2019

Teaching Assistant

Wentworth Gallery 03.2016-12.2018

Art Consultant

University of Maryland, CP 06.2017-12.2017

Research Assistant

Work on restoration documentation for historic Washington D.C. buildings. Compile and organize construction documents and maintain information from surveys. Occasionally work on 3D models in SketchUp and Revit.

Worked on many multifamily residential projects on various tasks including facade design, floor plans, details, kitchen elevations and zoning as well as communication with clients and officials

Aided students in their learning process covering a range of topics including diagramming, sketching, writing, researching and studying.

Helped clients design their interiors and arrange their art. Worked with hands to hang, deliver, and show art to clients as well as mend damages

Aided professor aqcuire data for a campus project related to the embodied energy of the buildings on campus.

Mentioned in a published article for aiding.

recognition Excellence in Design 09.2019

michael delash michaeldelash1@gmail.com

AIA Maryland Received a jury citation for excellence in design for a studio project the following school year.

contents

monie bay field station net zero laboratory wetlland research

springhouse grotto sustainable recreation children’s hospital

oil to island adaptive reuse master thesis

eco-campus green planning

campus master plan

professional experience multi-family residential square 134 architects

professional experience historic preservation + addition hartman cox architects

monie bay field station:

state funded laboratory for wetland education 12.2018 architecture studio

This design finds its origin in the same way that the marsh finds its: it is the place where two entities become one and a transitional, interstitial space is the result. This space in nature is marked by the convergence of the water and land which results in the marsh. This building strives to create a similar space as a mediation between built and natural environments.

arrival perspective

classroom perspective

4

1 2

6’

3

2

1

1 SLIDING HURRICANE SHUTTERS 2 WEATHER PROOFING BASE USING MDO 3 BUILDING LIFTED 2’ ABOVE MIN. REQ’D BY CODE 4 EXPENSIVE EQUIP RAISED UP TO MEZZ. LEVEL

1 PUBLIC 2 PRIVATE 1

INTERSTITIAL SPACE

OVERLAPPING STRUCTURE

PUBLIC + PRIVATE

CIRCULATION

STORM PROTECTION

SUM

MER

lounge perspective

PV PA

NELS

20

RAIN COLLECTION

TER

WIN

REUSE GREYWATER

NW WIND

TO RETAIN-

1

4

3

2

4

1

PRIMARY TREATMENT TANK WETLAND TREATMENT CYCLE DOSING TANK DRIP FIELD

3 2

1 2 3 4

(10) GROUND SOURCE HEAT WELL WARM WATER PUMPED TO BE USE HOT WATER USED IN SUB-FLOOR R COLD WATER CYCLED BACK TO W

17

1 2 3 4

SOLAR

WIND

STORMWATER

WASTEWATER

GROUND SOURCE HEAT diagrams

section perspective

6

3 5

2

1

1

SLIDING CEDAR WD SLAT SCREEN SLIDING GLASS DOOR BEHIND

2

CEDAR SHIPLAP 3/4” x 4” WD FURRING 24” O.C. WATERPROOFING MEMBRANE 2” XPS INSULATION VAPER BARRIER 3/4” PLYWOOD SHEATHING 6” HIGH DENSITY CLOSED CELL SPF IN 2” x 6” STUD CABITY AT 24” O.C. 3/4” GRADE A PLYWOOD FINISH

3

RECYCLED CORRUGATED METAL SHEET WD FURRING 24” O.C WATERPROOFING MEMBRANE 2” XPS INSULATION VAPER BARRIER 3/4” PLYWOOD SHEATHING 6” HIGH DENSITY CLOSED CELL SPF IN 2” x 6” STUD CABITY AT 24” O.C. 5/8” GWB PAINTED

4

3/4” x 12” HARDWOOD FLOOR, FINISHED WITH EPOXY IN LABS 1/8” PAD 1” BEDDING LAYER WITH RADIANT TUBING 16” O.C. 14” TGI JOIST 24” O.C. FILLED WITH HIGH DENSITY CLOSED CELL SPF (2) LAYERS 2” XPS INSULATION 3/4” MDO

5

3/4” x 12” HARDWOOD FLOOR, 1/8” PAD 1” BEDDING LAYER WITH RADIANT TUBING 16” O.C. 3/4” PLYWOOD SHEATHING 14” TGI JOIST 24” O.C. 3/4” GRADE A PLYWOOD FINISH

6

PV PANEL CORRUGATED METAL ROOF WD FURRING 24” O.C. WATERPROOFING MEMBRANE 3/4” PLYWOOD SHEATHING 3” XPS INSULATION 8” HIGH DENSITY CLOSED CELL SPF 3” TONGUE AND GROOVE WD DECKING

4

site plan wall section

model

axonometric

plan

springhouse grotto: natatorium complex for children’s hospital camp 5.2019 topical studio

The focus of this work was to create a multifunctional set of spaces that could easily accomodate a camp full of children with disabilities. Considerations for safety and accessibility that give the children a feeling of freedom and security simultaneously were taken into account while trying to blend into the environment and create a grounded sense of place.

arrival perspective

approach perspective indoor pool

storage/ mech

office office

unisex unisex

lobby

boy’s locker room

girl’s locker room

unisex

outdoor pool

ourdoor pool perspective

pavilion storage pavilion

0’

indoor pool perspective

pavilion perspective

10’

20’

sunbathing area pavilion

plan

detail models

detail models

1 1

2

1

3 45 6 7 8

2 3 4 5

9 10

6 7 8

11

9 10

1. sedum plants 2. substrate 3. filter layer 4. water reservoir 5. waterproof membrane

0’

10’

20’

6. cork rigid insulation 7. vapor barrier 8. waffle concrete roof 9. duct space 10. drop gypsum ceiling

0’ 2’

4’

1. sedum plants 2. substrate 3. filter layer 4. water reservoir 5. waterproof membrane 6. cork rigid insulation 7. vapor barrier 8. waffle concrete roof 9. duct space 10. drop gypsum ceiling 11. concrete parapet wall

1. cross laminated timber 2. charred layer of cross laminated timber 3. flashing 4. aluminum channel 5. charred 2x8

3

2 1

4 5

0’ 1’

2’

0’ 1’

2’

building + wall sections

oil to island:

repurposing southern california’s offshore drilling platforms 12.2019 master thesis

This thesis offers an alternative approach to the future of the offshore oil platforms. The Beta Unit platforms off the coast of Southern California offer a unique opportunity to develop into a satellite campus for the universities in the region. Here, students can be immersed in their areas of study in a novel way. Utilizing a modular approach to the kept structure introduced distinct challenges and opportunities in a future without dependence on fossil fuels.

arrival perspective

housing housing observatory astronomy lab

lounge offices

classroom recreation

offices

computer lab lecture hall

offices

building section

dorm courtyard perspective

outdoor commons perspective

laboratory perspective

corridor perspective

level 4

level 3

level 1M

assembly diagram

level 1

circulation diagram 2

axon for strip

plans

wall sections

solar gain diagram

eco-campus:

sustainably driven development of UMD’s northern campus 5.2018 urban design studio

The Eco-Campus is a newly developed region of the University of Maryland, College Park cam- pus. It is north of Campus Creek and extends to the northern most tip of the property line.

This project’s goal is to create a place on campus where sustainable practices can be housed as well as providing a framework to teach students about these practices

lake perspective

4

2 10 3 10

14 1 10

11 10

street sections + plans

M 13 2 9 1

5

10 6

1

1

1

1 9

2

12 8 7

2

1 - Mixed Use Dorms 2 - Academic 3 - Academic + Agriculture 4 - Waste treatment 5 - Library 6 - Existing Stadium 7 - Water treatment 8 - Solar Decathlon Houses 9 - Organized Quads 10- Amphitheater 11- Parking 12- Recreation Fields 13- Colonnade 8 14- Underground Parking 8 8 8

13

8

master plan

amphitheater perspective

stormwater diagrams

M

axonometric

colonnade perspective

site section

professional work experience: square134 architects summer 2019

mixed-use perspective

mixed-use perspective

multi-family residential perspective

multi-family perspective

interiors spec sheet

WALL PAINTS

COUNTERTOPS

INTERIOR FINISHES

BEDROOMS

TRIM, DOORS

KITCHEN

BATHROOM

TILE

BATHS, KITCHENS, LIVING ROOMS, HALLS AND LOBBY

BATH SHOWER + NICHE

KITCHEN BACKSPLASH

LOBBY, CORRIDORS, COMMON SPACES

FLOORING

BATH FLOOR + WALL

CARPET FOR STAIR TREADS AND LANDINGS

WOOD FLOORS FOR UNITS

2106 VERMONT AVE NW WASHINGTON, DC 20001

Construction Set 05.31.19

INTERIOR FINISH

ID-01

professional work experience:

hartman cox architects 03.2020-present

sketchup model

historic preservation survey

*

* *

* **

r Envelope Repair s Jefferson Building roj. # LC13015A

historic preservation survey + construction document

TITLE:

SHEET:

Facade

Discipline

Type

Se