Miep Keller Portfolio

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MIEP KELLER ARCHITECTUR E

Ragon Institute

Cambridge, MA

307,000 GSF

Ragon Institute is a unique union of MGH, MIT, and Harvard. At the forefront of infectious disease research, including HIV-AIDS and COVID-19, the new facility holds a gateway site an important urban nexus at the edge of Kendall Square in Cambridge, MA.

Bordered by residential, institutional and corporate neighbors, the iconic sweeping building form effectively mitigates changes in urban scale.

An iconic, performance-driven façade unites form and function. The limestone look on the shading fins is able to tie the building in with the surrounding neighborhood.

Ragon Institute

The geometry of the unitized curtain wall facade is based on the laboratory module.

The pattern of the tapering shading fins is not only based on the type of stacked program behind, but has also been adjusted per feedback from solar radiation studies.

Ragon Institute

Boston Research Building

Core and Shell project for CRISPR

Sculpted terra cotta panels in the unitized curtain wall create the signature undulating form carving away at the glass box.

floor has ultra-transparent, uninterrupted

Ground
structural
glass wall that keeps the building light, open and ultimately inviting at all hours of the day and night. 263,500 GSF

Boston Research Building

Ground floor has ultra-transparent, uninterrupted structural glass wall that keeps the building light, open and ultimately inviting at all hours of the day and night.

Pennsylvania State University

College of Engineering West 1 Building

280,000 GSF

The multi-story ‘Commons’ connect multiple levels of classrooms, laboratories, and also connect to a ‘skip-stop’ arrangement of 3 stacked offices for every 2 laboratory levels.

The Commons showcase dynamic student areas and establish a vibrant new identity for the College.

National Coast Guard Museum

The National Coast Guard Museum will be 80,000 SF, with 38,000 SF of exhibit space. There will be three main exhibit decks, five wings, a rotating gallery for temporary exhibits, and the CGC Eagle will be docked pier side.

New London Connecticut

Location:

Greenwich Academy

While working with Ann Beha, I was Project Architect for the new Lower School and for the addition for the Middle School through the end of Design Development.

AIA Connecticut Design Award, Excellence

2.750
48,470
Awards:
GSF Renovation
GSF New Construction

Greenwich Academy

The buildings are clad with cedar board-and-batten siding and local fieldstone, referencing Connecticut’s traditional material palette and the campus’ historic legacy.

Office and Lab fit-out

While at Charles Rose Architects: Project Architect for office and lab fit-out for Beam Therapeutics.

Location: Cambridge MA

size: 22,100 SF

Office Renovations

Various therapeutic and pharmaceutical company office renovations while at Charles Rose Architects. Location: Cambridge MA Size: 5,000 - 9,000 GSF

High End Residential

Various high end residential projects while at Charles Rose Architects

High End Residential

Various high end residential projects while at Charles Rose Architects
High End Residential

Columbia University IDSE

Columbia University Data Science laboratory fit-out:

Job captain on interior renovation of data science lab and SEAS Lounge space. overview of the IDSE project and managing the team responsibilities and the drawing set. Material and manufacture research, while sketching and building models to evolve the design.

Lounge custom perforated metal ceiling and walls.

Renovation: 24,195 GSF

Awards: AIA New England, Interiors, Merit Award

Carleton

This ceiling allows us to connect otherwise disjointed spaces that were created with the addition of the

Columbia University IDSE

The collaboration zone inside the data science suite is an area where the researchers can work together in groups, or have more space for themselves.

walls of the workstations create more intimate spaces for this space.

Angled

Harvard Art Museums

Renovation and Addition: 5+ years of collaborating with Renzo Piano Building Workshop on the design and completion of the Museum. My primary areas of responsibility were the exterior envelope (both restoration scope of the existing historic building and the detailing of the exterior assembly at the existing building and addition), restoration of the historic courtyard, art storage design and coordination, door detailing and scheduling, loading dock design, the reinstallation of a historic period room, and the preservation/reinstallation of three fresco’s to be displayed in the Museum.

A Y E T T RPBW 32 Quincy Street Expansion and Renovation
Awards: Harleston Parker Medal

Harvard Art Museums

As a historic building and a Museum, the restoration and exterior insulating assembly were given a lot of attention.

The restoration scope included surveying the existing conditions, reviewing brick and mortar matches, limestone and brick cleaning methods, different types of limestone repairs, etc.

32 Quincy Street Expansion and Renovation 32 Quincy Street Expansion and Renovation 32 Quincy Street Expansion and Renovation

Research Initiatives

A research intiative in the office that focused on the detrimental effects of thermal bridging on the performance of facades.

We have published our work in JNIBS and completed a report for AIA Upjohn Grant.

THERMAL PERFORMANCE OF FAÇADES

2012 AIA UPJOHN GRANT RESEARCH INITIATIVE

A component of Payette’s post occupancy database is to shadow users in their daily routines. Doing this study at Harvard’s Sherman Fairchild renovated laboratory armed me with detailed knowledge to inform design choices and optimize laboratories.

10- 120 Min. 2-10 Hrs. yachet Chayaboot (Tee) Matthew Shear Borja Saez Zhou Lab 10- 120 Min. 2-10 Hrs. 10- 120 Min. 2-10 Hrs. 10- 120 Min. 2-10 Hrs. 10- 120 Min. 2-10 Hrs. 10- 120 Min. 2-10 Hrs. Take out medium from fridge Clean with ethanol and place in water bath to warm up (20 mins) Clean BSC with spray ethanol Take out virus from incubator Clean with ethanol and place in BSC Take out medium from fridge Clean medium with ethanol and place in BSC Grab a pipette from the adjacent shelf Pipette Dispose pipette in bio hazard waste bin -Repeat processes 3 times Place virus in incubator for later use Place medium back in fridge Clean BSC with spray ethanol Take out medium from water bath Clean with ethanol and place in BSC Grab a multi-channel pipette from Clean multi-channel pipette with spray ethanol Take out ES Cells from incubator Pipette Put ES Cells into incubator Clean up with ethanol Put medium back in fridge mble a cast Clean cast with pure H2O Weigh powdered gel and add to flask Add TAE buffer to flask Microwave flask Grab paper towel from bench to cover flask Took out flask from microwave Cooled down flask by placing in a bucket of ice Fume hood Back to cast to prep Modify comb at bench Wash comb at sink and use Pure H2O Pour gel into cast Wash out flask ASAP to avoid hardening Leave gel cast on the bench to harden and come back to 1 2 3 4 6 5 7 8 9 10 12 11 13 14 15 16 18 17 19 20 21 22 24 23 25 26 27 28 30 29 31 32 33 34 36 35 37 1 12 16 22 30 28 33 Desk – looking up equipment to purchase Take out mice blood samples from bench fridge Place in centrifuge for 7 minutes Grab bucket for ice Ice machine – fill bucket with ice colleague question ng ice into TC -Take antibodies out of fridge and put into ice bucket Combine antibodies to make a “master mix” Take mice blood out of centrifuge and place into a rack While opening the tubes they fells over and now must place back into the centrifuge for 7 minutes Visit colleague and pick up antibodies Label antibody tubes Take blood cells out of centrifuge and place in racks Use an aspirator to vacuum out liquid on top of cell, leaving just the cell in the tube Pipette antibody master mix into each blood cell tube Place tubes on vortex to re-suspend the cell into the antibody mix Put cells on ice and label Repeat steps 14-17 1 2 3 4 6 5 7 8 9 10 12 11 13 14 15 16 18 17 4 7 Clean feet – put gloves on Check water bath for media Take components out of freezer Place components in water bath Take out more components from freezer Thaw components in water bath Take off gloves and put new ones on Take cells out of incubator Look at colony of cells Place cells back in incubator – take out different cells Look at clusters of cells under blue light microscope Put cells back in the incubator Get reagent from deli fridge Take off gloves and put new ones on Take out media from water bath Clean media with ethanol and place in BSC Take sleaves off shelf/ clean/ put on Take cells out of incubator Look at cells under microscope Clean and sit at BSC irator out extra liquid & Pipette media into cells Place cells back in incubator Take off gloves and put on new ones Take out new cells from incubator Repeat step 21-23 1 2 3 4 6 5 7 8 9 10 12 11 13 14 15 16 18 17 19 20 21 22 23 1 3 4 5 6 7 8 9 10 11 12 14 15 16 17 18 19 20 21 22 24 23 25

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