Architecture Portfolio

NICHOLAS HINCKFUSS

Rhode Island School of Design

Master of Architecture

Junior Architect

NICHOLAS HINCKFUSS

EXPERIENCE

BMA Architects

Junior Architect

May 2021-March 2023, Miami, FL

Luxury Residential Design

MJZ

Junior Architect

2020, Warsaw

Business Park-Court Yard Design, Hotel Resort in Brazil in Mundau

MJZ

Architectural Intern

Summer 2020, Warsaw

Design of yoga retreat facility; research

Peia Associati

Architectural Intern

Summer 2019, Milan

Design of residential villa, and sustainable low cost housing; research

Studio Rygalik

Product Design Intern

Summer 2017, Warsaw

Conceptual furniture design; model fabrication

Rhode Island School of Design, Providence, USA

MA, Architecture

2018-2021

MIT

Boston, USA

Product Design Spring 2018

Rhode Island School of Design

Providence, USA

BFA, Industrial Design

2014-2018

Domaine De Boisbuchet

Paris, France

Workshop Program

Summer 2016

Aiglon College

Villars, Swizerland

International Baccalaureate

2012-2014

EDUCATION EXHIBITIONS

MIT Sloan School

Boston, USA

Fall 2018

Industrial Design

Woods-Gerry Gallery

Providence, USA

Fall 2016

Triannual Exhibition

SKILLS

Software

Rhino, AutoCad, Sketchup, Lumion, Twinmotion, Adobe Creative Suite, Filmora, Keyshot, MS Office Suite, Licenced Drone Pilot

Fabrication

Metal, wood, laser cutting, 3D printing,ceramic manufacturing, casting, model making, sketching

Languages

English and Polish

REFERENCES

Blaze Makoid Founding Principal blaze@bmaarchitects.com

Anthony Aversa Director of Miami Operations anthony@bmaarchitects.com

Maciej Jakub Zawadzki Head Architect at MJZ mjz@m-j-z.com

CONTACT

hinckfussnicholas@gmail.com

+48 601-437-703

Powsinska 90, 05-520, Warsaw, Poland

BOAT HOUSE

STUDIES IN MOVEMENT PROVIDENCE, RI

Boat House is a piece of architecture dedicated to rowers and the history of rowing. When dissecting the action of a single sweep, one can see that it is a continuous sequence of individual components of motion which form around a line of symmetry. It is this perpetual motion, an aggregate of recurring sequences, that propels the vessel forward. Rhythm helps create synchronicity between all rowers, striving to generate the perfect unified stroke. The structure, the program, as well as the circulation is dictated by this sequence of motion.

Located on the bank of the Seekonk River in Providence, this architectural piece attracts rowers and spectators alike. When entering the space one is engulfed in the experience of a rowing sequence, through the intricate components of every shifting beam creating a sensation of motion. Just as when an oar moves in and out of water, so does the Boat House. The Boat House is merged with the surrounding landscape creating traversable and welcoming areas for spectators to gain altitude and perspective to observe races.

Right: Boat House; diagram, rowing sequence

Bottom: Boat House, symmetry in sequence diagram

Bottom: Boat House; rendering

Top: Boat House; energy output & sequence diagram

Section A

Section B

Section C

Left & Right: Boat House, long and short sections

Top: Boat House; birchwood model

Scale: 1/16”= 1’-0”

Bottom: Boat House, site plan

Top: Boat House; 1st & 2nd floor plan

THE SAIL

PARABOLIC STUDIES PROVIDENCE, RI

The Sail Pavilion is an acoustic sanctuary for performers based in Providence. The architecture is composed of a series of parabolic surfaces, the idea originally inspired by Agard Andersen’s design in Black & White on an area of 48 squares. The structure is an interplay between positive and negative volumes and adjacencies. During the summer months of warmer weather, this space is used for public concerts. The challenging constraint of the site is its exposure to vehicular traffic

and its inconsistent noise. This was solved by excavating a space underground for the auditorium thereby minimising the interference of the noisy traffic on the concert players. Furthermore, the positioning of the pavilion in continuation with the newly constructed footbridge provides for an extension of the “Providence experience” for the public to enjoy.

Bottom: The Sail; lattice construction

Left: The Sail; site plan

Bottom: The Sail; section A

50mm x50mm of lattice

10mm bolts conecting lattice to plywood board

plywood concrete retaining

plywood steel

Bottom: The Sail; foam core & birch wood model; Scale: 1/8”= 1’-0”

Top: The Sail; lattice construction

Top: Olympic Surf Shack; rendering;

OLYMPIC SURF PAVILION

Surfing was added to the Olympic roster in 2020, and Los Angeles will host the games in 2028, presenting a unique opportunity to honor the sport with dedicated architecture. The Olympic Surf Pavilion is a proposed observation deck that creates a point break for surfers. A tapered concrete shard at the end of the pier allows for wave formation, providing surfers with the experience of a breaking wave. The structure also addresses water contamination in Santamonica Bay. By extend-

ing the pipeline, necessary storm drains are transformed into a pier that acts as a filtration system, reducing contaminants near the shore. Inspired by the balance of a surfer on a board, the cantilevered structure allows beach access and offers a view of the shoreline. This design incorporates the delicate interplay between body, water, and momentum that defines surfing, while integrating the built environment.

URBAN SURFING LOS ANGELES, CA

Top: Olympic Surf Shack; exploded axon

Top: Olympic Surf Shack; ventilation diagram

Top: Olympic Surf Shack; rendering

Top: Olympic Surf Shack; section A axon

MANAHATTA

As populations grow, urban and agricultural boundaries expand, erasing the buffer zone between civilization and wildlife. The urban population boom has led to alarming infectious disease outbreaks like Covid 19. By 2050, the world’s population is projected to grow by 2.5 billion people, with 68% being urban. This puts major pressure on agriculture, the environment, and dense urban cities.

To counteract the rise of emerging zoonotic diseases and accommodate the growing population, we need sustainable green strategies. The Manahatta project redefines urban planning by

fostering a symbiotic relationship between nature and the community. It includes CLT multi-use skyscrapers that reintroduce natural ecosystems and vertical hydroponic farms for community food production. This project enhances communitynature interaction and mimics natural processes to provide valuable services. The forest-like typology, inspired by Manhattan’s original forest, optimizes sunlight exposure and offers a dynamic structure that suits community needs. This intervention promotes healthier living conditions while preserving the urban essence of New York City. It sparks conversations about activating eco-spaces in highly urban societies.

Left: Manahatta; collage; forest & city

Right: Manahatta; forest structure analysis & strategy

Right: Manahatta, birch model Scale: 1”= 64’

Left: Manahatta; 3d diagram;

Architectural Portfolio

Villa Montaña; rendering, courtyard view

Top: Villa Montaña; rendering, exterior view

VILLA MONTAÑA

Nestled within the mountainous landscape of Monterrey, Mexico, the residence is part of a collection of four homes, each spanning 1,294 square meters. The project aimed to accommodate different program elements at various levels, resulting in a four-floor dwelling concept that effectively addressed the challenge of the steep terrain. Retaining walls were utilized to support the structure and enable excavation. A courtyard was carefully designed to blend with the lush landscape, serving as a focal point across the top three

floors, flooding the interior with natural light and seamlessly integrating the building with its surroundings. Security was prioritized, resulting in two separate entrances for staff and homeowners, as well as a security booth at the entrance. The use of indigenous stone as cladding both inside and outside the building further reinforces the harmonious connection between the interior and exterior while honoring the local context and creating a sense of place.

RESIDENTIAL DESIGN MONTERREY, MEXICO FIRM PROJECT

Right: Villa Montaña; renderings, primary bedroom

Veredalta

T 631-537-7277 BRIDGEHAMPTON, NY

Top: Villa Montaña; rendering; dinning room

Left: Villa Montaña; rendering, kitchen

Right: Villa Montaña; rendering, living room

ISLAND VILLA

Situated on a private island in Sound Card Bay off the coast of Miami, this residential architecture offers an immersive experience on its expansive 1.17-acre lot. Carefully designed to adhere to zoning regulations, it encompasses a maximum lot coverage of 14,000 square feet and a maximum gross floor area of 21,000 square feet. With a strong focus on integrating the surrounding veg-

etation, the ground floor consists of segmented volumes that cater to different functions, seamlessly blending indoor and outdoor spaces. The residence boasts panoramic ocean views from the second floor, which features six luxurious bedrooms, a master bedroom, and an awe-inspiring infinity pool overlooking the bay, offering breathtaking vistas of the landscape.

Right: Island Villa, zoning analysis

9. MECHANICAL

INFORMAL WING

10. ENTRY 11. INFORMAL DINING

12. POWDER ROOM

13. KITCHEN

14. CHEFS KITCHEN

12. POWDER ROOM

13. KITCHEN

14. CHEFS KITCHEN

15. PANTRY

16. INFORMAL LIVING ROOM

17. BAR

FORMAL WING

15. PANTRY

1. ENTRY

2. FORMAL ENTRY

3. POWDER ROOM & COAT CLOSET

4. FORMAL DINING ROOM

5. GREAT ROOM

6. OUTDOOR LIVING

7. LIBRARY & WINE ROOM

8. WINE STORAGE

9. MECHANICAL

INFORMAL WING

10. ENTRY

11. INFORMAL DINING 12. POWDER ROOM 13. KITCHEN 14. CHEFS KITCHEN 15. PANTRY

16. INFORMAL LIVING ROOM 17. BAR

B.O.H.

19. GARAGE

20. TRASH 21. MECHANICAL/STORAGE 22. MUDROOM

23. STAFF LIVING ENTRY 24. STAFF SUITE 1 25. LAUNDRY

B.O.H.

19. GARAGE

20. TRASH

21. MECHANICAL/STORAGE

22. MUDROOM

23. STAFF LIVING ENTRY

24. STAFF SUITE 1

25. LAUNDRY

26. STAFF LOUNGE

27. STAFF KITCHEN

28. STAFF SUITE 2

29. MEDIA ROOM

30. POWDER ROOM 31. PLAY ROOM

32. GYM/YOGA

33. BATH

34. AV MECHANICAL

18. OUTDOOR LIVING

POOL HOUSE

34. POOL HOUSE

35. BAR

36. OUTDOOR DINNING

37. BATHROOM

38. MECHANICAL

39. POOL STORAGE

40. JUNIOR SUITE

41. JUNIOR SWEET BATHROOM

42. JUNIOR SWEET CLOSET 43. PLUNGE POOL

SCALE: NTS

SCALE: NTS

T 631-537-7277 MIAMI, FL

Top & Bottom: Island Villa, 1st & 2nd floor plans

Top & Bottom: Island Villa, rendering, exterior & junior suit

Top: Barn House , rendering, north east view

Right: Barn House, site plane; 1/32” =1’

BARN HOUSE

RESIDENTIAL DESIGN EAST HAMPTON, NY

This residential architectural proposal in East Hampton, New York, was designed for a Netflix series producer. Spanning three lots with a rich history as former farmland, the design embraces the traditional Hampton vernacular architecture to harmonize with the surroundings.

The architecture consists of two buildings nestled in a picturesque field of long grass. The first building, the Barn House, spans 7,100 sq. ft. and three floors. The ground floor includes a living room, kitchen, dining area, and library. The second floor

houses the producer’s office and primary bedroom, while the subterranean level features a theater/game room and three guest bedrooms.

The Barn House showcases a blend of modernity and traditional vernacular architecture with its heavy timber frame construction. The ground level is cantilevered over the subterranean level, adding a contemporary touch. From a distance, the structure resembles a typical barn house, but a closer look reveals the seamless integration of old and new elements.

FIRM PROJECT

Top: Barn House, Rendering; west view,

Bottom: Barn House, 2nd floor; 1/16” =1’

Top: Barn House, Rendering; west view,

Left & Right: Foil Yacht, rendering

Ideation

FOIL YACHT

Project Altius was designed for a Advanced CAD class during the fall semester of my senior year taught by Brian James, a designer and professor for the the Rhinoceros corporation. The Luxury boat design is for those travelers that seek a boat that best mimics their lifestyle. The inspiration for this design came from a migrating sea animal that travels thousands of miles every year, the humpback whale. The curvature of the whale is mimicked by the profile of the the Altius due to the whale’s streamlined shape. The shape of the Altius is meant to evoke speed, luxury, and style.

STUDIES IN AQUATIC DESIGN PROVIDENCE, RI

Foil Yacht was designed for those travellers looking to reduce their cost of owning a boat while decreasing their carbon footprint and having a positive impact on the environment. A huge problem with boats is that they are extremely inefficient and create a lot of drag. By attaching hydrofoils to the yacht the vessel is able to travel at three times the speed, and consume a lot less fuel. Making this luxurious

design very cost effective and friendly. The foils not only add to the efficiency but to the comfort level as well by gliding underneath the surface of the water where it’s not as turbulent. Finally Solar panels were mounted so that the boat can generate power and help with hybrid propulsion systems, further decreasing the carbon footprint of the Foil Yacht.

Dorsel Fin -roof studies

Top: Dog House, scale: 1’=1’

DOG HOUSE

STUDIES IN JOINERY MIAMI, FL FIRM PROJECT

The re-imagined doghouse design represents a novel architectural approach, where the conventional form of a doghouse is transformed into a unique and unexpected structure. The innovative design features a mailbox-shaped entry portal that comprises a series of slices. These slices, which are orthogonal on the outside and curvilinear on the inside, create a cozy and organic dog den that provides comfort and ventilation for the pet. To ensure structural integrity and environmental protection, the slices are connected using mortise and tenon joinery, and connector panels. These panels, which serve as both structural bracing and

environmental louvers, are strategically placed to provide shade and shelter from the sun and rain through varied density and angle. This feature provides an optimal level of protection while allowing for natural light and air to circulate through the doghouse, creating a comfortable and inviting atmosphere for the pet.

In addition to its functional features, the transparency of the design allows pet parents to see into the doghouse and determine if their pet is home or not. This feature ensures that the pet is safe and secure while providing peace of mind for the pet owner.

Left: Dog House, Scale Model; 1/8” =1’