EUGENIUS RIVADO Portfolio

EUGENIUS RIVADO is an aspiring and reali-idealistic architect, designer and artist who believe a progressive and dynamic human society and civilization for greater good is done and reflected through the product of the mind of man itself. As does time flows so does human mind, thus he spend much of his time learning, studying, trying new things and methods. Throughout his education years, he has been participated in many commitee and organizations, has been both led by and lead for a different backgrounds of people. His experience established his style of leadership which is focused on cautious approach and full of preparation, and supervised actions of every member of the team. As an individual, he is not and never locked in single method, single software, instead he like to combining everything that he has or even not yet learnt to work effectively thus made him very adaptive in any kind of working environment.

EUGENIUS RIVADO

Skillset and software proficiencies:

ARCHITECTURE/3D VISUALIZATION

LUMION

ARCHITECTURE/3D COMPUTED / PARAMETRIC

RHINO GRASSHOPPER

DYNAMOBIM B3D GEOMETRYNODES

ARCHITECTURE/3D MODELLING

BLENDER3D

DESIGN

PHOTOSHOP

Proud user of Blender since 2015!

SKETCHUP

ILLUSTRATOR INDESIGN COREL DRAW

PREMIERE PRO

AFTER EFFECTS

BIM & DRAFTING

REVIT AUTOCAD

VRAY CORONA B3D CYCLES

TWINMOTION D5 RENDER ENSCAPE B3D EEVEE

NATURAL ROCK CLIMBING PARK

CUBE CAFE

LIGHTHOUSEAND LIGHTBEACON

(ACADEMIC) THAMRIN TOWERAPARTMENT

BALEFEST EVENT LAYOUT

OTHERACADEMICAND PERSONAL PROJECTS

WORK IN PROGRESS - PROJECT DATE: 2023

© NADJATARANADJATARI INDONESIA

PrincipalArchitect: AW

Civil Engineer: JOYO

Architect & 3D: EUGENIUS

CENTRALJAVA, INDONESIA

NATURAL ROCK CLIMBING PARK

Lies in the tropical forest, not far from the foothills of Kelir Mountain, Central Java, stood a natural tall rocky formations that has a potential for rock climbing sport location. The rock formation is part of the bigger masterplan that includes an art gallery, sightseeing station above the rock, glamping (glamorous camping) site, and an amphitheatre. This project is part of communityactiontoimprovelocaltourism potential.

Glamping Site

Art Gallery

Amphitheatre

Sightseeing

Climbing Post

Car Park

Motorbike Park

Art Gallery

Amphitheatre

Masterplan

Amphitheatre

Motorbike Park

Car Park

Art Gallery

Glamping Site

Sightseeing

Climbing Post

CANTILEVEREDART GALLERY

To reduce wasted space caused by parking site ramps, the art gallery is designed to “float“ on top of the slope, supported only at one end. This prompted a structural challengethat can be solved byextensive coordination between architect and engineer. The final desired design should be structurally safe and sound without compromising the architectural beauty and usability.

SAP 2000Analysis

Structural Plan

Section

Art Gallery Exterior

Art Gallery Interior

EXTRAS Behind the scene process (modelling, etc)

GRASSHOPPER modules for parametric hexagon, imported to REVIT as face based family

Imported parametric hexagon inside REVIT Family

BIM Model

Parametric Glamping placeholder model in REVIT Family

Natural rockformation modelling in Blender3D

LIGHTHOUSE LIGHTBEACON & INDONESIA

Indonesia is an archipelagic country. Nowadays Indonesia has archipelagic sea lane (ALKI) that extends from the strait of Malacca, Singapore, South China Sea, and Indian Ocean; Pacific Ocean towards Indian Ocean which is not just occupied by local trade routes but international from Asia and Americas. Indonesia as the sovereign country in charge of the archipelagic sea have to ensure the safety of the vessels by maintaining the aids to navigation: lighthouses and lightbeacons. The architectural design also should reflect Nusantara Indonesia rich culture without overlooking structural constraints including but not limited to wave, seismic and wind.

WORK IN PROGRESS - PROJECT DATE: 2022

© NADJATARANADJATARI INDONESIA

PrincipalArchitect: AW

Project Manager: SOFFA

Civil Engineer: AYU,ABDUL,AZMIL, JOYO

Architect: ARRUM,AISYAH,ASTRID, EUGENIUS

There is a total of 104 sites of lightbeacon and lighthouse combined spread in 22 navigational districts across the archipelago (104 unique design).The sites designworkare splitted between each member of architect and civil team. The works displayed in this portfolio are the selected ones from portion done by the author only

In north of Jepara, in one of the Karimunjawa’s Islands there is one small island that is popular for its inhabitant determination towards Wayang Kulit culture and it has been noticed byJeparagovernment. It isproposedforalighthousecomplexthatcouldaccomodateaWayang Kulitshow,a“sanggar“forthetrainingandeducationforfuture“dalang (puppeteer)“ and “sinden“ (singer), and lastly aWayang Museum.

A sculpture of “Gunungan“ which has deep philosophy in Wayang culture, furnished with gold like coating is placed on the body of the lighthouse. The lighthouse is being “carried“ by a ship like building. This ship is based on ancient mightJavaneseship“Djong“thatisalsoproduced on Jepara region. The whole architecture symbollized the island where the lighthouse sit becomes a pioneer of Wayang culture and sail it towards the edge ofthe worlds.

SiteplanSection

When designing, the consultant alsoadheretoLawoftheRepublic of Indonesia No.17 of 2008 about Shipping and related contents of IMO, MSC and IALA

JEPARAISLAND’S LIGHTHOUSE

Wayang Kulit puppet

Gunungan Sculpture

“Djong“ ship

“Pinisi” schooner ship is the pride of South Sulawesi and Indonesians. The lighthouse design materializes the concept of Pinisi especially the form of the ship masts. The tall mighty Pinisi schooners mast become the tube steel structures of the lighthouse crown. The 40 m tall tower will be visible from afar, thus visualizing the Pinisi ship reaching to the farworlds.

Tasikmalaya is full of cultural heritage of handicrafts for example a decorated umbrella “payung geulis” which literally means “beautiful lady’s umbrella”. This craft has been existed from colonial era-that Dutch ladies likedto carrythese. The craft is so valuable since its done in a careful, long, and tedious process handcrafted by Tasikmalayan expert craftmans. Its colorful trait displayed as white, red and blue-colored paint in a pattern on the walls of the light beacon.

SOUTH SULAWESI LIGHTHOUSE

SOUTH TASIKMALAYA LIGHTBEACON

Karimata islands is a home to many ancient inscriptions. Some of the ancient inscriptions are written by ancient Mongols. One of the inscriptions told that Mongol tried to invade Java, Majapahit Empire but failed. The light house design is based off MajapahitArchitecturetoremind that mighty kingdoms once looms in Indonesia archipelago that able to fend off foreign invaders

Banten are a product of the once glory of Islamic trading kingdom, Banten Sultanate. During Sultan Ageng Tirtayasa or TirtayasaofBanten reign, Banten became one of the kingdoms that is successfully maintained peaceful open trading relationship with Europeans. Banten Sultanate has an armada of ships that fascinated early Dutch explorers that described it ‘‘shaped like European galleys with four cannons in the front hull’’. This cannon then becomes a decoration on top of the lighthouse in each wall sides. The cannons doesn’t symbolize aggression but symbolizes the “striking influence” from Banten to every part ofthe world.

COMPUTATIONAL DESIGN BASED LIGHTBEACON SHELL MODEL

A CAD model of typical and experimental lightbeacon shape with various sizes is needed for civil / naval engineering team analysis process. This is done efficiently with parametric, computed mass model using REVIT and DYNAMOBIM.

Input Variables: Radius for each segment, elevation for each segment, “fillet“ radius and direction for curved corners

Script to process the input variables to readable output data. e.g.: each radius define a circle with each own elevation, then “loft“ operation is performed. The result is a 3d mesh

The output is realized as a surface of REVIT Mass family

The REVIT Mass is realized with Wall by face objectsthat can be exported to other 3d application or performing BIM documentation (section and plans)

Other operation to show the visualization of finished lightbeacon architecture, using LUMION for example

The revit mass is converted to 3d face CAD file

3D CAD face is imported in SAP2000 for analysis. Input as shell layer

Excel data imported and flattened to single list

Create circle from the list of radius and elevation

Split to segments

Create fillet segments

Algorithm to separate segments to faces (walls) and fix list issue with fillets*

Loft surface andoutput to RFA

Find and pick different fillet direction from list*

*For the consistency of curved corner angle, the fillet radius have to be same. This creates a problem for sides that have length smaller than 4 times of the fillet radius (diameter of 2 fillet, since each corner of the sides is filleted) which is unable to fillet therefore have to switch direction (to outside). Due to DYNAMO / author himself limitation, the difference of the fillet direction messed the order of the list (in this case, a list with sublist of each edges in one segment). Thus, the differences expressed in boolean are listed to find the “culprit“. Then the order of the culprit is swapped inside every sublists containing the culprit. This has to be done since a good order of list ensuring the success of loft operation.

BALEFEST EVENT LAYOUT

Balefest is a community event based on collaboration between motorcycle clubs community and nature activists as a pioneer for action against global warming. The event is planned as: electric and modded motor vehicles showroom, spareparts, local small business stands and all motorcycle club chapters showoffs andperformancefromrockbandconcerts.

Event Layout

Event d-day

documentation

EXTRAS

Behind the scene process (modelling, etc)

BIM Model Parametric PlaceholderVendorTent

Tram model modelled in BLENDER3D

JAKARTA, INDONESIA

CUBE CAFE

WORK IN PROGRESS - PROJECT DATE: 2022 © NADJATARANADJATARI INDONESIA

PrincipalArchitect: AW

Architect & 3D: EUGENIUS

https://youtu.be/ SXEItM5LHX8

MOVIE PREVIEW WATCH HERE

CUBE Cafe is a concept of contemporary cafe mixed with rental office spaces. It is built on top of a vacant house that still have koi fishes. To preserve such exquisite fauna and give more value to the cafe a decorative and unique bar aquarium is added.

Aquarium Display

Kitchen

EXTRAS

Behind the scene process (modelling, etc)

Alternative designs

Parametric facade modelling in GRASSHOPPER

BLENDER3D Model

FINAL BACHELOR PROJECT 2022 - UNIVERSITYOF DIPONEGORO

Mentors: INDRIASTJARIO, HERMIN W

Student: EUGENIUS

JAKARTA, INDONESIA

THAMRIN TOWER SMART RENTAL APARTMENT

Thedesignofanapartmenttocatch-upwith rapid development ofCBD areas in Jakarta and as an answer modelto a problem that frequently haunts high density residential tipology: an ignorance towards its own and surrounding inhabitant, playing part in increasing city’s traffic jams in form of “induced demand“, high carbon emmission from artificial cooling. This design answer these problems by correctly and carefully applying a concept of “Transit Oriented Development” and “Green Building”, both are guaranteed sustaniable with “Smart Tech” solutions.

Commercial Area

BNI City Station Tower B

Transit Hub

Sudirman Station

Tower A

Sideways Elevator / Monorail Lift

Transit Hub

Solar Cells

Solar Cells

Swimming Pool

Forest Park

Tree Garden

CONCEPT

Digitalization System and Sensors

Renewable Energies

Digital App Integration

Connectivity Optimization

Building Automation System

SMART TECH TRANSIT ORIENTED DEVELOPMENT Walking Optimization

Multi-sense Guidance

Transit Optimization Mixed Use

Cycling Optimization

Densifying Mass Compacting Mass

GREEN BUILDING

Appropriate Land Use

Water Conservation

Material Recycle/ Local Materials Energy Conservation

Healthy Indoor Climate

Environment Management

SITEANALYSIS

Address : Jl. Tatang Betutu, Kecamatan Tanah Abang, Jakarta Pusat, DKI Jakarta 10230 Coords : 6,20 LS; 106,82 BT

Sub zona K.1 : Perkantoran, perdagangan dan jasa (Zoning for Office & Commercials) Usable for high density residentials

For “Pola Sifat Lingkungan Padat”: KDB (Gross Building Area): 60%

KLB (Floor Area Ratio) : 5

Max. stories: 32 stories

GSB (Distance from roads): 4 m

(AnalysisResultsofPeraturanDaerahDKIJakartaNomor1

Tahun 2014 Tentang Rencana Detail Tata Ruang Dan PeraturanZonasi,2014)

STRUCTURAL MODEL

RC BEAMS

PILE FOUNDATION

SHEAR WALLS

RCC

FLOOR

OTHER ACADEMIC PROJECTS

2021 - SUNDA KELAPA COMPLEX: Rental Office and Cafe

2022-RUSUNFLAMBOYAN:Pandemic Resilient Subsidized Flats

2021 - RUSUN PASAR DARGO: Subsidized Flats and Flea Market

OTHER PERSONAL PROJECTS

THE SACS - PURE BLENDER3D GEOMETRYNODE BASED TOWER

A fun work-in-progress side project that I’ve been doing for a while to test Blender computed parametric design, geometry nodes capabilities for complex architecture. Sadly at this state, it is really ineffective to do so

SUDIRMAN

Another fun work-in-progress side project / experiment to replicate the Sudirman area in Blender