STUDENT ACTIVITIES
BANGKOK Field Trip
As the students boarded the plane bound for Bangkok, a palpable sense of anticipation filled the air. The excitement was tangible as they settled into their seats, eager for the adventure that lay ahead.
After they touched down at Suvarnabhumi Airport, the students erupted into cheers, their faces alight with excitement and anticipation. With passports in hand and bags slung over their shoulders, they disembarked from the plane, ready to embrace the sights, sounds, and flavours of Thailand's bustling capital city.
Finest Shirt Award - Winner
Angelique KEIZIA
Fashion Design Student
The winners of the 29th Edition
of The Fashion Award
Year 1 and 2 – Interior Design Bali Trip, 31st January – 3rd February 2024
Bali's Interior and Architecture design reflects a captivating blend of tradition, spirituality, and natural beauty. Rooted in Balinese Hinduism and influenced by various cultural exchanges over centuries, Bali's architectural style exudes a unique charm that resonates with both locals and international visitors alike. One of the most striking features of Balinese design is its emphasis on harmony with nature. Balinese interior design often incorporates elements of sustainable design and traditional craftsmanship, connecting to the island's landscape.
Raffles Year 1 and Year 2 Interior Designers conducted a study tour and field trip to better observe how designers integrate contemporary design elements with traditional Balinese culture. Guided by Raffles Interior Design Lecturers, Mr. Ned Ronsairo and Ms. Mia Kuntohadi, participants toured the four best developed areas in Bali - Uluwatu, Ubud, Canggu and Seminyak.
Highlights of this trip includes a tour of the Award-Winning Rimba Jimbaran by Ayana Resort, celebrated for its breathtaking design, seamlessly integrating contemporary elements with traditional Balinese influences. Raffles Lecturer Mr. @Rezkyafriza was one of the Project Architects of this project. Another memorable workshop experience was the model and life-size construction workshop conducted by Bamboo U, IBUKU the creators of the Bali Green School campus, learning about sustainable materials and design construction. Other notable site visits were to Titik Dua, designed by renowned Indonesian architect, Andra Matin; The Iron Fairies designed by Ashley Sutton Design and Starbucks Reserve Dewata by Bitte Design Studio.
Harper BAZAAR Asia NewGEN
Geralda Almira PRIBADI
Introducing Geralda Almira, Harper's BAZAAR Asia NewGen Fashion Award (ANFA)Winner
Incredible news that Geralda Almira @bygeraldaalmira @geraldaalmira has been announced as the winner of the Harper's BAZAAR Asia NewGen Fashion Award (ANFA) 2022/2023. Her whooshing fabulous collection impressed the jury of fashion experts last night.
Geralda will represent Indonesia to take part in the ANFA competition to the regional level and compete with young designers from several countries in Asia.
@bazaarindonesia
#BAZAARANFA #BAZAARANFA23
“Mittelmoda” Milan-Italy
Geralda Almira PRIBADI
Raffles Student , Geralda Almira PRIBADI, the only South-East Asian finalist, was selected for International Lab @Mittelmoda – Fashion Award 2022, showcasing her collection in Milan, Italy. Geralda’s collection, LATITUDE, which means freedom from limitation, freedom to behave and freedom to act, is a juxtapose between the stigma of wearing conventional batik with contemporary fashion.
FASHION BAZAAR 2022
The module helps the students to create, produce, plan and participate in an event, both virtual and hybrid. The module entails the coordination of all aspects of sales promotion activities providing a road map for the event to all stakeholders. Students' role and responsibilities during the whole module include, but not limited to concept creation, planning, organizing, sponsor resourcing, creative directing, human resource management, negotiating, financial management, public & media representation and documentation. During the final week of the term students will host the event in a selected venue inviting audience participation and Lead capture mechanism.