70th anniversary of Hanoi's Liberation Day Vietnam - Asia 2023 Smart City Summit Hanoi celebrates 15 years of administrative boundary adjustment 12th Vietnam-France decentrialized cooperation conference 31st Sea Games - Vietnam 2021 Covid-19 Pandemic
Home / SCIENCE & TECH
FPT supports Danish firm to build first smart jewelry manufacturing factory in Hanoi
Phi Nhat 21:43, 2022/11/02
The new manufacturing plant is set to be completed by the end of 2023 in the sizable hi-tech industrial zone.

Hanoi-based IT service provider FPT Software, a subsidiary of Hanoi-based FPT Corporation, will support Julie Sandlau, a Danish jewelry producer, in building its first smart jewelry manufacturing factory in the city's Hoa Lac high-tech park.

 An overview of the signing ceremony. Photo: FPT

The new manufacturing plant will be completed in the hi-tech industrial zone by the end of 2023.

The strategic partnership signing ceremony took place on November 1, within the framework of the Vietnam-Denmark Business Summit Forum 2022, which was organized by the Embassy of Denmark in Vietnam, the Vietnam Government Office, and the Ministry of Foreign Affairs.

Through this alliance, FPT Software provides the foreign company with a complete roadmap to build their first Smart factory and transform the traditional jewelry manufacturing process with digital technologies like Robotic Process Automation and Artificial Intelligence (Al).

The newly established partnership also transforms the Danish company’s operations and work processes, from human resources and operational management to accounting. 

FPT Software's automation and robotic processing solutions help ease the usual back-office procedures and reduce workload and workforce, promoting and accompanying Julie Sandlau's sustainable development. 

The strategic step also allows Julie Sandlau's to expand its operations to a strategic market like Vietnam and target potential customers here.

On nurturing and developing human resources, FPT Software will transfer expertise and provide comprehensive training to Julie Sandlau's employees in Vietnam, with a deep dive into Al applications.

This practice is expected to help the world's first jewelry maker integrate emerging technology into its production process, supporting its goal of becoming a digital transformation pioneer in premium accessory production by 2025.

The strategic partnership allows the two companies employees to exchange knowledge and experiences, with Julie Sandlau offering fresh graduates from FPT University and FPT Corporation's staff internship and employment opportunities. 

The program aims to improve educational quality and develop a guaranteed career path for future industrial engineers for FPT students and employees.

RELATED NEWS
TAG: FPT smart jewelry manufacturing factory Hanoi
Other news
19:03, 2024/05/14
Hanoi students dominate national pitch competition
The capital reaffirms its leadership among 63 provinces and cities in startup acceleration.
20:50, 2024/04/08
PM calls for tougher cyber security measures
Efforts will focus on working with security and defence agencies to monitor, detect and respond quickly to cyber threats.
22:14, 2024/02/28
Hanoi's young talents to attend 2024 World Robot Olympiad
Hanoi students can participate in the global playground that fosters their creativity and problem-solving abilities.
22:23, 2024/01/24
US-Vietnam Digital Workforce Development Program forges new partnerships
The US Mission to Vietnam and the NIC have partnered to expand digital skills in the Vietnamese labor market to improve the upward mobility and competitiveness of Vietnam's workforce.
21:17, 2024/01/21
VEX Robotics National Championship finds talents for international competitions
The Vietnam VEX Robotics National Championship 2024 is a platform open to all robotics enthusiasts nationwide, with no barriers based on gender, ethnicity or geography.
18:14, 2024/01/11
Hanoi to launch nine more electric bus lines
The city is determined to build a green public transport network in line with its commitment to environmental protection.