CLO Virtual Fashion is the creator of CLO and Marvelous Designer, the top 3D garment design programs used in fashion, film, and game development. With over two decades of research and development in accurate garment simulation, CLO
Responsible for planning, implementing, and maintaining the technical and engineering aspects of underground mine ventilation systems. This role requires advanced analysis and conceptual expertise to ensure safe, efficient, and compliant operations. The incumbent will also mentor
General Responsibilities :1. Check the condition of the production, electrical and other supporting machines every day according to the specified schecdule, and report the abnormal condition for immediate repair.2. Perform preventive maintenance and condition monitoring tasks according
Client Overview: The client is a professional architectural and engineering consultancy, providing integrated design and technical services for development and industrial projects in Indonesia. Established as a fully licensed consulting entity in 2025, the firm delivers
Purpose of the Role: Responsible for managing technical adaptation and supporting manufacturing processes for MV/LV equipment, Managing and Preparing equipment for Surveillance test, ensuring product quality compliance, and providing mechanical design and simulation support for localization, productivity,
As the main person and resource in the process and safety engineering disciplines related issues in the LNG Facility operation and maintenance works. Some of your duties will include: Process Engineering Design, monitor, optimize, and troubleshoot
Requirements : A bachelor degree in any field. Having minimum 5 years of experience in Resource & Recruitment in IT Industry. Experienced in Headhunting for the level manager and up. Experienced handling full cycle of recruitment
Job Descriptions Implement the Zero Defect methodology to maintain overall quality standards for plastic products. Optimize process parameters and tooling design while considering product quality, cost efficiency, and design excellence. Analyze Moldflow simulation results and determine optimal