This time, we will present you three positions published by Apple, one of which is located in Shanghai. Judging by information on these recruitment positions, Apple is likely to apply 3D printing technology to mass production.
Experts in the field of additive manufacturing
Release date: January 24, 2025
Weekly working hours: 40 hours
Employment salary: negotiable
Place of work: Shanghai
Job number: 200587189
Professional responsibilities:
– Collaborate with internal partners and equipment suppliers to develop and improve the manufacturing processes and equipment for metallic additives, by optimizing processes to meet the requirements of appearance, dimension, quality, of The reliability and output of Apple.
– Find and establish modeling and characterization methods for key performance indicators of additive manufacturing to ensure controllability and stability of processes.
– Apply 3D printing systems and knowledge -related knowledge of powder metallurgy to support the design and development of metal alloy products adapted to additive manufacturing.
– Provide expert support, optimized design and process implementation for manufacturing projects for metallic additives, from concept design to mass production.
– Develop high -level certification plans and process to check and certify additive manufacturing equipment and materials via DQ / IQ / OQ / PQ methods to ensure that they meet production and quality requirements.
Minimum work requirements:
– more than 2 years of experience in technical positions related to the manufacture of metal additives
– be able to communicate clearly and convincing technical information in written and oral in Chinese and English
– Baccalaureate or equivalent experience in mechanical engineering, manufacturing engineering, material science, industrial engineering and other related fields
Priority qualifications (more points)
– Experience in the development of the laser powder fusion process, familiar with the characterization tools of materials to support the doe
– Understanding post-treatment processes such as recycling of powdered treatment, automation, heat treatment and elimination of constraints
– Expert in practical practice and engineering problems solving
– Show tenacity and self-deputy, learn quickly and innovate solutions in adversity
– competent in the use of project management tools to plan and follow the closed tasks of tasks, and be able to provide results independently and effectively
– have practical workshop experience (maybe a professional or amateur experience)
– experience in the management of high definition parts or products is preferred
– can accept 25% + international trips (destinations include China, Vietnam, Germany, India, the United States, etc.)
Additive manufacturing design engineer (MDE)
Release date: February 5, 2025
Weekly working hours: 40 hours
Annual salary for work: 122,300 to US $ 184,600
Place of work: Cupertino, California
Job number: 200586319
Professional responsibilities:
– Work with internal partners and equipment suppliers to develop and improve the manufacturing processes and equipment for metal additives
– Optimize additive manufacturing processes to meet the requirements of appearance, size, reliability and exit from Apple. Develop methods to model and characterize key performance indicators in additive manufacturing.
– Support the design of the product for the development of metal alloys of additive manufacturing using 3D printing systems, powdered metallurgy, bond systems and knowledge of the process of denigration procedure
– Provide expert support to project teams taking advantage of the manufacture of metal additives to transform concept of the concept to mass production
– Develop first -class certification programs and projects to certify additive manufacturing equipment and materials using DQ / IQ / OQ / PQ
Minimum work requirements:
– have more than 3 years of experience in the development of mechanical products, manufacturing engineering, mold engineering, high precision manufacturing or similar positions
– Need to be able to travel more than 25%
Priority qualifications (more points)
– Use practical methods for engineering and problem solving
– Show commitment and perseverance;
– clear and convincing communication of technical information in written and verbal form, adjusting content according to the target audience
– competent in the use of project management tools to plan and follow the entire cycle of the project;
– Those who have experience in the workshop site (professional history / hobby all are acceptable) are preferred
– experience in the management of high -level parts or products is preferred
– Baccalaureate or higher diploma in mechanical engineering, manufacturing engineering, industrial engineering and other related majors are preferred
Model of experts in 3D Maker-metal additives
Release date: December 24, 2024 hours of weekly work: 40 hours
Work an hourly wage: 49.25 to US $ 85.52
Place of work: Sunnyville, California
Job number: 200584869
Professional responsibilities:
Mainly responsible for the development, optimization and large -scale application of metallic 3D printing processes, involving advanced technologies such as laser powder fusion (LPBF) and metal adhesive (MBJ). Ideal candidates must work closely with design engineers and manufacturing teams to produce prototype products that meet both functional and aesthetic standards. This position offers an exciting opportunity to participate directly in the development of advanced manufacturing processes and to help innovate the next generation of products.
Minimum work requirements:
– Solid team work capacity and capable of working in close collaboration in a collaborative environment
– have the capacity to complete the tasks independently and to be able to manage the progress of work regardless
– Pay attention to details, continue high quality results, ensure the stability of the process and the quality of the product
– Experience in the manufacture of metal additives (AM), in particular LPBF and / or MBJ technology
Priority eligibility (more points):
– more than 2 years of experience in the 3D Additive Metal Printing, with a rich practical background
– Competent in the use of Siemens NX CAD for the optimization of the 3D model and the preparation of data to support the LPBF and MBJ processes
– Master Ntopology or Siemens NX CAD to be able to carry out a topological optimization
– Experience in the additive metal process simulation software, capable of simulating and optimizing the printing process
– In-depth understanding of the principles of additive manufacturing (AM), including DFAM (design for additive manufacturing) and post-processing technology
– have the ability to analyze and solve problems, and to be able to deal with processes of processes such as the management of the game, the support structure, thermal deformation and post-processing
Finally, thanks to these positions published by Apple, it is not difficult to speculate that the previous news concerning Apple introducing 3D printing technology in titanium alloy in components such as the Midframe iPhone 15 chassis and Apple Watch Ultra is probably true. Apple mainly uses binding jet fusion processes (MBJ) and laser powder (L-PBF) to unravel the bottlenecks of traditional treatment. The application of this technology will further promote the large-scale development of titanium alloys in the field of consumer electronics and will stimulate the growth of manufacturers of materials and equipment upstream (such as Berlit and Huashu Hi-Tech) .
