Silex Microsystems is the world’s leading pure-play MEMS foundry, delivering customized solutions to prominent global clients across industries such as pharmaceuticals, consumer electronics, and automotive. We are now looking for an experienced Process Engineer to drive development and performance within our Plasma Etch area.
Plasma etching is a key technology used to remove thin films of metals, semiconductors, and dielectrics across a wide range of applications. Each product has unique requirements, demanding carefully tailored processes. To meet these needs, the Plasma Etch area operates more than twenty process chambers, specialized for different applications and sourced from multiple equipment suppliers.
The team consists of four Process Engineers and twelve Service Technicians, working closely together to ensure high process stability, equipment uptime, and continuous improvement.
As Silex continues to expand, you will play a key role by contributing deep expertise in plasma etching. Your primary responsibility will be to ensure that manufacturing targets are met, in close collaboration with operators and service technicians.
A central part of the role is developing new processes and enabling the etching of novel materials. You will take ownership of process development—from initial concept and feasibility, through optimization, to implementation of robust, production-ready recipes suitable for high-volume manufacturing.
In this role, you will:
Identify opportunities for general process improvements and long-term development within the area.
Develop, maintain, and optimize plasma etching processes for new products including reviewing specifications and process flows.
Develop and maintain operator work instructions and trainings, and ensure adherence to established routines.
Handle non-conforming production batches and development material together with Process Integration Engineers.
Participate in qualification of new equipment and materials, and release them to production.
Troubleshoot process and equipment-related issues by identifying root causes and implementing effective CAPA actions.
Collaborate with Product Managers and Process Integration Engineers (PIs) on development activities and production issues.
We are looking for someone who has:
A Master’s degree in Engineering (e.g., Applied Physics, Chemical Engineering, Materials Science, or similar).
A solid understanding of plasma physics and semiconductor processing principles.
Hands-on experience with dry etch equipment (e.g., RIE, DRIE, ICP).
At least three years of industry experience in an engineering role, preferably working with plasma etching.
A proactive mindset with the ability to identify improvement opportunities and drive projects to completion.
Strong problem-solving skills and the ability to collaborate effectively in cross-functional teams.
Great documentation and quality management skills.
Strong communication skills in English; Swedish is considered a merit.
An opportunity to work closely with talented and inspiring colleagues in a collaborative environment.
A chance to be part of a world-leading company, driving the future of MEMS technology.
The ability to engage with cutting-edge innovations that shape global industries and everyday life.
The satisfaction of contributing directly to transformative technologies at the industry’s most advanced pure-play MEMS foundry.
Silex is the world’s largest and most advanced pure-play MEMS foundry, headquartered in Stockholm. MEMS technology is moving into an abundance of modern innovations; from data centers, consumer and automotive electronics to medical diagnostics and life science.
With a team of expert engineers, operators, technicians, and specialists, Silex brings the ideas of the industry’s leading MEMS innovators to life. We collaborate with some of the world’s largest technology giants and visionary startups across industries such as medicine, life sciences, consumer electronics, telecommunications, automotive, and industrial sectors.
We have an ongoing recruitment process, so we encourage you to submit your application as soon as possible. To apply, please attach your CV and answer a few brief questions. Our process is competency-based and includes a personality and logic test, reference checks, and a background check. Additionally, a drug test will be conducted prior to employment, and we perform random alcohol and drug tests for all employees.
We look forward to receiving your application!
Silex is the World’s largest Pure Play MEMS foundry bringing advanced process technologies and manufacturing capacity to a wide range of high-tech companies Worldwide. MEMS (Micro Electro Mechanical Systems) enable next generation devices and applications in a wide range of market areas such as Medical Devices, Smart Phones, Telecom and other Industrial and Scientific applications. Providing the World’s most impressive technology leaders with state-of-the-art manufacturing services, Silex is a true enabler of the sensory revolution.
WORKING AT SILEX MICROSYSTEMS
At Silex, you will find some of the world's best experts in MEMS process integration, process development, and transfer to production. People join Silex because they want to be challenged by the toughest MEMS processing required by the market, and to contribute to setting new standards in MEMS capabilities. At Silex you get to work with the world's leading MEMS product companies, who turn to Silex for the fastest route to cost efficient volume manufacturing, enabling them to participate in the new unfolding sensory revolution. Working at Silex is about challenging yourself, others and working collaboratively across Silex and with the global customer base to offer world-class MEMS manufacturing.
A typical Silex customer is an innovation leader who needs an IP safe manufacturing environment, protecting competitive advantage while at the same time giving access to the best process development team, latest generation processing capabilities, toolsets and cost-efficient volume manufacturing. Silex dedication to the true Pure Play model and protection of customer IP does not imply staying shy of advanced technology development, but the Pure Play model does place the scope of technology development to generic technology nodes that must at all times stay clear of competing in the actual application space of the foundry customer.
