SweGaN AB jobb

Scope: Full-time. Duration: Until further notice Type of employment: Permanent or fixed-term employment Company Introduction SweGaN is a European semiconductor manufacturer that develops and produces customer-made materials and high-performance gallium nitride epitaxial wafers for manufacturers of leading components and devices. We develop and deliver unique material solutions based on the company’s ground-breaking GaN epitaxial technology. SweGaN products are used for a wide array of applications including 5G telecommunications infrastructure, defence radars, satellite communications, high voltage power switches and more. SweGaN’s benchmark QuanFINE® epitaxial growth technology increases performance of RF and power devices and reduces energy consumption. The Role We’re looking for a Senior R&D Engineer who combines deep technical expertise with a passion for innovation and a collaborative, problem-solving mindset. The ideal candidate will have a strong understanding of epitaxial growth techniques such as MOCVD, CVD, or MBE, and be familiar with a range of semiconductor materials including Si, SiC, GaN, and GeSn. You should bring a strong analytical approach to experimental design, with experience in process modelling, simulation, and statistical tools like DOE and SPC. Proficiency in advanced material characterization methods—such as XRD, AFM, TEM, SIMS, and PL—is essential, along with the ability to draw clear insights from complex data. This role requires a hands-on problem solver with demonstrated seniority and leadership capabilities, comfortable troubleshooting both process and equipment issues, and thriving in a fast-paced, collaborative environment. Strong communication skills and the ability to work cross-functionally with production, engineering, and customer-facing teams are crucial. We value individuals who are highly organized, attentive to detail, and capable of leading multiple complex projects, coordinating resources, timelines, and stakeholders to meet strategic objectives. A continuous learning mindset is key, as is the ability to stay current with emerging technologies and industry trends. Familiarity with intellectual property processes and a track record of contributing to innovation and patent development is a plus. Above all, we’re seeking someone who shares our commitment to quality, safety, and regulatory compliance in high-tech and cleanroom environments—someone ready to shape the future of epitaxial technology through bold ideas and rigorous execution. Key Responsibilities · Develop and optimize epitaxial growth processes to enhance semiconductor device performance. · Drive innovation by exploring new materials and deposition techniques. · Scale up R&D processes for transfer to high-volume manufacturing. · Design and run experiments; analyse results using modelling and characterization tools. · Troubleshoot yield issues and process defects in collaboration with production teams. · Work with research partners and universities on advanced technology projects. · Maintain detailed technical documentation and ensure process compliance. · Support equipment maintenance and continuous improvement initiatives. · Lead cross-functional R&D projects, ensuring milestones and deliverables are met. · Build and maintain strong technical relationships with key customer contacts; support customer projects, respond to technical inquiries, and present data and solutions. · Provide technical guidance to internal teams and customers. · Contribute to patents, technical disclosures, and failure analysis efforts. · Mentor junior engineers and contribute to the strategic direction of the R&D group. Requirements: - Bachelor's, Master's, or Ph.D. in Materials Science, Chemical Engineering, Electrical Engineering, Physics, or a related field. - Strong understanding of epitaxial growth techniques (MOCVD, MBE, CVD, etc.). - Experience with semiconductor processing, thin film deposition, and metrology techniques. - Ability to analyse XRD, AFM, SEM, TEM, and other characterization data. - Strong problem-solving and troubleshooting skills in process development and production environments. - Excellent technical documentation and communication skills. Experience: - 5+ years experience in III-V semiconductor manufacturing, SiC, or GaN epitaxy Meritorious - Project and budget management experience The employment is full-time and indefinite. Starting date by agreement. A security check may be carried out before a decision on employment is made. Ready to make an impact? Apply now and be part of something extraordinary. Welcome to send in your application with CV and cover letter by 31 July 2025 We will have interviews on an ongoing basis, the position needs to be filled immediately The application is sent to [email protected]

Are you passionate about advanced materials, crystal growth, and semiconductor technology? Do you want to be part of developing next-generation materials that enable more efficient electric vehicles, renewable energy systems, and high-performance power electronics? We are looking for a Senior SiC PVT Development Engineer to play a key role in developing and industrializing Silicon Carbide (SiC) crystal growth technology. This is a unique opportunity to work at the forefront of wide-bandgap semiconductor innovation and help transform cutting-edge research into scalable manufacturing solutions About the Role As a Senior SiC PVT Development Engineer, you will be responsible for developing, optimizing, and scaling Physical Vapor Transport (PVT) crystal growth processes for Silicon Carbide substrates. You will work closely with manufacturing, quality, equipment suppliers, research partners, and customers to improve crystal quality, increase yield, and support technology transfer into production This role combines hands-on development work, process optimization, problem-solving, and strategic technology development. Key Responsibilities Crystal Growth Development Develop and optimize SiC PVT crystal growth processes. Improve crystal quality, yield, and process stability. Define process windows and critical operating parameters. Design and execute development experiments. Industrialization & Scale-Up Lead process scale-up from development to manufacturing. Establish robust and repeatable production processes. Support technology transfer to manufacturing operations. Drive continuous improvement initiatives to increase productivity and reduce costs. Yield & Quality Improvement Analyze process and characterization data to identify improvement opportunities. Investigate crystal defects and process deviations. Implement corrective and preventive actions. Support quality improvement and qualification activities. Equipment & Technology Development Collaborate with equipment suppliers to improve reactor performance. Support installation, qualification, and commissioning of new equipment. Contribute to future technology roadmaps and equipment requirements. Innovation & Collaboration Monitor industry developments within SiC and wide-bandgap semiconductors. Participate in collaborative R&D projects. Support patent generation and technical publications. Work closely with multidisciplinary teams across the organization. Who You Are You are an analytical and driven engineer with a passion for advanced materials and semiconductor technology. You enjoy solving complex technical challenges and turning innovative ideas into industrial reality. Required Qualifications MSc or PhD in Materials Science, Physics, Chemical Engineering, Electrical Engineering, or a related field. Experience in semiconductor process development, crystal growth, or advanced materials manufacturing. Strong understanding of thermodynamics, heat transfer, and crystal growth mechanisms. Experience working with process optimization and data analysis. Excellent communication skills in English. Ability to work independently while collaborating effectively across teams. Meritorious Experience Experience with Silicon Carbide (SiC) crystal growth. Experience with Physical Vapor Transport (PVT) processes. Knowledge of crystal defect analysis and characterization techniques. Experience in semiconductor manufacturing environments. Experience with process scale-up and industrialization projects. Knowledge of wide-bandgap semiconductor applications and markets. Why Join Us? We offer the opportunity to work with groundbreaking technology in a highly innovative and international environment. You will contribute directly to the development of materials that enable the future of sustainable energy and high-performance electronics. We offer: A challenging and rewarding technical role. Opportunities to influence future technology development. Collaboration with leading experts in semiconductor technology. A dynamic and entrepreneurial work environment. Professional growth and career development opportunities. Location: On-site Interested? If you are excited about pushing the boundaries of semiconductor materials and crystal growth technology, we would love to hear from you. Apply today and become part of the next generation of semiconductor innovation.