Architecture and development of native text-to-speech desktop software using Windows App SDK, WinUI, and C++. Proven experience shipping production-quality applications with accessibility APIs required. Flexible work hours, high degree of autonomy and responsibility.

Implementation of v17 features and fixes using pair programming at mid-sized firm with 350 employees. Four years of Python and Odoo ORM expertise required. Flexible working hours, family-friendly environment.

You will lead vital engineering operations by managing advanced design tools and prototyping, while coordinating technical resources to drive the company's R&D and simulation projects forward.

You will drive regional growth by fostering deep customer relationships and identifying new business opportunities, ensuring the company’s strategic objectives turn into successful market awards.

You will drive the future of high-power charging by developing advanced dispenser prototypes and technical platforms while managing the engineering resources needed to enhance system performance.

You will drive the operational heartbeat of a global communications team by managing internal channels, tracking media results, and streamlining the processes that support the company's brand.

You will drive the company's AI capabilities by scaling data ingestion pipelines and cloud infrastructure, ensuring high-quality datasets are ready to power next-generation models.

You will lead the functional safety strategy for intelligent chassis systems, from initial concept modeling to mass production, ensuring the company remains at the technical forefront of safety.

You will drive innovation in automotive power electronics by developing next-generation architectures and leading the end-to-end design of advanced converter concepts for the company’s electric vehicle systems.

You will spearhead the future of AI data centers by merging power electronics with AI-driven designs, leading technical partnerships and roadmaps to optimize next-generation power solutions.

In this role, you will drive innovation in power electronics by designing advanced DC-DC converter topologies and control schemes while collaborating with leading European research institutions.

In this role, you'll bridge the gap between simulation and real-world testing by developing advanced control algorithms and verifying inverter performance under diverse grid conditions.

In this research role, you will drive innovation in power electronics by designing advanced grid-tied converters and building hardware prototypes to validate your novel control algorithms.

In this research role, you will drive innovation in renewable energy by developing SiC power devices, from initial literature analysis to experimental lab demonstrations and academic publication.

You will drive the competitiveness of data center solutions by aligning product development with customer strategies and supporting the team through strategic project breakthroughs and joint innovation.

You will drive innovation by managing advanced design tools and prototyping workflows while coordinating engineering resources to support the company’s complex R&D projects.

You will drive the future of computing power by developing innovative architectures and roadmaps, while leading technical projects and mentoring colleagues to shape next-generation systems.

You will shape the future of energy by developing long-term technical strategies and integrating emerging technologies like BESS to create market-leading power system solutions.

You will drive the quality of power systems by designing and executing complex electrical tests, while translating technical results into clear improvements and demonstrations for the company's customers.

You will drive the future of high-power charging by developing advanced dispenser prototypes and technical platforms while managing the resources needed to boost system performance.

You will lead the mechanical design of next-generation brake systems, from initial product definition and competitive analysis to ensuring seamless mass production and technical support.

You will drive the future of electric mobility by designing and optimizing advanced vehicle control algorithms, from initial architecture to real-world road testing and performance calibration.

In this research role, you will drive innovation in renewable energy by developing high-voltage SiC switches and sharing your findings through patents and world-class academic conferences.

You will advance energy storage technology by developing EMS control strategies and AI algorithms, ensuring battery systems operate at peak efficiency through rigorous simulation.