Master Thesis: AI-driven antenna design
Technology, Data & Digital · Software & Web Development · Software Engineering · Machine Learning · Data Science
In short
Responsibilities
- Build the AI harness for autonomous hardware design.
- Design tools, simulation APIs, requirements, verification, and run logs.
- Model a bounded case like filter-to-antenna integration.
- Implement agentic self-verification and logging.
- Compare AI-driven designs with conventional designs.
- Apply manufacturability, clearance, layer-count, and tolerance constraints.
Requirements
- Master's thesis level study.
- Background in electrical engineering, engineering physics, or similar with an electromagnetics focus (antennas, filters, microwave). Alternatively, for a second student, data science, computer science, or machine learning background.
- Proficiency in Python.
- Strong interest in AI agents, large language models, and modern automation.
- Curiosity about AI's capabilities in design and the need for supervision.
Benefits
- Outstanding opportunity to use skills and imagination to push boundaries.
- Chance to build solutions never seen before.
- Work with a team of diverse innovators.
- Challenging environment.
- Join a team of diverse innovators.
- Opportunity to craft what comes next.
- Championing diversity and inclusion.
Skills
Our purpose \nTo create connections that make the unimaginable possible.\n\nOur vision\nA world where limitless connectivity improves lives, redefines business and pioneers a sustainable future.\n\nOur values\nPerseverance, professionalism, respect and integrity.\n\nThe future is a place for purpose & vision – ours are clear, and we invite partners, customers and consumers to join us in our journey. \n\nFor a brighter future. For all. Let's #ImaginePossible
Company
EricssonJob Posted
1 month ago
Employment Type
Internship
Work mode
On Site
Experience Level
Student
Locations
Stockholm, Sweden
Qualification
Applicants
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