The global semiconductor industry is often associated with exceptional talent, early technical passion and elite academic performance. However, the story of Lithuanian engineer Eduardas Jodka proves that curiosity, persistence and the right environment can be just as important.
Today, based in Munich, he designs analog integrated circuits used in Apple devices, including technologies essential for the operation of iPhone displays. Yet during his school years, a career in electronics engineering seemed highly unlikely.
An Unexpected Beginning
According to Eduardas, his interest in electronics and exact sciences at school was “close to zero.” He was far more interested in humanities, languages and international relations, even considering a diplomatic career path.
Physics was particularly challenging, he jokes that he passed the national physics exam “almost miraculously” after only a short period of preparation.
The turning point came thanks to encouragement from a family friend and university professor, who recommended electronics engineering as one of the most promising future-oriented fields. Trusting this advice, he enrolled in the Electronics Engineering programme at Vilnius Gediminas Technical University (VILNIUS TECH).
University studies became a transformative experience.
Dedicated professors, hands-on laboratory work and a strong academic community sparked a growing fascination with semiconductor technologies and integrated circuit design. What initially seemed like an uncertain decision gradually evolved into a clear professional direction.
Building Semiconductor Expertise in Europe
After completing his bachelor’s degree, Eduardas decided to specialize in integrated circuits and moved to Germany, one of Europe’s leading semiconductor hubs.
He continued his studies at the University of Freiburg, where access to chip fabrication facilities and industry-grade laboratories provided practical experience in real semiconductor development environments.
Reflecting on this experience, he highlights the importance of advanced infrastructure and international collaboration for future semiconductor talent development in Lithuania.
This aligns closely with the mission of ChipsC²-LT, Lithuania’s semiconductor competence initiative contributing to the strengthening of the national microelectronics ecosystem through collaboration between academia, industry and international technology partners.
Through initiatives connected to the European Chips Act, ChipsC²-LT aims to support semiconductor innovation, talent development, advanced training opportunities and stronger integration of Lithuania into the European semiconductor value chain.
From Texas Instruments to Apple
Like many young engineers, Eduardas initially faced multiple rejections when applying for jobs after graduation. However, persistence eventually led him to Texas Instruments, one of the world’s leading semiconductor companies.
There, he joined teams developing technologies for Apple devices and began designing integrated circuits responsible for display power management and functionality in iPhones.
Later, he continued working on Apple-related technologies at Renesas Electronics before eventually joining Apple directly in Munich.
To this day, iPhones around the world continue to use chips whose development involved Lithuanian engineering expertise.
Engineering Excellence Requires More Than Technical Skills
According to Eduardas, success in leading technology companies depends not only on technical competence, but also on collaboration, responsibility and strong professional values.
He emphasizes that innovation-driven environments require openness, respect for different perspectives and the ability to work collectively on highly complex engineering challenges.
He also notes that Lithuanian engineers are highly regarded internationally for their technical preparedness, adaptability and collaborative mindset.
At the same time, he highlights an important challenge facing the semiconductor sector globally: the lack of women in engineering and microelectronics fields. Increasing diversity, he argues, is essential for stronger innovation and broader problem-solving perspectives across the industry.
Semiconductors: A Strategic Opportunity for Lithuania
The semiconductor industry is becoming one of the most strategically important sectors globally, powering technologies ranging from artificial intelligence and telecommunications to automotive systems, healthcare and energy infrastructure.
Stories like Eduardas Jodka’s demonstrate that Lithuania has the talent and potential to contribute meaningfully to the future of European microelectronics.
By strengthening cooperation between universities, research institutions and industry, initiatives such as ChipsC²-LT aim to help create the conditions necessary for the next generation of Lithuanian semiconductor engineers to grow, innovate and compete globally.
As Eduardas himself says, engineering is not reserved only for those who built radios as children, curiosity, determination and willingness to learn can open doors to the world’s most advanced technologies.
More information: https://www.delfi.lt/projektai/studijos/nuo-vos-islaikyto-fizikos-egzamino-iki-darbo-apple-lietuvis-kuria-lustus-be-kuriu-neveiktu-iphone-120248652