Latvia's technology sector success is fundamentally rooted in the educational infrastructure and research institutions that have been systematically developed since independence. Riga Technical University (RTU) stands as the oldest technical university in the Baltic countries, established in 1862 and representing nearly 165 years of continuous engineering and technical education. RTU's historical significance is matched by its contemporary relevance—it is the largest university in Latvia, educating approximately 15,000 students across nine faculties. The university's scale and specialization have made it the primary institution for training engineers, computer scientists, and technology professionals who populate the growing technology sector. RTU's position as the sole polytechnic university in Latvia has allowed it to develop unparalleled depth of expertise in engineering disciplines and applied technology education.

The range of academic offerings at RTU reflects the demands of modern technology industries. The university offers over 50 STEM and humanities programs delivered in English, positioning it as an attractive destination for international students and ensuring that Latvian graduates receive instruction in languages necessary for global technology markets. RTU's curriculum emphasizes practical skills alongside theoretical knowledge, reflected in close partnerships with industry leaders and internship opportunities that provide students with real-world experience. The Riga Business School, founded in 1991 as a collaboration with State University of New York at Buffalo and the University of Ottawa, was the first institution in the Baltic states to offer MBA programs in English. This early investment in management education created a pipeline of business-focused graduates capable of leading technology ventures and scaling startups into multinational corporations.

RTU's research capabilities have expanded substantially in recent years, positioning it as a research institution of international significance. In the QS World University Rankings 2025, RTU achieved placement in the 721-730 range and earned the prestigious 5 QS Stars rating across seven categories: Overall Teaching, Employability, Internationalization, Facilities, Innovation, and Inclusiveness. This recognition reflects substantial investment in research infrastructure, faculty development, and international collaborations. The university's innovation ecosystems provide support for technology transfer from academic research to commercial applications, enabling students and faculty to commercialize discoveries. Access to EU research funding through Horizon Europe and other programs has enabled RTU to engage in cutting-edge research in areas including artificial intelligence, renewable energy technology, and advanced materials. The university's notable alumni demonstrate its long-term impact on society—graduates include Wilhelm Ostwald, winner of the Nobel Prize in Chemistry, and multiple heads of state including former President Andris Bērziņš and Prime Minister Valdis Dombrovskis.

The University of Latvia complements RTU's technical focus by providing broader liberal arts, sciences, and humanities education while maintaining significant strengths in computer science and information technology programs. The university's research programs contribute substantially to Latvia's knowledge economy, generating innovations in software development, data science, and emerging technologies. Together, RTU and the University of Latvia have created a two-tier higher education system that produces both specialized engineers and computer scientists from RTU and broader thinkers capable of bridging technical and social disciplines from the University of Latvia. This educational infrastructure creates a continuous pipeline of talent entering the technology sector at multiple skill levels and career stages. The emphasis on English-language instruction ensures that Latvian graduates are globally competitive and positions the universities as magnets for talent from across Europe and beyond. Government policies supporting STEM education from primary through higher education levels have created a broader cultural emphasis on technical disciplines, sustaining the talent pipeline essential for technology sector growth. International partnerships and research collaborations position Latvian universities as nodes in global networks of innovation, attracting visiting researchers and creating opportunities for student and faculty exchanges that enrich the local innovation ecosystem.