Skanska to Build $99 Million State-of-the-Art High School in Issaquah, Washington

Skanska Wins USD 99 Million Contract for New Issaquah High School, Strengthening Educational Infrastructure East of Seattle

Skanska has been selected to deliver a new, next-generation high school campus in Issaquah, Washington, under a contract valued at USD 99 million (approximately SEK 900 million). The project, highlighted in financial outlets such as Yahoo Finance, reinforces the company’s strategic emphasis on public-sector and education projects in the United States, while responding to the rapid growth of the greater Seattle metropolitan area.

Issaquah, one of the fastest-growing communities in the region, has seen consistent enrollment pressure as families move east from Seattle in search of high-quality schools and livable neighborhoods. The new high school is intended to address that demand with a facility designed for modern teaching, sustainability, and long-term community use. As one of the world’s leading construction and development companies, Skanska is leveraging its experience across K–12 and higher education projects to create a campus that can adapt to evolving educational models over the coming decades.

USD 99M Skanska contract brings a future-ready high school to Issaquah, Washington

Under the USD 99 million (about SEK 900 million) agreement with the Issaquah School District, Skanska will construct a new high school campus to serve growing student populations east of Seattle. The project will replace older facilities with a purpose-built environment that blends flexible learning spaces, technology-rich infrastructure, and sustainable building systems.

The campus is planned to include:

• Adaptable classrooms that can be reconfigured for small-group, whole-class, or project-based instruction.
• Career and technical education (CTE) spaces that support pathways in trades, health sciences, engineering, and digital media.
• Collaborative commons and breakout zones where students can work in teams, host presentations, or engage in informal learning.
• Upgraded athletic fields, gyms, and activity spaces that meet current standards for competition and community leagues.

Construction is expected to move forward once permitting is finalized, with Skanska applying its global expertise in K–12 construction, safety protocols, and green building standards. The goal is to not only meet baseline code requirements, but to deliver a high-performance campus that remains functional and efficient well into the future.

Reimagined campus design: technology, sustainability and community access

The new Issaquah high school is being conceived as a flexible learning environment where building design, digital tools, and environmental performance work together to support contemporary teaching practices. Instead of traditional, siloed classrooms, the design emphasizes a network of learning “neighborhoods” that combine instruction, collaboration, and independent study spaces.

Key instructional and spatial features include:

• Learning suites with movable partitions and writable surfaces that allow teachers to adjust room configurations quickly.
• Specialized STEM labs for science, engineering, robotics, and computer science, supporting the growing emphasis on STEM careers.
• Arts studios, performance spaces, and maker areas that encourage hands-on, interdisciplinary projects.
• Transparent, glass-fronted collaboration rooms that maintain visibility and safety while providing acoustic separation.

The interior is planned with daylighting, sound control, and clear wayfinding to reduce student stress and support concentration. A robust digital backbone – including high-capacity wireless coverage, device charging, and scalable infrastructure – is being integrated so that the school can readily adopt new technologies without disruptive retrofits.

Outdoor learning is also a major emphasis, with:

• Landscaped courtyards and terraces designed as extensions of the classroom.
• Outdoor seating and instructional zones for science experiments, art projects, or quiet study.
• Physical education and recreation spaces that connect academic life with student wellness.

On the sustainability side, the project aligns with growing expectations for low-carbon, energy-efficient school buildings in the U.S. According to the U.S. Energy Information Administration, educational facilities account for a significant share of public-sector energy use; in response, many districts are targeting deeper energy reductions through smarter envelopes and systems. The Issaquah high school is structured around similar goals.

Planned sustainability and access features include:

• High-performance envelope to minimize heating and cooling loads and improve thermal comfort.
• Low-flow plumbing fixtures and smart irrigation controls to conserve water.
• Community-accessible gymnasium and performance venues designed for secure after-hours use.
• Safe multimodal access with dedicated routes for buses, cars, pedestrians and cyclists.
• Resilient building systems aimed at reducing long-term operating costs and improving reliability.

The campus layout is intentionally planned as a civic resource, not just a student-only facility. Secure zoning and controlled access points allow portions of the school—such as the gym, commons, and theater—to be used outside of the standard school day without compromising safety.

From a construction standpoint, Skanska is focusing on durable, low-maintenance materials and long-life building assemblies. This approach, combined with life-cycle cost analysis, is intended to reduce unplanned maintenance and extend the useful life of the school, helping the Issaquah School District manage operational budgets more effectively.

Site design integrates:

• Stormwater management elements such as rain gardens and bioswales.
• Native and drought-tolerant landscaping that reduces irrigation needs.
• Shaded, walkable pathways that link the school to nearby neighborhoods, parks, and trail networks.

These strategies support regional climate-action objectives while reinforcing the school’s role as a neighborhood hub.

Economic impact for Issaquah: job creation, local business opportunities and lasting value

The SEK 900 million investment in the Issaquah high school has implications that go far beyond the boundaries of the construction site. Large public projects of this type typically generate multiple layers of economic activity, and Skanska’s approach emphasizes local sourcing and workforce participation wherever possible.

In the short term, the project is expected to support:

• Construction and trade jobs, including carpenters, electricians, equipment operators, and laborers.
• Professional roles in engineering, architecture, project management and inspection.
• Specialty consulting positions focused on technology, sustainability, and educational planning.

By seeking bids and partnerships from regional firms, the Issaquah School District and Skanska help ensure that a sizable portion of the construction spending remains within the local and regional economy. This benefits suppliers of concrete, steel, finishes, HVAC equipment, furnishings, and technology—as well as smaller businesses such as trucking companies, testing labs, and logistics providers.

Over the longer term, high-quality school infrastructure often supports:

• Stable or rising property values as families seek access to strong school districts.
• Attraction and retention of teachers and staff who value modern facilities.
• Growth of service businesses—cafés, childcare centers, tutoring services, and retail—around the school.

These ripple effects align with trends seen nationwide, where communities investing in new or upgraded schools frequently report Improvements in neighborhood appeal and economic resilience.

Key categories of economic impact include:

• Direct jobs: Employment tied directly to construction, engineering, design and site operations.
• Indirect jobs: Work generated at companies that supply materials, equipment, and professional services.
• Induced spending: Additional activity at restaurants, shops and local services supported by wages earned on the project.
• Fiscal benefits: Potential increases in the local tax base and associated revenues as the area strengthens.

As Issaquah continues to grow, the presence of a modern, well-equipped high school can help sustain balanced development, attract new residents, and reinforce the city’s reputation as a desirable place to live and work.

Oversight and accountability: managing cost, schedule and educational outcomes

With a contract value of USD 99M (approximately SEK 900M), the Issaquah high school project will inevitably attract scrutiny from taxpayers, families, and district leadership. Effective governance can help ensure that the final campus delivers strong educational value while meeting budget and schedule commitments.

Recommended areas of focus for stakeholders include:

• Transparent cost management: Regular public reporting on how expenditures compare to the original budget, including contingency use and any scope adjustments.
• Schedule alignment with academic needs: Clarity around key milestones—such as site preparation, structure completion, interior build-out, and commissioning—and how they relate to planned school opening dates.
• Design verification: Ongoing review to confirm that layout choices, technology investments, and sustainability features support projected enrollment, curriculum plans, and extracurricular programs.
• Operational planning: Early coordination on staffing, maintenance strategies, and technology support so that the building operates as intended from day one.

The Issaquah School District can enhance public confidence by providing accessible progress updates, such as online construction dashboards or community briefings that tie financial data to visible site milestones. This also gives educators and families a forum to ask questions and provide feedback.

Ultimately, the true success metrics for the project will emerge after students and staff occupy the building. Stakeholders should agree in advance on a concise set of indicators that extend beyond construction:

• Academic performance outcomes (e.g., graduation rates, college and career readiness indicators).
• Student and teacher satisfaction with the learning environment.
• Equity of access to specialized programs and facilities.
• Utilization rates for community-accessible spaces.

To support continuous improvement, the district can conduct a post-occupancy evaluation, comparing the school’s actual performance—energy use, operating costs, space utilization, and user satisfaction—to pre-construction forecasts.

Elements that can shape ongoing oversight include:

• Transparent cost tracking with quarterly summaries made available to the public.
• Schedule visibility tied to key academic calendar events such as the start of a new school year.
• Student-centered design feedback collected from teachers, students, and staff once the campus opens.
• Post-occupancy evaluation to assess whether promised benefits align with real-world outcomes.

Final Thoughts

The new Issaquah high school represents a major investment in both educational quality and community infrastructure, reflecting Skanska’s ongoing commitment to the U.S. school construction market. With a contract worth about USD 99 million, or roughly SEK 900 million, the project is more than a building program—it is a long-term bet on the potential of Issaquah’s students and the continued growth of the region.

As construction progresses, the way this campus supports teaching, enhances student well-being, and welcomes the broader community will be closely watched. If the project meets its goals for sustainability, adaptability, and educational performance, it could serve as a model for how rapidly growing districts across the country approach the design and delivery of future-ready high schools.