Thanks, Al. We closed 2025 with record financial performance and strong momentum across our business. For 2025, both contract and net revenue grew greater than 20%, led by our energy work. Adjusted EBITDA grew 40%, and yearly margins expanded to above our 20% target for the first time in 2025. Strong EPS growth allowed us to generate $71 million of free cash flow, and we are now in a net cash position. In 2025, organic net revenue growth was 17% and was largely driven by expansion with existing customers. Electric load growth has returned to the United States after about 15 years of stagnation. Artificial intelligence and data centers are accelerating electricity demand at a scale not seen in recent years. To a lesser extent, transportation and building electrification and increased domestic manufacturing are also contributing to electricity demand growth. Our utility customers are confronting a grid that must manage more power, more intermittency and more complexity than ever before. At the same time, affordability has moved to the forefront. As infrastructure investment increases, regulators must balance reliability, decarbonization and cost containment, increasing the need for smarter planning and cost-effective execution. Many studies have shown that energy efficiency usually increases rates slightly but drives down bills for participants because you're using less energy and thus, improves affordability. The dynamic plays directly into where Willdan operates, and the results reflect strong execution, which fuels our positive long-term outlook. On Slide 3. Let me step back for a moment and remind everyone how our business is structured and where we're seeing demand. Willdan delivers a broad range of energy and infrastructure solutions to utilities, state and local governments and commercial customers. On the left side of the slide, approximately 85% of our revenue comes from the Energy segment with the remaining 15% from Engineering and Consulting. On the right side, activity remains healthy across all customer groups. Our utility customers represent about 41% of revenue and continue to perform well. These programs are typically 3- to 5-year contracts funded through rate payer mechanisms, which provide strong visibility and recurring revenue. Importantly, we're seeing program sizes usually grow over time as energy efficiency becomes recognized as a system resource. State and local governments account for approximately 48% of revenue and remains a steady source of growth. Most of this work is supported by user fees and municipal bond funding, both of which remain stable. Commercial customers have rapidly grown to 11% of revenue, with most of that activity tied to power for data centers. AI-driven load growth is creating meaningful infrastructure and energy optimization needs, and we're helping these clients navigate grid constraints, design solutions and meet aggressive power requirements. Commercial customers represent the most fertile business environment we serve, and we plan to continue intentionally increasing our capabilities offered to the commercial sector. Taken together, this mix reflects a diversified, durable business supported by long-term contracts, relatively stable funding sources and growing demand across multiple end markets. On Slide 4. Our upfront policy, forecasting and data analytics work informs our strategy and helps us navigate market change. We operate at the intersection of consulting services, engineering and program management, helping clients plan for new load, design infrastructure upgrades, manage grid complexity and implement cost-effective energy solutions. In our upfront work, we are seeing particular demand for studies on the impacts of electricity load growth, and that work grew more than 50% organically year-over-year. As I mentioned in prior earnings calls, those market changes led us to the APG acquisition. That provides power engineering solutions to commercial customers, including data centers and hyperscalers. We expect that work to more than double in 2026, and we are growing that backlog into 2027 and 2028 now because they're long-term contracts. In other parts of engineering, we saw strong execution and growth with both commercial and municipal customers. In program management, we performed above our plan on utility programs and building energy programs for cities. Demonstrating this model in an example, I'll walk through what we are doing around data centers. First, we work with both hyperscalers and government regulators to optimize the siting and mitigate the electric load impacts of data centers. Our consulting work for Amazon noted in our December press release is an example of this, along with our studies for the states of Virginia, Michigan and California. Next, we work for data center developers to design and manage the construction of substations that power new data centers, which enable AI. I'll provide you some examples of that in a moment. And finally, as Willdan has done for more than 10 years, we provide energy efficiency optimization for data center operators, mostly through long-term master service agreements. On Slide 5. We have a strong pipeline of opportunities that we are converting into contracts, and the pipeline is solid heading into 2026. Importantly, our average contract size has continued to grow, fueling the overall growth of Willdan. Here are just a few examples we converted since our last conference call. For the city of San Diego, we recently signed a $112 million energy efficiency program that will help save electricity at municipal infrastructure owned by the city. This program is about 2 years in duration and addresses a wide range of civic buildings and other infrastructure that uses electricity. This follows a similar $97 million win with Alameda County, California we announced last quarter. For Mt. San Antonio College, we were just awarded an exciting new contract that demonstrates how acquisition integration can provide larger scale and more effective client solutions. This $49 million brand-new project is an integrated microgrid resiliency project. Within Willdan, it will involve the legacy civil engineering group collaborating with several previously acquired energy groups to deliver a comprehensive energy solution to the college over the next 2 years. Next, for Menlo Digital, one of America's largest data center developers and a large customer of ours, we are now breaking ground on a $38 million project to design and manage the construction of an interconnect substation that powers a new data center in Phoenix, Arizona. For SOLV Energy, we signed a $4.5 million integrated distributed energy resource, or DER, project in Utah. And finally, we signed a smaller confidential LoadSEER software license in Q4. LoadSEER is our flagship long-term utility forecasting software. On Slide 6. This slide highlights what we continue to see in the data center market, sustained growth in electricity demand. There is currently an estimated 35 gigawatts of active data center construction in the U.S. While it's unlikely every announced project will ultimately be built, the broader trend is clear. Demand for power from digital infrastructure remains durable and is expected to extend at least through the end of the decade. Importantly, this isn't just about megawatts. It's about complexity. Data center load growth is driving transmission upgrades, distribution system expansion, interconnection challenges and increasing reliability requirements. Virginia and the more rural states of Texas, Georgia, Arizona, Tennessee and Wisconsin are all experiencing rapid growth in energy demand from data centers. This dynamic plays directly to Willdan's strengths from power system engineering and grid modernization to targeting energy efficiency and load optimization solutions. As electricity demand grows, utilities and commercial customers need technically advanced partners to plan, design and optimize the system. That's exactly where we operate. On Slide 7. We continue to see energy efficiency evolve in ways that reinforce its strategic importance within tomorrow's power grid. There is increasing focus on capacity-driven and locational efficiency programs. Targeted efficiency and nonwire solutions are now delivering measurable distribution level value directly supporting grid planning and load management. Next, affordability is now a nationwide concern. Utilities and regulators are attempting to mitigate customer bill impacts, and energy efficiency remains one of the most cost-effective and immediate tools to reduce customer bills while accommodating load growth. Next, grid modernization is accelerating. Advanced metering infrastructure and AI-enabled analytics are improving measurement, targeting and performance optimization, further integrating planning studies and efficiency into core systems operations. Finally, reliability has become more of a year-round concern than just the historical concern of summer peaking. Now winter and summer grid events reinforce the role of efficiency as a dependable system resource. Willdan is well positioned today and plans to further increase our capabilities through key hires and acquisitions. I want to mention that we have a particularly robust acquisition pipeline entering 2026 that will better enable us to serve customers in the future. Kim, over to you.