Internship
Future Opportunities – Internship Junior Software Engineer
Posted on 6/23/2026
Nokia
10,001+ employees
Global provider of mobile, fixed networks
No salary listed
Nokia provides mobile, fixed, and cloud network solutions for service providers, enterprises, and consumers, including hardware, software, and services to build and manage 5G, fixed, and cloud networks. Customers install Nokia equipment and software or subscribe to managed services, with Nokia supplying base stations, switches, network management tools, and ongoing support, plus IP licensing. It differentiates itself by offering an end-to-end mix of technologies, software, services, and intellectual property licensing across mobile, fixed, and cloud, with a focus on sustainability and inclusivity. Its goal is to help customers deploy scalable, secure, and sustainable networks that enable digital transformation and next-generation experiences.
Company Size
10,001+
Company Stage
IPO
Headquarters
Espoo, Finland
Founded
1865
Your Connections
People at Nokia who can refer or advise you
Simplify's Take
What believers are saying
- Allentown ATP expansion scales photonic chip output tenfold for AI networks.
- Aureon deployment can grow from 100 Tb/s to 400 Tb/s.
- $4 billion U.S. investment supports AI-ready connectivity and domestic supply chains.
What critics are saying
- Legacy carrier spending remains weak while AI pivot execution is still unproven.
- Ericsson and Huawei pressure Nokia’s core network margins and share.
- Allentown ramp depends on scarce ATP capacity, staffing, and flawless yield execution.
What makes Nokia unique
- Nokia reorganized into Network Infrastructure and Mobile Infrastructure in January 2026.
- Its Sunnyvale AI Networking Innovation Lab co-develops validated designs with AI partners.
- Nokia Defense targets sovereign, mission-critical connectivity with trusted supply requirements.
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Benefits
Hybrid Work Options
Professional Development Budget
Growth & Insights and Company News
6 month growth
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↑ 1%Nokia invests 30 million in AI infrastructure in the USA - Part of a 4 billion package. The investment increases production capacity for optical network technologies needed in AI infrastructure in the United States. San Francisco Today 9:48 Veera Honkanen Network equipment manufacturer Nokia says it is expanding its ATP operations in Pennsylvania. With the $30 million investment, Nokia is growing in Allentown This article is free. You can read it for free by logging in or creating a free Alma account. Creating an account takes only a moment. With it, you can read more content that interests you. Veera Honkanen
What Nokia can teach The Pharmaceutical Marketing Group about innovation in pharma. June 18, 2026 Why some of the most valuable innovations don't come from new science, but from making existing science accessible to more people. When most people hear the word innovation, they tend to think about something entirely new: a breakthrough technology, a scientific discovery, or a product capable of doing things that were previously impossible. Pharmaceutical executives might think about monoclonal antibodies, immuno-oncology, cell therapies, or mRNA platforms. In its minds, innovation is closely associated with scientific novelty and with pushing the frontier forward. That is certainly one form of innovation. It is also the one that receives the most attention. Years ago, I watched Nokia make what seemed like a curious strategic decision. At a time when most mobile phone manufacturers were competing to add color screens, cameras, internet connectivity, and increasingly sophisticated features, Nokia introduced a device that appeared to move in the opposite direction. The Nokia 1100 was simple, inexpensive, and remarkably durable. It lacked many of the features that dominated technology advertising at the time, which made the strategy difficult to understand for those of The Pharmaceutical Marketing Group who assumed innovation meant adding more technology. Yet Nokia was solving a different problem. Rather than competing for existing users, the company was trying to make mobile communication accessible to millions of people who still did not own a phone. At the time, many of The Pharmaceutical Marketing Group assumed the future belonged to increasingly sophisticated devices, and I certainly would not have predicted what happened next. Contrary to what many of The Pharmaceutical Marketing Group thought - myself included - the strategy proved far more successful than expected. More than 250 million units were eventually sold, making the Nokia 1100 the best-selling mobile phone in history. Looking back, what is most interesting about the story is not the device itself but the insight behind it. Nokia recognized that a large part of the market was not asking for more features. It was asking for affordability, reliability, and access. The pharmaceutical industry tends to celebrate a different kind of story. The Pharmaceutical Marketing Group naturally focus on discovery. New targets, new mechanisms of action, and new therapeutic platforms dominate conference presentations, investor discussions, and industry headlines. Those achievements deserve the attention they receive. Without scientific discovery, there would be no industry to begin with. Yet some of the most important advances in pharma have emerged from a different challenge altogether: not discovering new solutions, but finding ways to deliver existing solutions to far more people. One of the clearest examples is oral rehydration therapy. From a scientific perspective, there is very little about a mixture of water, salts, and glucose that resembles what The Pharmaceutical Marketing Group normally call innovation. It does not require advanced manufacturing, sophisticated equipment, or cutting-edge biology. In fact, its simplicity is precisely what made it so powerful. The science behind dehydration had been understood for decades. The challenge was creating a solution that could be produced inexpensively, distributed widely, and used effectively in environments where hospitals, specialists, and advanced medical infrastructure were often unavailable. Because it met those requirements, oral rehydration therapy became one of the most successful public health interventions in history, saving millions of lives around the world. Vaccines offer another example. Scientific discovery created the opportunity, but discovery alone was never enough. Manufacturing capacity, distribution networks, cold-chain logistics, reimbursement systems, public policy, and large-scale immunization programs all played essential roles in translating scientific progress into population-level impact. After all, a vaccine sitting in a laboratory refrigerator saves no lives. The organizations that create the greatest impact are often those that excel not only at invention, but also at making innovation accessible at scale. This perspective is sometimes underappreciated in its industry. Scientific breakthroughs tend to attract attention because they are visible and exciting. Accessibility, scalability, affordability, and adoption rarely generate the same enthusiasm, even though they frequently determine whether a therapy reaches its full potential. As healthcare systems around the world face growing financial pressure, that distinction may become increasingly important. Future innovation is unlikely to come exclusively from laboratories. It may also emerge from manufacturing processes that lower costs, distribution models that improve access, digital tools that increase adherence, or operational improvements that make therapies easier to deliver and easier to receive. For pharmaceutical leaders, this raises an important question. Are The Pharmaceutical Marketing Group paying enough attention to the innovations that improve accessibility, scalability, and adoption? Or are The Pharmaceutical Marketing Group so focused on discovering the next breakthrough that The Pharmaceutical Marketing Group overlook opportunities to create value from what already exists? The Nokia 1100 became the best-selling phone in history not because it had the most features, but because it solved a problem that mattered to millions of people. Healthcare is undoubtedly more complex than consumer electronics, but the underlying lesson remains surprisingly relevant. Sometimes the greatest opportunity is not creating a better product. It is finding a way to make a valuable product available to far more people. As healthcare systems around the world struggle with the cost of innovation, that idea may become increasingly important. In fact, it may be particularly relevant for its friends in the GLP-1 market.
Nokia expands US semiconductor advanced test and packaging in Pennsylvania. June 16, 2026 * Nokia expands US-based advanced test and packaging operations, critical to the production of photonic chips that will power AI-native networks, with lower power consumption and greater operational efficiency. * Investment strengthens US domestic production of critical optical networking technologies powering AI infrastructure. * Announcement is part of Nokia's multi-year plan to invest $4 billion in R&D and manufacturing in the U.S. for AI-ready network connectivity. Discover more International relations analysis Caribbean travel guide PENNSYLVANIA, USA - Nokia announced a major expansion of its advanced test and packaging (ATP) operations in Allentown, Pennsylvania, in a press statement June 16, 2026. The investment will increase domestic production capacity of the optical networking technologies that power scalable AI infrastructure connectivity across the United States. The expansion is expected to nearly double Nokia's Pennsylvania workforce to more than 500 jobs in engineering, manufacturing, and R&D, while generating a projected economic impact of more than $500M over the next five years. "Today, less than two percent of global semiconductor ATP takes place in the US Nokia's Allentown facility is one of only a few in the US providing ATP of photonic chips into optical modules for use in AI and telecom infrastructure. Through investment in new manufacturing equipment and an expanded manufacturing footprint, Nokia is increasing the site's production capacity by up to 10 times its current level, with new capacity expected to be commercially available by the end of the third quarter," Nokia said in a press statement. Nokia's optical technologies provide advanced connectivity solutions for telecom networks to enable AI infrastructure and can reduce energy usage by as much as 75 percent. Nokia's investment results in the domestic manufacturing of components used in AI infrastructure, creates new jobs, and significantly reduces energy usage in AI communications. "The AI supercycle is fundamentally reshaping network and infrastructure requirements in the US and globally. Our expansion in Allentown is a direct investment in that future - scaling domestic manufacturing of the optical networking technologies that power AI infrastructure. It also reflects the strong partnership between Nokia, the United States, and the Commonwealth of Pennsylvania to support advanced manufacturing, create jobs, and strengthen US technology leadership and global competitiveness," said Justin Hotard, president and CEO of Nokia. "Nokia is doubling down on the Lehigh Valley and ensuring that the future of chip production continues to run through this region because we've made smart investments to make Pennsylvania more competitive and proven that our Commonwealth is a great place to do business," said Governor Shapiro. "As demand for semiconductors continues to grow across industries, we'll continue to position Pennsylvania as a leader in innovation, with a supportive, thriving business climate that helps companies compete on a global scale. From advanced manufacturing to the research and development of new technology like advanced chip packaging, Pennsylvania has all the resources to be a world leader in chip production." Discover more Caribbean business news Newspaper advertising space Digital newspaper subscription "This is great news for Pennsylvania. Nokia is doubling its local workforce to more than 500 good-paying jobs in engineering, manufacturing, and R&D, all while expanding our ability to domestically produce the critical technologies that power AI infrastructure. This matters for both our economy and our national security," said senator Dave McCormick. "These technologies also help cut energy use in AI communications, showing that we can lead on innovation while also smartly managing our resources at the same time." "Nokia's investment in Pennsylvania is directly advancing America's AI leadership," said Bill Frauenhofer, executive director of Semiconductor Investment and Innovation at the Department of Commerce. "Supported by CHIPS and Science Act funding, Nokia is deepening its commitment to innovation and the production of photonic chips in the United States. This project enables critical optical technology and strengthens America's semiconductor supply chain." "Nokia's latest investment is further proof that the Lehigh Valley is becoming a world leader in advanced manufacturing," said US Congressman Ryan Mackenzie. "With the help of our unparalleled, highly-skilled workforce, Nokia's local expansion will help our region continue to drive innovation and build the tools behind next-generation technologies. Congratulations to Nokia and the hundreds of local workers who will benefit from this investment." The investment includes approximately $30 million from Nokia, which includes bipartisan support of approximately $4 million in assistance from the state of Pennsylvania and approximately $10 million in federal CHIPS investment tax credit. This expansion is part of Nokia's multi-year plan to invest $4 billion in R&D and manufacturing in the US for AI-ready network connectivity. It is designed to bolster domestic supply chains for critical communications infrastructure, reinforce US leadership in the technologies shaping the global AI economy and solidify Pennsylvania's growing role as a hub for advanced manufacturing, telecommunications technology and AI infrastructure.
Nokia introduces Agentic AI capabilities for home and Broadband networks. Nokia has unveiled new agentic AI capabilities across its fixed network portfolio, aimed at improving operational efficiency, accelerating fiber deployments, and enhancing broadband user experiences. The company said the new AI-powered features are designed for the emerging "cognitive broadband" era, where networks evolve beyond basic connectivity into self-optimizing infrastructures powered by autonomous reasoning and decision-making. Nokia is integrating the capabilities across its Altiplano, Corteca, and Broadband Easy platforms. According to Nokia, the telecom industry is expected to invest around $6.2 billion in agentic AI technologies by 2030 as operators increasingly adopt AI-driven automation across network operations. "AI makes your end-users less likely to churn, your engineering and helpdesk teams more productive, and your field teams connect more homes more quickly. Nokia's Agentic AI puts 600+ million lines worth of broadband experience at the fingertips of every field technician, helpdesk agent, and network engineer, and solves problems before the customer is even aware. We are fundamentally changing how home and broadband networks are deployed and run," said Sandy Motley, President, Fixed Networks, Nokia. The company said its new AI agents and natural language interfaces will help telecom providers modernize operations while reducing costs. Operators will be able to proactively identify and resolve issues, automate root cause analysis, and scale network operations without significantly increasing staffing requirements. Nokia claims the new AI capabilities can improve first-contact helpdesk resolution rates to more than 50%, qualify network incidents within five minutes, and reduce repeat visits to homes and construction sites by up to 50%. The AI framework is built on an open and secure architecture that allows operators to integrate AI agents with live network data and third-party services while maintaining compliance, data sovereignty, and vendor flexibility. Operators can also choose the large language models and interfaces best suited to their operational needs. Nokia said the AI enhancements span the full broadband network lifecycle, supporting customer care, network operations, engineering teams, and field technicians. Among the new features is an AI assistant with a conversational interface designed to provide technicians and support teams with quick access to product knowledge and troubleshooting guidance. The platform also includes AI-powered text, voice, and image assistance for field surveys and installations, while computer vision technology can validate completed work and create digital twins of fiber-to-the-home (FTTH) networks. Additional capabilities include automated diagnostics to detect network degradation before outages occur and an AI-driven troubleshooting agent that accelerates root cause analysis across home and access networks. Nokia said the system uses advanced reasoning capabilities to identify faults faster, reduce ticket volumes, and improve first-call resolution rates.
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