Summer 2026

Bell Labs Math and Algorithms Intern

Posted on 12/16/2025

Nokia

Nokia

10,001+ employees

Global provider of mobile, fixed networks

No salary listed

Berkeley Heights, NJ, USA

In Person

Category
AI & Machine Learning (1)
Required Skills
Data Structures & Algorithms
Machine Learning
Requirements
  • Currently a candidate for a PhD in Electrical Engineering, Mathematics, Computer Science, or a related field with an accredited school in the USA.
  • Strong analytical skills
  • Clear written and spoken communication skills
  • Ability to carry out self-directed research
Responsibilities
  • Join the research team to contribute to high-quality foundational studies and support the translation of research insights into practical solutions used across Nokia applications.
  • Engage in exploratory work, collaborate with experienced researchers, and participate in research exploring the opportunities and limitations of using learning techniques in communication applications.
  • Work with a mentor or mentors to solve a research problem.
  • Meet regularly with your mentor to review progress and work on the problem.
  • Digest research literature, and relate it to the problem at hand.
  • Carry out thorough, detailed results or simulation-based experiments
Desired Qualifications
  • It is very useful to have a good background in Wireless communication theory
  • Convex optimization and related topics
  • High-level programming languages (Python and/or MATLAB)
  • Modern machine learning methods
  • Machine learning packages (PyTorch, TensorFlow, etc.)
  • Published research in scientific conferences or journals

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

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Simplify's Take

What believers are saying

  • Nokia joined Finnish Border Guard consortium in 2026 for counter-UAS connectivity evaluated in 2027–2028.
  • Nokia Bell Labs demonstrated 4W E-band radio on glass with GaN modules for 71–76 GHz military radar at IMS 2026.
  • Nokia partnered with Aira Technologies in June 2026 to integrate agentic AI for closed-loop RAN automation in telecom.

What critics are saying

  • Net margins collapsed to 4% from 7.8% due to AI and defense reinvention costs, risking investor abandonment if sustainable margins arenachieved within 12 months.
  • Banshee tactical 5G system faces direct competition from Patria and Northrop Grumman in $151B U.S. Missile Defense Agency contracts.
  • Comin Asia sovereign AI data center partnership in Cambodia and Laos risks operational failure from underdeveloped power grids and regulatory volatility before Q3 2027.

What makes Nokia unique

  • Nokia Defense delivers backpack-sized Banshee 5G tactical radios trialed with KNDS since June 2026.
  • Nokia Federal Solutions launched open-architecture 5G mission-critical systems for U.S. Department of War in May 2026.
  • Nokia acquired Fenix Group in December 2023 to integrate Banshee and Talon tactical radios into defense portfolio.

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Benefits

Hybrid Work Options

Professional Development Budget

Growth & Insights and Company News

Headcount

6 month growth

5%

1 year growth

5%

2 year growth

6%
Asia Pacific Herald
Jun 29th, 2026
Comin Asia and Nokia partner to deliver Sovereign AI data centre infrastructure across Southeast Asia.

Comin Asia and Nokia partner to deliver Sovereign AI data centre infrastructure across Southeast Asia. Partnership Addresses Regional Demand for Secure and Scalable AI Infrastructure This partnership is about building that infrastructure in the markets where it is most viable, not just most visible." - Ivan Keogh, CEO, Comin Asia PHNOM PENH, CAMBODIA, June 29, 2026 / EINPresswire.com / - Comin Asia today announced a strategic partnership with Nokia to design and deploy AI-ready data centre infrastructure across Southeast Asia, combining Comin Asia's on-the-ground engineering and project execution capabilities with Nokia's advanced data centre networking and automation technologies. The partnership addresses accelerating demand for secure, sovereign, and scalable AI infrastructure in the region - particularly in emerging and underserved markets such as Cambodia and Laos - where power availability, regulatory conditions, and deployment realities are reshaping where and how AI infrastructure is built. This initiative will focus on modular, in-building, and edge-ready data centre deployments, enabling enterprises and governments to process data closer to where it is generated, while maintaining control over data sovereignty, data privacy, and operational resilience. Building AI Infrastructure Where It Can Scale Unlike hyperscaler-led projects concentrated in saturated markets, the Comin Asia-Nokia approach is grounded in power-aligned and policy-compatible deployment strategies. Across Southeast Asia: | Cambodia represents an early-stage but highly deployable market for localized infrastructure | Laos offers surplus power capacity and increasing capacity in cross border network connectivity, positioning it as a potential regional AI infrastructure hub | Thailand faces increasing grid pressure and regulatory complexity for large-scale data centres This partnership is designed to translate these conditions into operational infrastructure. Execution-Led Model: Integrator + Technology Backbone The collaboration is structured on clear capabilities: | Comin Asia acts as the regional systems integrator and delivery partner, leveraging decades of providing Mechanical and Electrical Systems Engineering, Procurement and Construction (EPC) solutions and infrastructure deployment experience across Southeast Asia, including complex environments where large-scale infrastructure execution is often constrained | Nokia provides the technology backbone, including high-performance data centre fabric, automation platforms, and secure connectivity solutions required to support AI workloads at scale Together, the companies will deliver end-to-end infrastructure systems spanning: | Data centre networking (IP, optical, and switching architectures) | Edge computing frameworks | Secure and resilient connectivity | Automation and orchestration for AI workloads | Energy-aware infrastructure optimization Enabling Sovereign AI for Emerging Economies Governments and enterprises across Southeast Asia are increasingly prioritizing: | Data sovereignty, privacy, and compliance | Reduced dependency on global hyperscaler ecosystems | Resilient, localized infrastructure The Comin Asia-Nokia partnership directly supports these priorities by enabling sovereign AI infrastructure ecosystems that can be deployed within national or regional boundaries, aligned with local regulatory and operational frameworks. "This partnership is about building that infrastructure in the markets where it is most viable, not just most visible," said Ivan Keogh, CEO, Comin Asia. "By combining Nokia's validated Data Center Network Solutions with Comin Asia's regional execution capabilities, we are enabling a new class of AI infrastructure that is distributed, secure, and aligned with real-world deployment conditions," said Ajay Sharma, Country Manager of Nokia Thailand and Cambodia. Differentiation: Infrastructure Enablement The partnership is positioned around execution and delivery, not land banking or speculative hyperscale announcements. Key differentiators include: | Proven ability to deploy in frontier and underdeveloped markets | Focus on modular and scalable infrastructure, not single-site hyperscale builds | Integration of power availability, policy conditions, and infrastructure design | A model that prioritizes operational systems over conceptual frameworks This reflects a broader shift in the AI infrastructure landscape - where power, proximity, and policy are becoming more decisive than capital alone. Regional Rollout and Next Steps Initial deployments and feasibility assessments are underway in Cambodia and Laos, with expansion planned across additional Southeast Asian markets as infrastructure and regulatory conditions align. The partnership will also support: | Enterprise AI deployments | Government digital infrastructure initiatives | Industry-specific applications across energy, telecommunications, finance, and public sector About Comin Asia Comin Asia is a leading engineering and infrastructure company specializing in electrical systems, mechanical engineering, and complex project execution across Southeast Asia. With deep regional expertise and a track record of delivering infrastructure in challenging environments, Comin Asia plays a critical role in enabling large-scale industrial and digital projects across the region. About Nokia Nokia is a global leader in connectivity for the AI era. With expertise across fixed, mobile, and transport networks, Asia Pacific Herald is advancing connectivity to secure a brighter world. Aaron Henry Foundeast Asia Co. Ltd. +66 92 264 6695 email Asia Pacific Herald here Legal Disclaimer: EIN Presswire provides this news content "as is" without warranty of any kind. Asia Pacific Herald do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.

Tune Talk
Jun 25th, 2026
Tune Talk answers national call for Online Safety: launches Malaysia's first network-enforced child mobile plan.

Tune Talk answers national call for Online Safety: launches Malaysia's first network-enforced child mobile plan. Key Highlights: * A Malaysian First: Tune Talk launches Epik+ Family Safe at RM80/month, moving parental controls directly into the mobile network and setting a new national blueprint for family-safe connectivity. * Supporting National Online Safety Agenda: The cloud-native network solution empowers parents to enforce safety at the point of access, a timely capability as Malaysia strengthens its online safety codes. * Reflecting Real Parental Concerns: The Tune Talk Family Digital Confidence Survey reveals nearly 1 in 2 Malaysian parents rank age-inappropriate content as their top online safety concern, demanding practical, built-in tools for everyday parenting. From left to right: Jill Yeap (General Manager of Marketing, Tune Talk), Jay Pandey (Chief Technical Officer, Tune Talk), Gurtaj Singh Padda (Chief Executive Officer, Tune Talk), Sonia Ooi (Chief Financial Officer, Tune Talk), Nafis Nazri (Head of Product, Tune Talk) With children's online safety now firmly in the national spotlight, Tune Talk is moving first to redefine the role of telcos in protecting young digital users and families, starting at the mobile network itself. The telecommunications operator today launched Epik+ Family Safe, the country's first family mobile plan with integrated one-tap parental control enforced entirely at the network level. As the national conversation shifts toward restricting social media accounts to children younger than 16, parents are navigating a difficult balance: giving their children access to the digital world, while bearing the burden of managing safety app-by-app, device-by-device and through complicated settings. As part of Tune Talk's continued evolution as a telco delivering value beyond standard connectivity, Epik+ Family Safe shifts parental control away from fragmented app settings and embeds it directly into the mobile network's data pipe. With just one tap, parents can choose from three protection levels (low, medium, or high) and block content across up to 56 categories, adjusting the digital boundaries as their child grows. Built on Tune Talk's fully cloud-native mobile network, and enabled in collaboration with Nokia, protection is enforced at the network layer rather than managed at the child's device. This allows Malaysian families to benefit from a lower-friction approach, helping parents manage digital access without the added complexity of third-party tracking tools. "Mobile connectivity has become a child's first passport to the internet, and that means the role of a telco must evolve beyond data, speed, and price to support how Malaysians live, learn, and interact in a digital environment. We want to lead from the front in showing what that can look like. Epik+ Family Safe is our proof, building practical support directly into the connection itself so families can navigate the digital world with greater confidence. Connectivity is where a child's digital life begins, and we believe it is also where safety should begin," said Gurtaj Singh Padda, Co-founder and Chief Executive Officer of Tune Talk. Tune Talk's newly released Family Digital Confidence Survey reinforces this urgent local need. The research found that nearly 1 in 2 Malaysian parents (48.1%) ranked access to age-inappropriate content as their top online safety concern. Furthermore, more than 3 in 5 parents still feel unsure or lacking confidence in managing their child's digital habits, signaling the need for practical support that fits into everyday family life. "Our findings show that Malaysian parents are already thinking carefully about how their children engage with the digital world. Parents are not looking to disconnect their children's access; they want practical support to help them navigate digital life more safely. Epik+ Family Safe is Tune Talk's contribution to that wider ecosystem, offering parents a layer of support directly within the connectivity experience," Padda added. "Nokia is pleased to collaborate with Tune Talk on Epik+ Family Safe, a solution that showcases how our cloud-native Core network and integrated network intelligence enable powerful, network-level protection. By bringing parental control closer to the network, this initiative helps simplify digital safety and supports a more secure connectivity experience for Malaysian households," said Ming Kin Ngiam, Head of Southeast Asia, Nokia. Designed for the everyday Malaysian family, Epik+ Family Safe brings together the connectivity essentials families need within a single, highly accessible prepaid plan at RM80 per month: * One parent line and one child line * 700GB of high-speed data with no Fair Usage Policy (FUP) restrictions * Integrated, network-level one-tap parental control with three protection levels * Personal Accident insurance coverage of up to RM500,000* To bring the conversation closer to the everyday realities of Malaysian homes, the event also featured a panel discussion on "Parenting in the Digital Age." Moderated by Daphne Iking, the session brought together Dr. Shazril Shaharuddin, better known as Dr. Say, a medical doctor and daddy influencer; parenting expert Fhais Salim; and Jill Yeap, General Manager of Marketing from Tune Talk. The discussion reflected on the realities of setting boundaries, navigating online risks, and how families can build safer, as online safety becomes an increasingly important conversation for parents nationwide. Tune Talk Epik+ Family Safe is now available through the Tune Talk App, the Tune Talk website, and participating Tune Talk retail stores nationwide.

Samtec
Jun 24th, 2026
Nokia Bell Labs, Northrop Grumman, and Samtec partner to create e-band radio on glass with GaN on glass modules.

Nokia Bell Labs, Northrop Grumman, and Samtec partner to create e-band radio on glass with GaN on glass modules. Nokia Bell Labs (NBL) is leveraging Samtec glass core technology (GCT) as a platform for custom-designed silicon devices. NBL developed an electronics assembly on a glass package with multiple interconnect and chips to realize a full E-band radio on glass (RoG). To increase the reach of their E-band radio, they partnered with Northrop Grumman (NG), which is utilizing new GaN technology to provide more RF power at E-band. From Northrop Grumman, Samtec see two 90-nanometer GaN circuits combined on the glass substrate in the video above. The glass interposer provides a very high-performance interconnect at these high frequencies, enables compact designs, and provides thermal management for the chips. In the short video above, Michael Holyoak (Nokia Bell Labs) and Maxwell Duffy (Northrop Grumman) discuss their partnership with Samtec and the live product demonstration at the Samtec booth at IMS 2026. Here's a summary of Michael and Maxwell's conversation: (Michael Holyoak): Samtec is looking at a live demonstration of an integrated E-band mm wave radio, mainly for wireless transport, backhaul, or even SATCOM. In another live product demonstration at Samtec's booth, Samtec showcased glass core technology as a material, showing how Samtec leverage its excellent electrical and mechanical properties for low-loss RF components and interconnects. Here, Samtec is leveraging glass as a platform for NBL-designed custom silicon devices. Samtec is creating a package, an electronics assembly on glass, with multiple interconnects and chips to realize a full E-band radio on glass system. To increase the reach of its E-band radio, Samtec has partnered with Northrop Grumman and are using their new GaN technology to deliver more RF power at E-band. (Maxwell Duffy): In this demo, Samtec has two 90-nanometer GaN circuits being combined on a glass substrate. The nanometer GaN is a recently commercially qualified process. These chips were designed as part of a collaboration with Nokia and Samtec, and from this module, Samtec is achieving 4 watts of output power, which is very competitive for 71-76 GHz. The glass interposer provides a very high-performance interconnect at these high frequencies, enabling compaction and providing thermal management for the chips. Samtec think it's a very attractive option moving up to higher frequencies for these kinds of systems. Glass Core Technology (GCT) was a hot topic at IMS 2026. One reason is that Samtec GCT has evolved into heterogeneous platforms, as detailed in the brief video from its friend Shahriar Shahramian. Glass is quickly becoming recognized as a viable and vital solution in the evolution of high-performance, high-frequency connectivity due to its material and SWaP advantages. Samtec leverages proprietary glass core technology to create advanced glass interconnect solutions - including launches and RF components - to address next-generation connectivity challenges across military and aerospace radar, automotive LiDAR, 5G/6G wireless backhaul, and SATCOM applications. Questions? Please contact Samtec. BTW, here's the link to Shahriar Shahramian's The Signal Path YouTube channel. Also, here's a link to its friends at Nokia Bell Labs, and here's a link to Northrop Grumman's Microelectronics page.

Tivi
Jun 19th, 2026
Nokia invests 30 million in AI infrastructure in the USA - Part of a 4 billion package.

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

The Pharmaceutical Marketing Group
Jun 18th, 2026
What Nokia can teach us about innovation in pharma.

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.

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