Firmware Engineering Co-op
About the job
- The candidate must be an undergraduate student currently pursuing a bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, or a related technical field, and must return for at least one semester at their institution after the co-op.
- Understand software and firmware design using C and Assembly.
- Have experience using basic development tools to troubleshoot software and interactions at the software/hardware boundary.
- Be familiar with software and firmware design and implementation within a Linux or Windows environment.
- Be available full-time, up to 40 hours per week, from January 2027 through June 2027.
- Be able to work in the United States without visa sponsorship.
- Satisfactorily complete a background check.
- Work with the product definition and product design teams to identify and document microcontroller firmware requirements.
- Perform bare-metal firmware development.
- Perform RTOS porting and develop device drivers.
- Develop infrastructure to support firmware build, test, and release.
- Participate in continuous improvement of the company's development processes.
- Support the product certification process, including document and issue fixing.
- Support product sustainability and customer requirements related to software and firmware issues.
- Track issues and assist with severity assessments, facilitate resolutions, and/or provide appropriate documentation.
- Work alongside firmware engineers to develop firmware and software infrastructure for CPU, system-on-chip, and microcontroller architectures targeting motherboards and expansion cards.
- Participate in the product lifecycle from initial concept and development through prototype build, validation, and volume production.
Firmware Engineering Co-op
OnLogic · Cary, United States · Temporary · Posted 2026-09-01
Salary: USD 20–22
Workplace: on_site
Department: Engineering
Description
As a member of the Firmware Engineering Team at OnLogic, you will learn some of the rigors and unique design methodologies OnLogic uses to create the world’s most reliable Industrial PCs during this 6-month Co-op (January 2027 – June 2027). You will work alongside Firmware engineers to develop firmware and software infrastructure targeting various CPU, SoCs, and microcontroller architectures, specifically targeting a range of motherboards and expansion cards.
In this role, you will be involved in the complete product lifecycle—from initial concept and development to prototype build, validation, and through to volume production.
We believe in the power of in-person collaboration and the benefits of a strong workplace community. Therefore, this Co-op will take place onsite in Cary, North Carolina, or South Burlington Vermont.
In this role, you’ll be responsible for:
- Working with the product definition and product design team to identify and document the microcontroller firmware requirements.
- Performing bare metal firmware development.
- Performing RTOS porting and development of the device drivers.
- Developing infrastructure to support firmware build, test and release.
- Participating in continuous improvement of the company’s development processes.
- Supporting product certification process including document and issue fixing.
- Supporting product sustainability and customer requirements for SW/FW related issues.
- Tracking issues and assisting with severity assessments, facilitating resolutions and/or appropriate documentation.
Requirements
- An undergraduate student currently pursuing a bachelor’s degree majoring in Computer Science, Computer Engineering, Electrical Engineering, or a related technical field, who will return for 1+ semester at their institution following completion of the Co-op.
- Understanding of software/firmware design with C, Assembly.
- Experience using basic development tools to troubleshoot software and interactions at the software/hardware boundary.
- Familiarity with software/firmware design and implementation within a Linux or Windows environment.
- Available full-time (up to 40 hours per week) from January 2027 through June 2027
- Ability to work in the U.S. without visa sponsorship.
- Satisfactory completion of a background check.
Who we're looking for:
- A hands-on engineer who enjoys digging in and working at the low level where accounting for interactions, behaviors, and unknowns that span the software stack and underlying hardware.
- A detail-oriented developer who understands that precision in firmware/software design constraints is vital for industrial reliability.
- A self-motivated individual with an ability to solve complex software/firmware problems strategically.
- Someone with excellent written and verbal communication skills for collaborating and documenting, design reasoning, decisions and implementation details.
The team you will be joining:
Our Engineering team creates our cutting edge industrial computers by finding innovative solutions on a daily basis. The Engineering team's success relies on collaboration, creative thinking and a commitment to being at the forefront of technology. Roles on our Engineering team include, Electrical, Mechanical, Applications and Regulatory.
Learn more about Life at OnLogic: www.onlogic.com/life-at-onlogic.
Who we are:
OnLogic employees have the opportunity to shape our future and drive impactful change. We design and manufacture specialized computers and hardware solutions for companies all over the world, helping them to make the seemingly impossible possible. Our computers are designed to work where others fail, and it's our vision to be the first choice in industrial computing. To make that vision a reality, we've built a team of ambitious problem solvers, guided by the company's core values of Open, Fair, Innovative and Independent. We have an open office, open salaries and strive to be fair and transparent in our decision making. We encourage input and feedback from every member of our team and look to improve ourselves and our business every single day.
Diversity is an essential element of our core values. Not just respecting, but actively embracing a variety of backgrounds, life experiences, and opinions, helps us foster innovation, enhances our problem-solving capabilities, and promotes learning and engagement among the members of our team. We strongly encourage those with diverse backgrounds to apply.
We are committed to providing a safe, inclusive, and harassment-free workplace for all employees. We do not tolerate any form of harassment, discrimination, or bias based on race, ethnicity, gender, sexual orientation, religion, disability, age, or any other protected characteristic.
To learn more about our values, our mission and what it's like to work at OnLogic, visit www.onlogic.com/careers.
Benefits
The pay for this co-op is $22/hour, with an up to 40 hour per week commitment, January to June, 2027.
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About the company
OnLogic designs and builds industrial-grade computer hardware and technology solutions that are highly configurable and AI-ready. Its products are modular edge devices engineered for reliability in extreme environments—from factory floors to remote deserts—allowing organizations to deploy AI and automation at the edge. The company differentiates itself through a customer-centric approach, global engineering support, and modular designs that enable rapid customization to meet specific use cases. Its goal is to empower the world’s organizations to advance ideas and make advanced edge computing and automation feasible anywhere, from harsh environments to critical workflows.
Company Size
201-500
Company Stage
Acquired
Total Funding
N/A
Headquarters
South Burlington, Vermont
Founded
2003
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Simplify's Take
What believers are saying
- July 2026 news shows 311 employees and a new Oosterhout headquarters expansion.
- Updated July 2026 news page lists multiple 2026 launches, signaling active product velocity.
- September 2026 IMTS demos with Microsoft and Nokia deepen ecosystem distribution channels.
What critics are saying
- No public funding, layoffs, or acquisition announcements signal capital constraints or instability.
- Siemens, ZEDEDA, Microsoft, and others can commoditize OnLogic's hardware layer quickly.
- If EdgeLogic or partnerships miss adoption, OnLogic remains a niche rugged-PC supplier.
What makes OnLogic unique
- April 2026 Siemens partnership certifies OnLogic hardware for Extreme Edge deployments.
- June 2026 DNV-certified maritime systems target bridge, control room, and engine room compliance.
- September 2026 EdgeLogic SoftPLC bundles CODESYS and Hilscher for pre-validated real-time control.
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Benefits
- Paid Vacation
- Profit Sharing
- Employee Stock Purchase Plan
- Professional Development Budget
- 401(k) Retirement Plan
- Parental Leave
- Disability Insurance
Company News
OMRON to acquire OnLogic for $675 million to strengthen its Physical AI strategy. October 15, 2026 53 views Japanese automation group OMRON has signed an agreement to acquire OnLogic, the US manufacturer of industrial computers, together with its parent company Interlogic. The deal is worth $675 million and was announced on 13 October 2026. Once it is complete, Interlogic will become a wholly owned subsidiary of OMRON. Closing is expected in January. Who is OnLogic? Roland and Lisa Groeneveld founded OnLogic in 2003 under the name Logic Supply. Today the company designs, builds and sells configurable, rugged industrial PCs for demanding environments. It is headquartered in South Burlington, Vermont. It employs around 300 people across seven locations, including two manufacturing sites. Interlogic reported sales of $154 million in 2025, and more than 90% of that business comes from the Americas and Europe. OnLogic's customers range from NASA and Amazon to General Motors and General Dynamics. Most of them buy directly from OnLogic, often with build-to-order configurations. Why OMRON is buying OMRON wants to evolve from a supplier of factory automation hardware into a provider of physical AI and digital transformation solutions for manufacturing. The acquisition supports that shift in three main ways: * Physical AI platforms: OnLogic's industrial PCs will be combined with OMRON's high-precision control technology. * Cross-selling: OMRON gains access to OnLogic's customer base, especially in North America, and both product portfolios can be sold to each other's customers. * Joint development: The two companies plan to pair OMRON's sensing and robotics products with OnLogic's computing hardware. OMRON CEO Junta Tsujinaga described North America as a key growth market. He noted that OnLogic's expertise in industrial computing complements OMRON's strengths in automation and control. Managing Executive Officer Motohiro Yamanishi added that the deal opens doors to customers that OMRON would otherwise have struggled to reach for years. OnLogic stays independent OnLogic will continue to operate as an independent business within the OMRON group. It keeps its brand, culture and direct-to-customer sales model. CEO Sean Larkin and the current leadership team will stay in place, and engineering and manufacturing will remain in Vermont. Larkin said that being part of OMRON gives OnLogic access to a global supply chain and greater resources to accelerate growth. The acquisition follows OMRON Robotics' collaboration agreement with Comau earlier this year. It is another step in OMRON's push to bring AI from the cloud directly onto the factory floor.
Japan's Omron to buy US industrial PC firm Onlogic for $675 million in physical AI push. 13 Oct 2026 09:03AM (Updated: 13 Oct 2026 09:08AM) Add CNA as a trusted source to help Google better understand and surface our content in search results. TOKYO, Oct 13: Japanese manufacturer Omron will buy US industrial PC firm Onlogic and its parent company, Interlogic, for $675 million, the company said on Tuesday. The acquisition is intended to develop Omron's physical artificial intelligence services within its industrial automation business, the company said in a news release. - Onlogic is a developer, manufacturer and seller of industrial PCs, with which Omron hopes to combine its high-precision control technology to develop physical AI platforms and expand its customer base in the US. - Onlogic's parent, Interlogic, will become a wholly owned subsidiary of Omron. Onlogic will continue to operate as an independent business, retaining its brand and current management team, the release said. - In May, US-based subsidiary Omron Robotics signed a collaboration agreement with Italian automation company Comau to develop automation services in industrial manufacturing. - Omron's shares were roughly flat in morning trading in Tokyo, compared with a drop of around 2.2 per cent for the benchmark Nikkei 225.
OnLogic Helix 320 debuts: A fanless industrial mini PC with Intel Twin Lake CPUs and quad 2.5G Ethernet. OnLogic has added a new fanless mini PC to its lineup, and it is aimed squarely at industrial and enterprise deployments rather than living-room media centers. Called the Helix 320, the system is built around Intel's Twin Lake family of processors and offers a level of connectivity that should appeal to edge computing, automation, and IoT-focused buyers. The Helix 320 can be configured with one of two CPU options. The entry point is a 4-core Intel N250 paired with 8 GB of LPDDR5 RAM. Step up, and you get an 8-core Intel Core 3 N355 with 16 GB of LPDDR5 memory. In both cases, the RAM is soldered to the board, so buyers should choose their memory configuration carefully at purchase. Storage, thankfully, is upgradable through a single M.2 2280 slot. Twin Lake performance: modest but purpose-built. The Intel N250 is a 4-core chip made up entirely of Gracemont efficiency cores, with a peak clock speed of 3.8 GHz. In multicore workloads, it should land somewhere near a Core i7-10710U, a processor found in lightweight laptops from roughly seven years ago. That makes it fine for basic industrial tasks, kiosk-style applications, thin-client duties, and light data collection, but not for heavy compute. The 8-core Core 3 N355 is the more interesting option. It also tops out at 3.9 GHz, but with twice the core count it can handle significantly more work. OnLogic's faster Helix 320 configuration should be able to keep pace with something like a Core Ultra 5 115U "Meteor Lake" chip from around two years ago. That is still not going to rival modern mid-range desktop CPUs from Intel or AMD, but for a fanless industrial machine, it is a sensible trade-off between performance, power draw, and reliability. Because the Helix 320 is fanless, there are no moving parts to suck in dust or fail in a factory floor environment. That design choice helps explain why OnLogic did not push for more powerful silicon. The system is meant to run continuously, not to win benchmark charts. | A total of four 2.5G Ethernet ports are present on the Helix 320 mini PC | Impressive I/O for industrial and enterprise use. Where the Helix 320 really stands out is connectivity. As industrial automation and edge computing continue to converge, having the right ports on a compact, rugged box matters more than raw CPU speed. OnLogic has packed in a serious amount of I/O: * 2x USB 3.2 Gen 1 Type-C with DisplayPort 1.4 * 4x USB 3.2 Gen 1 Type-A * 2x DisplayPort * 4x 2.5 Gigabit Ethernet * 1x 14-pin COM (dual RS-232/422/485) * 1x 3.5 mm audio jack That quad 2.5G Ethernet setup is particularly notable for a mini PC. It opens the door to use as a network appliance, a small edge server, or a gateway device that can segment traffic across multiple networks. The COM port, meanwhile, keeps the Helix 320 relevant for legacy industrial equipment that still relies on serial communication. Cellular support is available through an M.2 B-key slot, and Wi-Fi plus Bluetooth can be added via an M.2 2230 E-key slot. For full configuration details and available options, buyers can check OnLogic's official Helix 320 specifications page here. Compact, aluminum, and mountable. The Helix 320 measures roughly 180 x 120 x 32 mm, or about 7 x 4.7 x 1.26 inches. The enclosure is made from aluminum, which helps with passive cooling and gives the system a durable feel. OnLogic also supports several mounting options, making it easier to install behind a display, inside a cabinet, or on a wall in a workspace where space is tight. Pricing starts at $1,243 for the base model with the Intel N250 CPU, 8 GB of RAM, and a 128 GB SATA 3 M.2 SSD. That is not inexpensive, but industrial hardware rarely is. Buyers are paying for the fanless design, the wide I/O selection, the aluminum chassis, and the kind of validation and support that comes with enterprise-focused systems. Who should buy it - and who should not. The Helix 320 is not for everyone. Normal consumers who do not need a fanless design, COM ports, or quad Ethernet will likely be better served by a mainstream mini PC. For those buyers, a compact Apple Mac mini is often a simpler and more affordable option. The current Mac mini is available on Amazon here, and it offers strong everyday performance in a much more consumer-friendly package. But for system integrators, factory automation teams, and edge computing projects that need a small, silent, mountable PC with serious networking and serial connectivity, the OnLogic Helix 320 fills a specific niche. It is not the fastest mini PC on the market, and its soldered RAM limits long-term upgradability. Still, its fanless Twin Lake design, quad 2.5G Ethernet, and industrial I/O make it a compelling option for the right deployment. For more context on how industrial automation and edge computing are shaping hardware choices like this, there is also a relevant industry discussion on LinkedIn here. In short, the OnLogic Helix 320 is a purpose-built industrial mini PC that prioritizes reliability and connectivity over raw speed. If that sounds like your workload, it may be worth a closer look.
Fanless OnLogic controllers pair Core Ultra with CODESYS and fieldbus expansion. Sep 22, 2026 - by Giorgio Mendoza 214 views OnLogic has added two SoftPLC-oriented industrial computers built around Intel Core Ultra processors and pre-configured CODESYS environments. The Helix 521-PLC targets low-profile deployments, while the larger Helix 524-PLC adds PCIe expansion with an available Hilscher netX fieldbus interface for industrial networking and real-time control applications. Both systems are part of OnLogic's EdgeLogic platform and are intended for machine control, industrial automation and edge workloads. According to OnLogic, the pre-integrated CODESYS SoftPLC environment is configured for sub-1ms cycle times with low jitter while separating real-time control tasks from other host operating system workloads. - ADVERTISEMENT - The systems support Intel Core Ultra Series 1 processors including the Core Ultra 5 125H, Core Ultra 5 135H and Core Ultra 7 165H, as well as Series 2 options including the Core Ultra 5 225H and Core Ultra 7 265H. Memory is provided through two DDR5-5600 SO-DIMM slots supporting up to 96GB. * Intel Core Ultra 5 125H - 14-core/18-thread architecture (4P + 8E + 2 LP-E), up to 4.5GHz, 18MB cache, 28W base power, Intel Arc graphics, 11-TOPS Intel AI Boost NPU. * Intel Core Ultra 5 135H - 14-core/18-thread Meteor Lake processor, up to 4.6GHz, 18MB cache, 28W base power, Intel Arc graphics, 11-TOPS Intel AI Boost NPU. * Intel Core Ultra 7 165H - 16-core/22-thread architecture (6P + 8E + 2 LP-E), up to 5.0GHz, 24MB cache, 28W base power, Intel Arc graphics, 11-TOPS Intel AI Boost NPU. * Intel Core Ultra 5 225H - 14-core/14-thread Arrow Lake processor (4P + 8E + 2 LP-E), up to 4.9GHz, 18MB cache, 28W base power, Intel Arc 130T GPU, 13-TOPS Intel AI Boost NPU. * Intel Core Ultra 7 265H - 16-core/16-thread Arrow Lake processor (6P + 8E + 2 LP-E), up to 5.3GHz, 24MB cache, 28W base power, Intel Arc 140T GPU, 13-TOPS Intel AI Boost NPU. Helix 521-PLC left side view (click image to enlarge) Graphics support includes Intel integrated graphics, with up to four displays available through two DisplayPort outputs and two USB-C connections. The USB-C interfaces provide Thunderbolt 4 connectivity, while the remaining front I/O includes six USB 3.2 Gen 2 Type-A ports and four 2.5GbE interfaces based on Intel I226 controllers. Industrial connectivity includes four configurable RS-232/422/485 serial ports and eight native digital I/O channels. The systems also provide a remote switch input, grounding lug, SIM slot and multiple antenna mounting positions Helix 521-PLC right side view (click image to enlarge) Storage and expansion are handled through M.2 interfaces. An M-Key slot supports PCIe Gen 4 x4 NVMe storage, while a B-Key interface can accommodate storage, cellular connectivity or other expansion hardware. An E-Key slot is available for wireless networking. OnLogic lists optional Wi-Fi 6E and Wi-Fi 7 modules, along with 4G LTE and 5G cellular modems. The M.2 expansion options also include a Hailo 2242 AI accelerator. For the HX524-PLC, OnLogic additionally lists forthcoming M.2 modules for single-port 10GbE and dual PoE+ connectivity. Helix 521-PLC front & rear view (click image to enlarge) The primary difference between the two models is expansion. The HX521-PLC uses a low-profile enclosure measuring 50.8 x 177 x 225mm, while the HX524-PLC measures 106 x 177 x 225mm and adds a PCIe Gen 5 x16 mechanical slot with an x8 electrical interface. Helix 524-PLC left side view (click image to enlarge) On the HX524-PLC, the PCIe slot can be equipped with OnLogic's Universal Real-Time Ethernet & Fieldbus interface based on Hilscher netX technology. According to the company, the interface provides hardware-timed determinism while offloading fieldbus processing from the main CPU. Supported industrial protocols include PROFINET, EtherCAT, EtherNet/IP, Modbus, DeviceNet and BACnet. Helix 524-PLC right side view (click image to enlarge) Other PCIe options listed for the HX524-PLC include NVIDIA RTX A400 and RTX A1000 GPUs, Intel Arc Pro B50 graphics, NVIDIA RTX PRO 2000 and RTX PRO 4000 SFF Blackwell GPUs, a dual-port Intel X710 10GbE adapter and an eight-port USB 3.1 host adapter. Helix 524-PLC front & rear view (click image to enlarge) The systems use fanless aluminum and steel enclosures and have an operating temperature range of 0 to 50°C. The HX521-PLC accepts 12-24V DC input and carries an IP50 rating, while the HX524-PLC accepts 19-24V DC input and is rated IP20. CODESYS-optimized Windows 11 IoT is currently offered with the systems. OnLogic also states that Ubuntu and Ubuntu RT support are planned. Specifications listed for the Helix 521-PLC and the Helix 524-PLC include: | Feature | Helix 521-PLC | Helix 524-PLC | | Processor | Intel Core Ultra Series 1 and 2, up to Core Ultra 7 | | Memory | 2x DDR5-5600 SO-DIMM, up to 96GB | | Networking | 4x 2.5GbE | | USB | 6x USB 3.2 Gen 2 Type-A, 2x Thunderbolt 4 USB-C | | Serial | 4x RS-232/422/485 | | Digital I/O | 8x DIO | | Display | 2x DisplayPort 2.1, 2x USB-C display outputs | | Storage | M.2 M-Key PCIe Gen 4 x4, M.2 B-Key | | Wireless | Optional Wi-Fi 6E/Wi-Fi 7, Bluetooth, 4G LTE/5G | | AI Expansion | Optional Hailo M.2 accelerator | | PCIe Expansion | - | PCIe Gen 5 x16 mechanical, x8 electrical | | Fieldbus | Software-based | Optional Hilscher netX card | | Cooling | Fanless | | Dimensions | 50.8 x 177 x 225mm | 106 x 177 x 225mm | | Weight | 2.26kg | 3.77kg | | Power Input | 12-24V DC | 19-24V DC | | Operating Temperature | 0 to 50°C | | Ingress Protection | IP50 | IP20 | Further Information The Helix 521-PLC is currently listed starting at $3,121, including the default Core Ultra 5 125H configuration, 8GB of DDR5 memory and a 256GB NVMe SSD. The Helix 524-PLC is listed from $4,213.80 in the configuration shown with the Universal Real-Time Ethernet & Fieldbus option. Removing that PCIe fieldbus card reduces the configured price by $540.80. Both systems carry a standard two-year warranty, with three- and five-year extensions available.
OnLogic to demonstrate physical AI Hardware and manufacturing solutions at IMTS 2026. Live demonstrations from Microsoft, Nokia, Inductive Automation, CODESYS, Edge Impulse, and ZEDEDA in Booth 236609 will feature purpose-built OnLogic hardware powering physical AI, automated control, and private wireless deployments on the factory floor. SOUTH BURLINGTON, VERMONT (September 9, 2026) - At the 2026 International Manufacturing Technology Show (IMTS) in Chicago, global industrial computing manufacturer and edge AI specialists, OnLogic (www.onlogic.com), will showcase a full line of hardware for smart manufacturing. Visitors to Booth 236609 in the North Hall will see live, pre-validated solution demonstrations and get a first look at the company's new EdgeLogic SoftPLC appliance. More headlines. Articles. "Deploying artificial intelligence and modern automation at the physical edge shouldn't require forcing delicate datacenter hardware into harsh workplace environments, or dealing with the latency challenges of cloud infrastructure," said Jonathan Wood, Vice President of Americas and Global Partnerships at OnLogic. "At IMTS, working closely with our ecosystem partners, we are demonstrating how rugged, purpose-built computers securely extend cloud-like intelligence, real-time machine vision, application orchestration and control directly to machines and processes where data originates, enabling AI in the physical world." Debut of EdgeLogic SoftPLC Appliance IMTS 2026 marks the official debut of EdgeLogic, a pre-configured SoftPLC edge appliance that offers a more flexible alternative to traditional, proprietary PLCs. EdgeLogic combines industrial hardware with optimized CODESYS SoftPLC software and an optional Hilscher netX communication controller for real-time protocol translation. The appliance delivers pre-validated real-time machine control out of the box, allowing engineers and system integrators to bypass days of BIOS configuration, driver setup, and OS tuning while reducing the proprietary hardware and ongoing licensing costs associated with locked control ecosystems. Full Line Manufacturing Hardware and Live Partner Demonstrations OnLogic will display its full portfolio of industrial and rugged computers, panel PCs, and edge servers designed for factory floor, machine building, IIoT, and edge AI applications. Highlights include fanless edge systems powered by Intel(R) Core(TM) Ultra processors featuring dedicated Neural Processing Units (NPUs) for local machine vision and defect detection. The booth will feature live, interactive demonstrations developed with industry software partners: - Microsoft: Demonstrating Microsoft Azure Local on small form factor edge platforms like the OnLogic Helix 521, extending containerized cloud workloads and Azure Arc management to the factory floor. - Inductive Automation: Highlighting hardware platforms running Ignition software for enterprise-wide SCADA and IIoT data collection. - Nokia ECE (Enterprise Campus Edge): Running Nokia MX Industrial Edge (MXIE) micro solutions on rugged hardware to support mission-critical operational technology workloads over private wireless networks. - CODESYS: Showing containerized SoftPLC control software operating on fanless edge hardware to replace legacy, proprietary controller units. - Edge Impulse: Demonstrating localized machine learning and vision AI models running directly at the edge for instant quality inspection. - ZEDEDA: Showcasing centralized, cloud-native orchestration and management of edge hardware and containerized applications. Visit OnLogic at IMTS 2026 IMTS attendees are invited to visit Booth 236609 in the North Building of McCormick Place to interact with live software demonstrations, examine new fanless hardware lines, and speak directly with OnLogic engineers. To learn more about the OnLogic hardware solutions for manufacturing, visit https://www.onlogic.com/solutions/smart-manufacturing/.