The Ai5 Lab system is a compact, modular, and innovative solution designed to streak, incubate, digitalize, and sort microbiological samples while integrating AI algorithms for growth detection, sample segregation, and real-time alerts.

Microbiology as it happens
Discovering Ai5 lab components

AUTOPLAK
Increase your laboratory’s productivity by automating sample streaking and inoculation processes with the AUTOPLAK automatic streaking and inoculation system. Enhance the system further with our optional subsystems for bi-plate streaking and Gram preparation.

AIPLAK
The intelligent incubator AIPLAK digitalises all sample images for efficient interpretation by the laboratory technician. The compact and modular concept, featuring independent cameras and a dual system of image capture and continuous growth monitoring, introduces new and effective tools for workflow management based on the criticality of samples.

AI MODULES
The AI Modules platform provides artificial intelligence algorithms that complement the bacteriological digitalisation offered by AIPLAK. From algorithms for continuous monitoring application to those for intelligent interpretation of samples using validated algorithms, it encompasses growth detection, contamination detection, microorganism identification, colony counting, and more.


Plate streaking
Advance the efficiency of your laboratory by automating inoculation and plate streaking. Inoculate and streak automatically using AUTOPLAK system. Isolate colonies via different protocols. Standardise streaking methods through the AUTOPLAK automation system.

Digital Microbiology
The intelligent incubation system seamlessly integrates a purpose-built desktop application, ensuring efficient data incorporation, error reduction, and complete digitalisation of the laboratory workflow. Tailored to meet diverse laboratory requirements, this application, when coupled with advanced artificial intelligence algorithms (Ai5 Lab Modules), not only manages and identifies each sample digitally but also enhances overall operational efficiency by eliminating the need for physical contact with individual samples, thus optimising laboratory processes for greater precision and productivity.

Modularity and compact design
Engineered with versatility in mind, the Ai5 Lab system is meticulously crafted to seamlessly accommodate the requirements of diverse laboratories, varying sample volumes, and a multitude of protocols. Its compact design and modular approach not only ensure optimal utilization of laboratory space but also facilitate a swift and effortless installation process, contributing to an overall streamlined and efficient workflow in the laboratory environment.

Dual Growth/Time protocol
The intelligent incubation system is the only system on the market equipped with 2 complementary imaging systems. A first continuous monitoring system that allows uninterrupted monitoring of sample growth, being capable of generating alarms as soon as growth is detected in the sample. The second system captures the overhead image, digitalising the sample and executing artificial intelligence algorithms to determine the characteristics of that growth. This advanced platform that combines time-based and growth-based management protocols, provides the laboratory with a unique tool to address emergency situations, to efficiently optimise workflow processes thus contributing to a more effective operation and accelerated results in the laboratory.

Continuous monitoring & alarm management
The external imaging system integrated into the incubator not only facilitates early detection of sample growth but also incorporates a cutting-edge feature— the generation and transmission of timely alarms to the laboratory technician. This pioneering tool, standing out as a unique offering in the market, seamlessly combines a revolutionary hardware concept with an advanced algorithm for continuous monitoring of sample development. By seamlessly integrating these elements, it not only ensures early warning capabilities but also signifies a significant leap forward in enhancing the overall efficiency and responsiveness of laboratory operations.

Custom IA Algorithm platform
Incorporate various artificial intelligence modules into your laboratory operations and optimize the utilization of your laboratory technicians for higher-value tasks. Sener provides the Ai5 Lab Modules platform, offering algorithms tailored to match your consumables and workflow seamlessly. Some of these modules include continuous monitoring systems, growth/no-growth detection, colony counting, microorganism detection, morphology analysis, contamination identification, and more.
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Experience the future of clinical microbiology with Sener’s Ai5 Lab System: The Ultimate in Compact, Modular, and Innovative Automation. Accelerate Detection with Continuous Reading Excellence!
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Sener receives ENR’s Global Best Project Award for its innovative automated pitch changeover solution at Santiago Bernabéu stadium
Prestigious publication Engineering News-Record recognizes the retractable pitch project as Best Project in the Specialty Construction category.
Sener has been honored by Engineering News-Record (ENR) in its Global Best Projects Awards 2025, receiving the Best Project recognition in the Specialty Construction category for its fully automated pitch changeover solution at Santiago Bernabéu Stadium in Madrid.
The solution, developed by Sener, represents a pioneering technological innovation that enables the stadium’s rapid and efficient transformation between football configurations and multifunctional events, establishing the venue as one of the most versatile in the world.
ENR’s Global Best Projects Awards represent one of the most prestigious accolades in the international construction and engineering industry. In its thirteenth edition, a panel of industry experts evaluated approximately 90 submissions from around the world, selecting 32 winning projects located in 24 countries across all continents.
The rigorous selection process analyzes each project’s safety performance, innovation, teamwork, and execution excellence.
All winning projects will be featured in detail in ENR’s special December 15 issue, which will also reveal which project will receive the coveted Global Project of the Year title. Additionally, ENR will host a virtual awards ceremony on December 18.
This recognition reinforces Sener’s position as a global engineering leader and adds to the company’s recent achievements, including its current ranking at number 38 in ENR’s “Top 225 International Design Firms.”
The Santiago Bernabéu project exemplifies Sener’s commitment to technological innovation, engineering excellence, and the development of solutions that set new industry standards.
Sener to develop prototype for next generation backhaul terminals for SES’s O3b mPOWER system
SES has selected Sener to develop the first prototype of a next-generation ground terminal for its O3b mPOWER system. This backhaul terminal, based on active antenna technology, addresses the growing demand for resilient, high-capacity connectivity from operators, governments, and enterprises worldwide.
The O3b mPOWER constellation, operating in Medium Earth Orbit (MEO), is designed to deliver high-performance, low-latency connectivity services—even in remote locations. The terminal developed by Sener features a reflector antenna with phased-array technology, enabling electronic satellite tracking without moving parts, significantly enhancing system reliability and performance. This capability is powered by custom-developed control, diagnostic, and execution software and firmware that manage real-time pointing and link geometry adaptation.
The system operates across the full Ka-band, with dual-beam reception (17.7–21.2 GHz) and single-beam transmission (27.5–31 GHz), and supports a wide scanning area (±50° azimuth, ±10° elevation). It is designed for deployment between latitudes 50° N and 50° S, providing global coverage for SES’s MEO network. Its compact and efficient design optimizes electronic integration and signal quality, maintaining a reduced volume without compromising performance.
Sener now enters the prototyping phase, during which engineering teams will develop breadboards and key subsystems: transmission and reception modules, arrays, and signal distribution networks. Performance will be validated through lab measurements, anechoic chamber testing, and final trials at SES’s antenna field in Luxembourg.
With a solid track record in traditional antennas for space and defense, Sener has invested consistently over the past decade in developing proprietary active antenna technology. The company is currently involved in multiple projects for satellite communications and downlink applications, as well as wideband and narrowband data links for defense. These developments combine expertise in radiofrequency, electronics, and control to deliver solutions tailored to demanding operational requirements.
This project marks a new milestone in the collaboration between SES and Sener, reinforcing their shared commitment to technological innovation in the space sector.
Sener appoints Sara Cristóbal as International Director of Defence
The industrial engineering and technology group Sener has appointed Sara Cristóbal as its International Director of Defence, a position created to address Sener’s growth in the global defence market. She will report to Rafael Orbe, Managing Director of Defence at Sener.
With over 16 years’ experience in such highly demanding and competitive sectors as defence, security, and aeronautics, she has a solid background in international business management, strategic development, and team leadership in complex environments.

Before joining Sener, she served as Director of Defence, Security and Communications for the Amper Group, where she was responsible for strategy and business development, and Executive Secretary of the Spanish delegation to the NATO Industrial Advisory Group (NIAG).
Sara Cristóbal holds a degree in aeronautical engineering from the Polytechnic University of Madrid, where she also completed a master’s degree in the same field, and has an MBA from IE Business School. Her qualifications also include a master’s degree from the Massachusetts Institute of Technology (MIT) and she has completed a course in Logistics Management at the Centre for National Defence Studies (CESEDEN).
In her own words: “I am embarking enthusiastically on a very exciting and challenging stage of my career at a key moment for national and international defence and security, in a complex geopolitical environment in which Sener’s purpose is highly relevant, contributing to “transforming the world by challenging the limits of technology”.
This appointment underlines Sener’s commitment to international growth in the defence sector, consolidating its position as a leading technology partner in key security and defence programmes. Cristóbal will help develop Sener’s business in the 20 countries where it operates in the defence market.
Sener launches Epigea, aninnovative solution to maximise stadium profitability and transform its operating model
Epigea is an automated solution that optimises stadium operations: a retractable roof ensures the quality of the pitch while allowing non-sporting events to take place. This enables stadiums to be used 365 days a year, creating new revenue streams and enhancing the value of the real estate asset.
The solution is designed for any stadium—new, existing, or under construction—without altering its design. It is fully modular and adaptable to the specific needs of each venue and different capacities, and its deployment is entirely compatible with the sports calendar, without affecting the scheduling of matches.
The launch of Epigea follows the success of Hypogea, Sener’s retractable pitch solution implemented at Santiago Bernabéu Stadium, and the pilot project deployed at San Mamés to monitor pitch conditions in collaboration with Athletic Club.
Sener, a leading engineering and technology group, has announced the launch of Epigea, a patented engineering solution designed to transform stadiums into multifunctional spaces, maximising their profitability and expanding their usage and operating potential.
Epigea is a fully automated solution designed to optimise stadium operations. It ensures top-quality turf through the installation of a retractable roof, allowing non-sporting events to be organised. In this way, it protects the pitch, keeping it in perfect condition with minimal human intervention.
The technology integrates seamlessly with the architecture of any stadium, new or existing, discreetly retracting behind a stand when not in use, without affecting visibility, stadium capacity, or the fan experience during matches. Epigea is fully adaptable and modular to the size and geometry of the stadium, and can be implemented without altering its design or functionality.
Epigea contributes to the stadium’s operational sustainability by reducing maintenance costs through the efficient integration of systems and increased resilience to extreme weather conditions. It also minimises turf wear, ensures greater consistency in treatments, and eliminates the acoustic impact associated with the ventilation system. In addition, it optimises space for maintenance storage, making staff operations easier while improving turf quality and efficiency in daily operations. The solution is compatible with smart irrigation systems, infrared lighting, controlled ventilation, and other similar agronomic care and maintenance systems.
The proposed design ensures full accessibility from the exterior, aligning the surface with the stadium’s perimeter entrances. This allows smooth circulation for all visitors to essential services such as food areas, restrooms, and other common spaces. It also facilitates access for logistics and event setup vehicles without interfering with the auxiliary areas of the pitch, ensuring comprehensive and uninterrupted stadium operations.
Epigea is based on an innovative engineering system that allows the removal of elements that could obstruct the deployment of the trays, such as sections of the stands or goalposts, and a cutting-edge retractable tray system that is deployed over the playing field (unlike Sener’s previously developed and patented Hypogea solution, successfully implemented at Santiago Bernabéu Stadium, which hides the turf beneath the structure), keeping it fully protected.
How Epigea works
Epigea allows any stadium, existing or future, to become a versatile space capable of hosting a wide variety of events, from football matches to other sports competitions, corporate events, cultural shows, or e-sports. Its deployment is fully compatible with the sporting calendar, without affecting matches. The development has been made possible thanks to Sener’s accumulated expertise across different markets and disciplines.
- A series of retractable trays can be deployed over the pitch in independent sections, remaining underground or hidden behind the stands during matches. This allows stadiums to increase usage from 60 to over 8,000 hours per year, reaching 365 days of use annually (considering the traditional period free from sporting competitions), translating into a significant revenue increase.
- It features a range of advanced mechanisms that complete the transformation process in just a few hours.
- Stadiums implementing Epigea can boost their annual revenue according to their business plan, recovering the investment in a short period of time.
- To strengthen the positioning and development of Epigea, Sener has entered into a partnership agreement with Zertior, a company specialising in professional services for the sports and entertainment industry, with extensive experience in the conceptualisation and development of business models, financing, and stadium operations. Through this partnership, clients can access added services in these areas, making Epigea a turnkey solution.
César Quevedo, Managing Director of Mobility at Sener, notes: “Epigea is an example of how technology can create value and generate new business models. It’s a simple and intelligent solution capable of transforming a stadium into a multifunctional space, maximising revenue, minimising impact, and protecting the playing field. It revolutionises how stadium operations are conceived, viewing them primarily as multifunctional spaces that also host sporting events”.
Sener is an engineering and technology company with a solid track record in developing innovative solutions for various sectors. With Epigea, Sener reaffirms its commitment to innovation and excellence, offering clients solutions that not only enhance the functionality of their facilities, but also have a positive impact on their revenue.
The launch of Epigea follows the success of Hypogea, Sener’s retractable pitch solution, which has been successfully implemented at Santiago Bernabéu Stadium. Hypogea has proven to be an effective solution for maximising stadium usage, and Epigea complements this innovation along with others such as Velaria® (a fully automated roof solution equipped with agronomic systems to improve the maintenance of natural turf without touching the pitch surface, complementing other event systems) and the pilot project deployed at San Mamés to monitor pitch conditions in collaboration with Athletic Club, offering a comprehensive solution for the multifunctional transformation of stadiums.
Sener ranks 38th in the list of engineering firms with the highest international revenue worldwide
Sener climbs eleven places in the “Top 225 International Design Firms” ranking by the renowned publication Engineering News-Record (ENR).
Sener has consolidated its position among the world’s leading international engineering firms. In the 2025 edition of ENR, Sener reaches 38th place in the “Top 225 International Design Firms” list, moving up eleven positions compared to 2024 and ranking as the leading Spanish international design engineering company. In addition, Sener appears in the global top ten in two specific categories: sixth in the Latin America and Caribbean region, and seventh in the “Manufacturing” category.
Sener currently employs more than 4,000 professionals worldwide and is active in the aerospace and defence, energy, infrastructure, data centres, and digital sectors. ENR’s recognition confirms Sener’s international strategy, based on diversification and technological innovation. The improved ranking strengthens Sener’s position as a solid global engineering and technology group, with a multidisciplinary offering and the ability to deliver in complex environments.
Birplast: towards a circular model in the plastics value chain



Birplast: towards a circular model in the plastics value chain
Industrial research areas
Improvement of advanced pre-treatment and separation processes
incorporating drying technologies and optical and robotic systems combined with machine learning algorithms.Improvement of thermochemical recovery processes based on pyrolysis, gasification and solvolysis,
including quality control of the resulting products and the development of advanced purification processes.Validation of circular raw materials
obtained through thermochemical recovery processes.Assessment of the technical and economic feasibility
and scalability of the proposed solutions.Consortium
The consortium is made up of 10 partners led by Sener. The participating companies are: PETRONOR, TRADEBE, EIFORSA, GLOBAL FACTOR, FIDEGAS, SBS, SADER, SENER, TRIENEKENS, and ZORROZA GESTIÓN. The project is also supported by 3 members of the Basque Science and Technology Network: GAIKER, TECNALIA and ACLIMA, Basque Environment Cluster.
BIRPLAST is a strategic industrial research project funded under the 2022 HAZITEK programme, a business R&D support initiative run by the Basque Government’s Department of Economic Development, Sustainability and the Environment.
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NEURON-DONES
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Smart skin for airflow sensing (AEROSKIN)
Smart skin for airflow sensing (AEROSKIN)




















