Information Clause for Recruitment Processes
DETAILED INFORMATION ON DATA PROTECTION
RESPONSIBLE
Responsible for data processing
TEKIA INGENIEROS, S.A (hereinafter “TEKIA INGENIEROS”)
CIF: A81951717
Address: calle Chile 4, Edificio 1, Planta Baja, 28290 de Las Rozas (Madrid)
Telephone: 916 300 550
email: info@tekia.es
Data Protection Owner (DPO)
Should TEKIA INGENIEROS appoint a DPO in future, at the time of their appointment, their details will be published (telephone, and email) on the website www.tekia.es
PROPOSES OF THE PROCESSING
Your data may be used for:
To process your application as a participant in the entity’s selection processes.
If you do not accept this data protection policy, you will not be able to participate in the entity’s selection processes.
LEGITIMATION
The legal basis for the processing of your data is the consent that we have requested from you for this purpose.
All requested data are mandatory; if you do not provide them, TEKIA INGENIEROS will not be able to process your request.
DATA RETENTION PERIODS / CRITERIA
Your personal data will be retained until you are assigned a job position and provided that you do not withdraw your consent. If you withdraw your consent, your data will be deleted; for these purposes, deletion shall be understood as the blocking of your data. In this regard, blocked data will be made available exclusively to courts, the Public Prosecutor’s Office, or other competent public authorities, in particular data protection authorities, for the purpose of addressing potential liabilities arising from the processing, and for the period of limitation of such liabilities.
RECIPIENTS
No disclosure of data to third parties is envisaged, except where required by law.
No international data transfers to countries outside the European Union are envisaged.
RIGHTS
Exercise of rights: If you wish to exercise your rights to access, rectification, deletion, portability of your data, and restriction or opposition to their processing please write to TEKIA INGENIEROS at the address indicated above, or by email to info@tekia.es with the reference “Data Protection – Recruitment,”, attaching a copy of your national ID or equivalent identification document.
Right to Withdraw Consent: You may withdraw your consent to the processing of your data at any time by writing to TEKIA INGENIEROS at the address indicated above, or by email to info@tekia.es, with the reference “Data Protection - Recruiment,” and attaching a copy of your national ID or other equivalent identification document. The withdrawal of consent will not affect the lawfulness of processing based on consent before its withdrawal.
Complaint: In any case, if you consider that your rights have been infringed, you may lodge a complaint with the Spanish Data Protection Agency (Agencia Española de Protección de Datos, AEPD), located at Calle Jorge Juan 6, 28001 Madrid, telephone +34 901 100 099, website www.aepd.es
Road tunnel
safety
Railway
Systems
Ventilation
tunnel
Highway
Traffic
Public transport
Management
Smart
E-Mobility
TEKIA AND ELECTRIC MOBILITY
At TEKIA, we develop electric mobility solutions tailored to each client's specific needs, designed to maximise operational efficiency and ensure a robust, safe and sustainable transition towards new transport models. We combine deep technical expertise, operational insight and strong integration capabilities.
Our experience in complex projects enables us to develop solutions that not only address today's challenges but also anticipate our clients' future needs.
Building on our extensive experience in Public Transport Management projects, we approach electric mobility from a fully integrated perspective, aligning infrastructure, energy and operations to deliver reliable, efficient and sustainable outcomes. This approach allows us to mitigate risks, optimise investment and ensure robust, scalable deployments, turning every project into a bespoke solution fully aligned with our clients' strategic and operational objectives.
We support operators and public authorities throughout the electrification of their infrastructure, covering the entire project lifecycle. From the planning and design of charging systems and energy requirements to execution oversight, we deliver efficient, safe solutions fully adapted to real-world operational conditions.
Our approach
Our approach combines the optimisation of charging infrastructure tailored to the requirements of bus fleets and their operational needs. This includes a strong focus on safety—covering fire risk assessment and mitigation, cybersecurity and related operational risks—as well as the development of scalable energy solutions integrating charging technologies, renewable energy sources and energy storage systems. In addition, we ensure the continuous monitoring and management of data generated by both charging infrastructure and vehicles.
Our objective is clear: to ensure service continuity, optimise both capital and operating costs, and support a robust transition towards electric mobility by delivering an integrated service throughout every stage of the project lifecycle:
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Some relevant projects
Road tunnel
safety
Railway
Systems
Ventilation
tunnel
Highway
Public transport
Management
Smart
E-Mobility
TEKIA and tunnel ventilation
At TEKIA, our experience in different urban and high-speed railways allows us to offer safety engineering solutions that cover everything, from designing the system to defining operations and emergency procedures.During the commissioning of a tunnel, and also regularly during its use, the ventilation system should be audited. TEKIA uses a contrast methodology to assess the tunnel ventilation and evacuation system design based on 3D simulation and on-site tests carried out with our own equipment.
At TEKIA, we have been involved in over 100 ventilation projects in both road tunnels and railway tunnels around the world.
We can help you with your ventilation project: click here
Tunnel ventilation at underground infraestructures
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Sizing ventilation systems in tunnels. Defining the operation of ventilation systems (algorithms) CFD (Computational Fluid Dynamics) studies simulating fire scenarios and its evolution. Pedestrian egress studies in case of emergency both in tunnels and train stations, using CFD simulations results as an input. Evaluation of the operation of ventilation systems with aerodynamic and hot smoke tests. Aerodynamic test: measurement of air flow velocity in different scenarios using ultrasonic anemometers. Hot smoke test: fire drills by generating hot smoke with own-manufactured machinery. |