What positions are currently available at Mondragon Unibertsitatea?

Mondragon Unibertsitatea is currently hiring for AI-Driven Doctoral Research Opportunity in Sustainable Aluminium Forming. These positions offer competitive employment opportunities for qualified candidates.

How can I apply for positions at Mondragon Unibertsitatea?

Interested candidates should prepare their complete application including updated CV, educational certificates, experience documents, CNIC copy, and recent photographs. Submit through the specified application method before the deadline mentioned in the job advertisement.

What documents are required when applying to Mondragon Unibertsitatea?

Required documents for application to Mondragon Unibertsitatea typically include: Updated CV/Resume, CNIC/National Identity Card copy, all educational certificates and transcripts, professional experience certificates, recent passport-sized photographs, domicile certificate, and any other position-specific documents mentioned in the application requirements.

What is the selection process at Mondragon Unibertsitatea?

The selection process at Mondragon Unibertsitatea typically involves multiple stages: Initial application screening and document verification, written tests or skill assessments for certain positions, personal interviews with the selection committee, final document verification, and official appointment. Only shortlisted candidates will be contacted for subsequent stages.

What is the application deadline for positions at Mondragon Unibertsitatea?

The application deadline for current positions at Mondragon Unibertsitatea is December 18, 2026. Applications must be submitted before this date to be considered for the selection process.

Where are the job locations for Mondragon Unibertsitatea positions?

The job locations for Mondragon Unibertsitatea positions are primarily in Euskadi. Specific location details for each position are provided in the detailed job advertisement.

AI-Driven Doctoral Research Opportunity in Sustainable Aluminium Forming

Embark on an impactful research journey with a fully funded PhD studentship in AI-assisted solutions for sustainable aluminium forming products.

This esteemed position, funded by the Agencia Estatal de Investigación (AEI), focuses on enhancing crashworthiness and impact applications within the evolving automotive sector.

You will be instrumental in developing intelligent strategies to reduce the carbon footprint of metal forming industries, aligning with ambitious climate-neutral goals.

This doctoral position offers a unique opportunity to work at the forefront of innovation, investigating the use of low carbon and scrap-tolerant aluminium alloys for electric vehicle components.

You will contribute to experimental validation, computational modelling, and the application of mechanics-informed data-driven machine learning, directly addressing the challenges of vehicle electrification and safety performance.

Ideal candidates will possess a strong academic background and a passion for advanced materials and artificial intelligence.

This role provides comprehensive funding, including tuition fees and a budget for international research stays, fostering professional growth and global collaboration within a leading academic institution.

Private

Postgraduate Degree

full-time

Spain

Jobs Date Posted:	03 November, 2026
Jobs Last Date to Apply:	18 December, 2026
Industry:	Automotive
Jobs Industry Type:	Private
Job Hiring Organization:	Mondragon Unibertsitatea
Occupational Category:	Research
Education Requirements	Postgraduate Degree
Employment Type:	full-time
Advertisement Source:	eurojobs.com
Job Location:	Euskadi
Country of Appointment:	Spain
Employer Department:	Advanced Materials Forming Group
Employer Address:	Mondragon, Bilbao (Zorrozaurre) and Hernani (Galarreta)
Work Hours:	Full-time, 4-year predoctoral position

🎓 Qualifications Required

PhD

📌 Job Positions:

PhD Researcher

Further Details

This comprehensive doctoral research opportunity focuses on developing AI-assisted solutions for sustainable aluminium forming products, specifically for crashworthiness and impact applications. The AEI-funded PhD studentship targets the reduction of greenhouse gas emissions in the automotive value chain, contributing to the EU's climate neutrality objectives by 2050. The research will delve into experimental validation of novel aluminium alloys and the creation of advanced computational constitutive and machine learning models. This position is perfect for ambitious individuals eager to drive innovation in lightweight material design and advanced forming processes for electric vehicles, offering a pathway to significant contributions in sustainable engineering. Gain invaluable experience in advanced mechanical characterization, computational modelling, and cutting-edge AI technologies. The fully funded program includes tuition, international research opportunities, and publication support in high-impact journals, setting the stage for a distinguished career in research and development.

AI-Driven Doctoral Research Opportunity in Sustainable Aluminium Forming

The automotive industry is undergoing a profound transformation towards electrification and sustainability. This fully funded PhD studentship offers a pivotal role in shaping the future of this sector by focusing on AI-assisted solutions for aluminium forming products. You will contribute to critical advancements in crashworthiness and impact applications, supporting the EU's ambitious environmental targets. This research initiative is driven by the need to reduce greenhouse gas emissions across the automotive value chain. You will explore innovative approaches, including the use of low carbon and scrap-tolerant aluminium alloys, and develop sophisticated computational models. This position is ideal for aspiring researchers seeking to make a significant impact in sustainable engineering and advanced materials science. Key Highlights:

Fully funded 4-year PhD studentship by the Agencia Estatal de Investigación (AEI)
Focus on AI-assisted solutions in sustainable aluminium forming for crashworthiness and impact
Investigate low carbon and scrap-tolerant aluminium alloys for EV applications
Develop advanced computational constitutive and machine learning models
Includes tuition fees and a budget for short stays abroad (3 months)
Opportunity to collaborate with leading researchers and publish in high-impact journals

Skills

Ability to use conventional testing devices (universal testing machine)
Proficiency with experimental setups like Hopkinson bar systems and biaxial hydraulic testing machines
Strong theoretical and mathematical background for programming computational constitutive models
Competence in applying emerging AI technology to mechanical problems
Excellent communication and presentation skills for national and international conferences
Proven ability to publish peer-reviewed articles in high impact indexed journals

Duties and Responsibilities:

Conduct advanced mechanical characterization of sustainable aluminium alloys
Develop AI-assisted computational constitutive models
Program computational constitutive models
Employ AI technology for forming and constitutive modelling challenges
Attend and present at national and international conferences
Publish research findings in high impact indexed journals

How to apply

💼 Prepare Your Application: Gather your academic transcripts, CV, and any relevant research or publication samples.
🔎 Review Requirements: Ensure you meet the qualification criteria and have the necessary technical skills for advanced mechanical characterization and computational modelling.
📅 Submit by Deadline: Applications must be submitted by December 18, 2026.
👉 Apply Now: Visit the official application portal via the provided link to submit your complete application.
⏳ Program Start: The thesis is expected to commence within one week of admission by the Academic Committee of the Doctoral Programme.