Troyes University of Technology (UTT) is a public engineering university located in Troyes, France. It has 2,600 students, 175 PhD students, and offers 6 engineering degree programs. UTT has a three-fold mission of doctoral education, undergraduate degrees, and continuing education. It has strong international partnerships, customized degree plans, and focuses on giving students real-world experience through internships. UTT's research is conducted through 8 teams affiliated with the Charles Delaunay Institute and focuses on areas like risk management and sustainable development. The university has over 3,000 business partners and generates revenue through private research contracts.
Level up your career with a Post Master's Degree in C-ITS (Connected Vehicles)Caroline HANRAS
You are interested in the high tech field of Connected cars and wish to take your career to the next level? The Post Master's degree may be the right option for you!
EURECOM's Post Master's degree offers the necessary knowledge required by engineers and managers to design connected cars / connected mobility applications and the related mechanisms to understand the innovations and seize the unique opportunities of the booming Vehicular Communications industry.
Software Engineering and Internet Technologies Laboratory - SEIT labChristos Mettouris
The Software Engineering and Internet Technologies Laboratory (SEIT) lab is part of the Computer Science Department of the University of Cyprus. The lab focuses its research activities on two important areas of Information Technology, namely Software Engineering and Internet Technologies. In the first area, SEIT focuses on Cloud Computing, Service Oriented Architectures, Context-Aware Middleware Platforms and Smart and Mobile Computing for the development of pervasive, self-adaptive applications and Smart IoT services. In the second area, the Laboratory concentrates on the development of ICT-enabled Environments, platforms and tools for implementing Health monitoring and support services, Smart and Personalised services for Elders, Assistive Technologies for people with disabilities and Creativity services. The lab also pursues activities related to Technology Enhanced Learning, E-Business, E-Government and developing environments for elders' social inclusion, active ageing and independent living. Finally, the lab's research is also related to Creativity, Recommender Systems and Crowd Sourcing.
The relation of prior IT usage, IT skills and field of study: A multiple corr...Martin Ebner
Presentation @ ED-Media conference 2021 (online)
Mair, B., Ebner, M., Nagler, W., Edelsbrunner, S., & Schön, S. (2021). The relation of prior IT usage, IT skills and field of study: A multiple correspondence analysis of first-year students at a University of Technology. Submission to Edmedia 2021.
Preprint available at ResearchGate: https://www.researchgate.net/publication/352991830_The_relation_of_prior_IT_usage_IT_skills_and_field_of_study_A_multiple_correspondence_analysis_of_first-year_students_at_a_University_of_Technology
YouTube: https://youtu.be/u93GKSnMQiQ
Graduate Engineering School for Information & Communication TechnologiesTélécom Paris
Telecom ParisTech, top Graduate Engineering School for
Information & Communication Technologies :
Communication & Electronics, Computer Science & Networking, Signal and Image processing
Economics, Management & Social Sciences
Level up your career with a Post Master's Degree in C-ITS (Connected Vehicles)Caroline HANRAS
You are interested in the high tech field of Connected cars and wish to take your career to the next level? The Post Master's degree may be the right option for you!
EURECOM's Post Master's degree offers the necessary knowledge required by engineers and managers to design connected cars / connected mobility applications and the related mechanisms to understand the innovations and seize the unique opportunities of the booming Vehicular Communications industry.
Software Engineering and Internet Technologies Laboratory - SEIT labChristos Mettouris
The Software Engineering and Internet Technologies Laboratory (SEIT) lab is part of the Computer Science Department of the University of Cyprus. The lab focuses its research activities on two important areas of Information Technology, namely Software Engineering and Internet Technologies. In the first area, SEIT focuses on Cloud Computing, Service Oriented Architectures, Context-Aware Middleware Platforms and Smart and Mobile Computing for the development of pervasive, self-adaptive applications and Smart IoT services. In the second area, the Laboratory concentrates on the development of ICT-enabled Environments, platforms and tools for implementing Health monitoring and support services, Smart and Personalised services for Elders, Assistive Technologies for people with disabilities and Creativity services. The lab also pursues activities related to Technology Enhanced Learning, E-Business, E-Government and developing environments for elders' social inclusion, active ageing and independent living. Finally, the lab's research is also related to Creativity, Recommender Systems and Crowd Sourcing.
The relation of prior IT usage, IT skills and field of study: A multiple corr...Martin Ebner
Presentation @ ED-Media conference 2021 (online)
Mair, B., Ebner, M., Nagler, W., Edelsbrunner, S., & Schön, S. (2021). The relation of prior IT usage, IT skills and field of study: A multiple correspondence analysis of first-year students at a University of Technology. Submission to Edmedia 2021.
Preprint available at ResearchGate: https://www.researchgate.net/publication/352991830_The_relation_of_prior_IT_usage_IT_skills_and_field_of_study_A_multiple_correspondence_analysis_of_first-year_students_at_a_University_of_Technology
YouTube: https://youtu.be/u93GKSnMQiQ
Graduate Engineering School for Information & Communication TechnologiesTélécom Paris
Telecom ParisTech, top Graduate Engineering School for
Information & Communication Technologies :
Communication & Electronics, Computer Science & Networking, Signal and Image processing
Economics, Management & Social Sciences
El nuevo superordenador Mare Nostrum y el futuro procesador europeoAMETIC
Presentación a cargo de Mateo Valero, del BSC-CNC, en el 33er Encuentro de la Economía Digital y las Telecomunicaciones organizado por AMETIC y Santander Empresas en colaboración con la UIMP
The MDE International post-graduate specialization Diploma in Model Driven Engineering (MDE) for Software Management is offered by Ecole des Mines de Nantes. Its objective is to train engineers to manage complex projects in various IT fields with the latest cutting-edge modeling technologies.
Vilmos Beskid: University and business: a win-win gameCUBCCE Conference
Ericsson has the largest ICT R&D Center in Hungary, this intellectual center is active in the area of telecommunication and information technology research, software development, impacting the Hungarian ecosystem. The company committed to innovation and continuous learning and development, having more than 20 years of university cooperation and four active university labs.
Here we present some best practices, giving an insight to what we are doing and the aim why we are doing this, emphasizing why it is good for the company, for the universities and for the ecosystem.
El nuevo superordenador Mare Nostrum y el futuro procesador europeoAMETIC
Presentación a cargo de Mateo Valero, del BSC-CNC, en el 33er Encuentro de la Economía Digital y las Telecomunicaciones organizado por AMETIC y Santander Empresas en colaboración con la UIMP
The MDE International post-graduate specialization Diploma in Model Driven Engineering (MDE) for Software Management is offered by Ecole des Mines de Nantes. Its objective is to train engineers to manage complex projects in various IT fields with the latest cutting-edge modeling technologies.
Vilmos Beskid: University and business: a win-win gameCUBCCE Conference
Ericsson has the largest ICT R&D Center in Hungary, this intellectual center is active in the area of telecommunication and information technology research, software development, impacting the Hungarian ecosystem. The company committed to innovation and continuous learning and development, having more than 20 years of university cooperation and four active university labs.
Here we present some best practices, giving an insight to what we are doing and the aim why we are doing this, emphasizing why it is good for the company, for the universities and for the ecosystem.
2. Key Facts
& Figures
2,600 students
175 PhD students
6 engineering degree programs
154 lecturers and researchers
8 research teams
3,000 business partners
37,354 sq. meters of facilities
€42.3M budget
1
3. Three-fold
mission
Doctoral School
6 Engineering degree programs
1 Master's degree program (9 areas of specialization)
2 Vocational degree programs
Continuing education
Study programs
Research
Technology transfer
2
Charles Delaunay Institute
8 research teams
3,000 business partners
4. Core
strengths 1
Customized course plan as from the first year of study: under
supervision from a UTT advisor, students can customize course
selection, working toward greater independence
Strong international links: 95% of UTT students spend an
average of 9 months abroad (either on a course of study or as
an intern in industry) at one of our 183 partner institutions
worldwide
Real-world experience: long-term internships, teaching by
experts from the world of industry
Study programs
3
5. Core
strengths 2
Tie-up with CNRS (Charles Delaunay Institute joint
interfaculty research unit, set up on January 1, 2014) - 1
CNRS chairs
Research partner to French Nuclear Energy Agency (CEA)
1 joint research team in partnership with INRIA
Average of 4 major national and international symposia
and conferences hosted each year by UTT
Member of the French Universities of
Technology Network (UT)
Research
4
6. Core
strengths 3
Technology transfer
5
42 patents filed, among which more than 36 for 5 years
Annual revenues generated through private research contracts: €6.8M
Business incubation and creation initiatives in partnership with the
Aube en Champagne Technology Cluster
7. Study
programs 1
Engineering degree programs
The engineering degree program is open to holders of undergraduate degrees, students
who have completed a two-year classe préparatoire at a French lycée, and to
professionals wishing to upgrade their skills.
The six programs (all approved by France's independent engineering degree
accreditation body) can be taken as initial training or as part of continuing education.6
Industrial Systems
Telecommunication Systems and Networks
Computing and Information Systems
Mechanical Systems
Materials: Materials Technology and Economics
Materials and Mechanic
6 areas
8. Study
programs 2Master of Science in Technology
and Healthcare (STS)
7
IMEDD: Sustainable and Environmental Management and Engineering
IMSGA: Global Applied Security Management & Engineering
SMI-LES: Sport, Management and Engineering - Logistics and Security of Sporting Events
SSI: Information Systems Security
ONT: Optics and Nanotechnologies
OSS: Systems’ Optimization and Security
IAMC: Composite Agro-Materials Engineering
TEMMA: Technologies and Mechanics of Advanced Materials
MERI: Mechanics and Industrial Risks
9 specializations
9. Research
1
8
CREIDD: Interfaculty Sustainable Development Studies
ERA: Autonomic Network Environments
GAMMA3: Advanced Automatic Mesh Generation
Techniques
LASMIS: Mechanical Systems and Concurrent
Engineering
LNIO: Nanotechnology and Optical Instrumentation
LOSI: Industrial Systems Optimization
LM2S: System Safety Modeling
Tech-CICO: Cooperative Technologies for Innovation
and Organizational Change
+ risk management unit (STMR)
8 research project teams
Charles Delaunay Institute
10. Research
2
Our strengths:
9
A unified research organization: the Charles Delaunay Institute
(UMR CNRS 6281), ensuring cohesive, integrated research and
pooling of resources
A core interfaculty focus: "Risk Management Science and
Technology" - a unique positioning in a strategic area of
research
Doctoral School covering 3 areas of specialization, 175 PhD
students
11. Technology
transfer 1
UTT's missions
10
Innovation – provide support for new projects and patent filing
Technology transfer – foster collaboration with industry and
promote the University's own research outcomes
Business development - offer training, expert consulting and
support for new businesses
13. UTT's core
strengths
e-learning,
innovative teaching methods and technologies
12
80% of UTT teachers are engaged in at least one TICE initiative
(information and communication technologies in education)
95% of courses involve digital resources
90% of UTT students make use of Moodle (e-learning platform)
14. UTT's core
strengths
Excellent career prospects
13
Average time it takes UTT graduates to find their first job: 1,5 months
Average starting salary: €36,000
92% find management-level jobs
13% take up their first job abroad
More than 6,680 UTT graduates in employment (the University was
founded in 1994)
15. UTT's core
strengths
Active student engagement
and numerous initiatives
14
Engagement in a wide range of cultural and sporting activities
More than 40 student-led clubs and societies
90% of students are active members of sports clubs
Annual UTT Gala
Numerous sports events: Echappée Champenoise (multi-sport adventure challenge)…
Participation in national sporting and humanitarian events: Shell Eco-marathon, EDHEC Student
Yachting Race.
Ecologically-aware students: Eco-campus 3 and the "sustainable development village"
16. French
Universities of
Technology
Network (UT)
A powerful network
15
Exchange and cooperation between
member universities, among both
students and research teams
Shanghai University of Technology:
the unique French UT engineering
degree model has also been
emulated in China, offering UT
engineers cross-cultural study
opportunities
18. in the heart
of the Aube
in
Champagne
region
17
The UTT campus is just
1:30 hrs distance from Paris,
on the doorstep of the Aube en
Champagne technology cluster