News

December 1, 2022

Expanding the Team – 2022

UPB AIR has increased its team!

Recently, new members joined the team with fresh forces, motivated and eager to get involved in the many activities of the laboratory. The recruitment took place in two stages: Completing the online form and interviewing with the coordinating teacher

A main quality we are looking for is involved because the work in the laboratory requires time and dedication, as demonstrated by the young members fully. They quickly integrated themselves starting with enthusiasm for the work on both the practical and the theoretical side. Under the guidance of the ā€œold onesā€ the recruits gain the experience, knowledge, and skills that will maximize the team’s competencies.

ā€œForming a team is just the beginning, staying together is progress, working together is a success.ā€ Like the words of the famous philosopher Henry David Thoreau, the team often organizes meetings where problems are discussed, events are planned, and possible weekly tasks are. Communication is an essential part of the team’s efficiency, which is why we organize parties, the most recent being Christmas, when recruits, games evenings, and group projects participated.

Without adding anything else, we are happy to introduce you to the new members of our team.in

DovƮnteza Constantin-Leontin is a student in the year of the Faculty of Energy. Building and repairing electronic items is one of his hobbies, which influenced his choice of faculty. She is also passionate about photography and walks in nature.

  • What made you choose to join the UPB Air team?
  • ā€œThe opportunity to learn new things in an interactive and possibly fun way, in a field different from the one I’m going to specialize in at my chosen college.ā€
  • Which area is most of your interest in the team?
  • ā€œThe field that arouses my greatest interest in the team is the manufacturing and testing of the prototype, this includes both the electrical and the mechanical and pneumatic parts.
  • Do you think that the things learned at UPB Air will be useful to you during and after your studies?
  • ā€œI think any study opportunity is welcome given that engineering is a complex field involving knowledge in most technical fields, Deepening my knowledge of air and mechanics at UPB Air becoming an important advantage for the start of my engineering career.ā€

Olteanu Vlad-Andrei is a third-year student of the Faculty of Industrial and Robotics Engineering. His hobbies include Volunteering, camping, skydiving, music, and skateboarding.

  • What made you choose to join the UPB Air team?
  • ā€œSince high school, I’ve been attracted to the idea of being part of an engineering club in the faculty. I think it’s nice to be part of a team of people working together on a project. Once I found out that there was such a place in our college, I didn’t think long before I enrolled.
  • From what source did you find out about recruitment?
  • “From my group mates, although I had seen that there was a room with such a club a long time ago.”
  • Do you think that the things learned at UPB Air will be useful to you during and after your studies?
  • ā€œI am convinced that through UPB Air I will develop a lot professionally, gaining as much technical knowledge as possible, but also personally, because where you can learn better to work in a team than at an engineering club.ā€

Făsie Răzvan Tudor, a second-year student at the Faculty of Energy is passionate about design, problem-solving, music, and video essays.

  • What made you choose to join the UPB Air team?
  • ā€œI chose to enroll in UPB Air because I wanted to be part of a project that challenges skills that cannot be used normally in our university. When I was registered in my first year, I was extremely disappointed because I expected many things to be different, especially the way we are prepared to become engineers. From what I had seen and heard almost everywhere, I understood that the engineer must be someone who, faced with a difficult situation, uses science and ingenuity to solve the problem. This image that was imprinted on my mind was the reason why I abandoned any other alternative to enrolling in UPB. However, the style of teaching I have found only encourages scientific training (and this, in large part, through memorization and writing after dictation), never encouraging the creative spirit. That’s why I consider myself lucky because I learned about the UPB Air project. In just 3 days after signing up, I learned many technical terms that will use after graduation, and I had to use my creativity to improvise a tool that I didn’t have in the workshop. I know it sounds like an extremely insignificant thing, but for me, it was very satisfying to see my ā€œinventionā€ go. I can’t wait to take part in the design of a new pneumatic car, with which I hope we will win the Pneumobile contest.ā€
  • When did you first hear about UPB Air?
  • ā€œI first heard about the project when I was walking around the campus, and

I saw the first car created on the workshop. ā€œ

  • Do you think that the things learned at UPB Air will be useful to you

during and after your studies?

  • ā€œUPB Air allows me to develop practical skills, and I’m sure that anything you do during college can help you be a better engineer. Given that information is everywhere on the internet and anyone can access it, employers believe that hard skills and discipline are much more important than the theory of college years. ā€œ

Arafat Khaled Marius, a first-year student of the Faculty of Industrial and Robotics Engineering is passionate about drawing, programming, application development, and experiments, especially on Arduino.

  • From what source did you find out about recruitment?
  • ā€œI was just leaving the drawing class when a colleague told me that a car was walking in the college lobby so I met two UPB Air members who guided us toward the decision to join the team.ā€
  • Which area gives you the
November 26, 2022

Student Design & Manufacturing Competition 2022

Congratulations to our team members for winning third place in the Design & Manufacturing Competition 2022!!!

    The project presented by our members consisted of the use of intelligent pneumatics in the construction of vehicles with air motors (CAV - Compressed Air Vehicle), an idea based on research, innovation, and creativity. The competition was a good opportunity to get in touch with the level of concerns and achievements in the field at a national level.


    In November, the Faculty of Technological Engineering and Industrial Management Brasov, through the Department of Manufacturing Engineering organized the second edition of the National Student Design & Manufacturing Competition 2022. This competition aims to promote creativity in the manufacturing process, providing the engineering community with new perspectives in the conceptual development of products, and create, develop, and maintain a student forum to popularize new and innovative ideas.


    Competition topics include:
  • Computer Aided Manufacturing/Robotics;
  • Development of manufacturing systems and processes;
  • Applications of new materials in automotive, aerospace, prototyping, and manufacturing;
  • Software/hardware solutions contributing to the improvement of manufacturing processes. There were 12 projects entered presenting models or mock-ups in the field of manufacturing science and engineering which were supported by 29 students under the guidance of 15 teachers. Participants were from six university centers: Faculty of Industrial Engineering and Robotics in Bucharest, Faculty of Industrial Engineering, Robotics and Production Management in Cluj Napoca, Faculty of Engineering in Galati, Faculty of Managerial and Technological Engineering in Oradea, Faculty of Machine Building and Industrial Management in Iasi, Academy of Land Forces in Sibiu and Faculty of Technological Engineering and Industrial Management in Brasov.
September 26, 2022

Emerson’s AVENTICS Pneumobile Gala Event CEE 2022

After a long covid break, the organizing company Emerson could once again invite student teams to Hungary to compare their strengths and compressed air-powered vehicles. Thirteen teams took to the start line to compete in three disciplines: the Long distance race, where the vehicle that travels the longest distance on a single cylinder wins, the Arcade race, where the aim is to complete three laps of the circuit as quickly as possible, and the Drag race, which is won by the fastest vehicle over a 220-metre timed course.

The team “UPBAIR” passed the organisers’ entry check and qualifying without a single problem.

Next year the team has two races coming up. In addition to the classic race in Hungary, the organizers want to organize a competition in Germany.

How did the team and their car do?

Long distance: 8th place
Arcade race: not finished
Drag race: 10th place
Teacher's race: 12th place

The team of talented young students reached the goal they had set for themselves: they are the first team of the Politehnica University of Bucharest to qualify for the races Long distance and Drag race.…

June 7, 2022

Training Emerson/Aventics, online, July 15, 11.00 am

Today, 15 July 2022, the first online course on the use of the PAC Machine Edition software platform took place.

The course was organized by SPL together with Emerson UK and Emerson/Aventics Eger, Hungary.

The course was attended by Mihai Ghinea (SPL director) and students Vlad Hasciar (responsible for the Pneumatics IIoT experimental booth) and David Holociuc.

The trainers were Steven Ward and Zsolt Piukovicz. During the two hours of training, several modules were presented on how to use the software platform, and configure and program a PAC (Programmable Automation Controller).

May 15, 2022

History of the Laboratory

The Smart Pneumatics Lab

The Smart Pneumatics Lab is placed in room CB110 in the Faculty of Industrial Engineering and Robotics (FIER) and belongs to the Department of Robots and Manufacturing Systems. Its history begins in the ’80s as a computer center of the Department of Machine-Tools and Gears, one of the greatest academia and engineering departments. During the communist regime, between the ’70s and `80s, Romania was a great manufacturer of machine-tools, pushing the academia to create great engineers.

Following the revolution of 1989 until 2008, the laboratory had a purpose as a teaching facility for new disciplines that used the computer. Some of these disciplines were CAD Techniques and Computer Programming, disciplines that made a lot of UPB students participate in extracurricular activities. As time passed, the equipment has become obsolete, thus making the room unusable for modern teaching activities.

2008

Things changed in 2008 when room CB110 became the first Technology Transfer Center in the Faculty of Engineering of Management and Technological Systems (FEMTS at that time). The Timișoara company Bibus SES, Romanian representative of Bibus AG, came up with a significant investment to bring students as close as possible to the engineers of employing companies. The main objective was to interface industry and academia with the help of this innovative, dynamic and private company who represented a very wide range of industry producers from all over the planet.

The Bibus Technology Center became a place where students made first contact with the industrial engineering market. They met many representatives of multinational companies new to the Romanian market. The investment of Bibus SES helped a lot of students to write their Bachelor’s projects or research papers, and at the same time, develop creativity and skills that later would be used by future engineers at work.

2017

The UPBAIR team was born in 2017. This team has built a continuous research project and successfully won the annual participation at the international Pneumobile competition powered by Aventics in Eger, Hungary.Ā The need to study and take a closer look at advanced pneumatic systems makes the laboratory upgrade in 2020, paving a new way into the field of pneumatic industry. Thanks to the help offered by the Aventics – Eger specialists, we began studying to create a complex experimental stand, aimed to help us understand better smart pneumatic systems. The integration of pneumatic systems through IIoT has become the main goal of our laboratory, and we are trying to bring as close as possible to industry students, graduate students, Ph.D. candidates and engineers.