Announcement

Collapse
No announcement yet.

PCB Design Internship(Needed)

Collapse
X
 
  • Filter
  • Time
  • Show
Clear All
new posts

  • PCB Design Internship(Needed)

    Hi my name is Baris, and I am senior electrical engineering student who interested in particularity high speed printed circuit board design. I have been accomplish all Fedevel courses that includes high speed design and have previous experiences in high speed circuit board for medial applications. Currently looking for internship position, I live in Saint Cloud, not restring with area I am willing to change my location to new areas. If anyone have suggestion or position available please comment or email to me. Thank you.

    My email is : [email protected] Thank you

  • #2
    You should see such opportunities at Linkedin. Or can also see France based online job portals as well.

    Comment


    • #3
      I saw SpaceX is hiring PCB designers you will have to move to america though !

      Comment


      • #4
        I saw SpaceX is hiring PCB designers
        I saw that advert too https://www.spacex.com/CAREERS/LIST

        The biggest problem could be:
        To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR) you must be a U.S. citizen, lawful permanent resident of the U.S., protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. Department of State. Learn more about the ITAR

        Not sure if that applies for standard work VISA

        Still, the advert looks very interesting:
        https://boards.greenhouse.io/spacex/...jid=4458647002


        Click image for larger version

Name:	spacex advert.png
Views:	85
Size:	135.0 KB
ID:	12552

        Comment


        • #5
          I do not think it would be easy (goverment shit) , but damn I would love to make something that goes into space.. either falcon, dragon, starhopper, starlink or getting stuff onto Mars... I dont care..
          just looking up in the sky and knowing something i made is out there.. (yes I am a space geek) but the requirements seem reasonable..

          i looked into E.S.A and others sattelite manufacturers but no luck yet.. not that i am looking really hard, because wel.. life, family, all that stuff.. but if i was just starting with this.. damn.. yes I would!
          Cern is also a cool place to go..

          its good to have dreams in any case.

          Comment


          • #6
            Hi Paul van Avesaath,

            When designing hardware which goes to space, the main concern is the reliability of the electronics in that environment, due to radiation background. I am doing my PhD thesis in this area by evaluating various COTS devices (FPGAs and ASICs) to be used in space and accelerator applications (e.g. CERN). However, for me is quite an exciting job, as really bad/interesting stuff can happen while the device is exposed to radiation, and I have to think/expect these kind of event in order to design a reliable test bench to sense that kind of stuff. Here is a public presentation done by me 2 years ago at a conference in Santa Cruz: click

            Cheers,
            Mihai

            Comment


            • #7
              wow that seems an extensive and expensive bit of testing i see there.. wouldn't it be cheaper for cern to build a readiationfree box that would shield internal components like that?
              anyway.. when it comes to space you also need to think about outgassing of components and PCB's for vacuum and extreme temperature fluctuations. not ony radiation.
              if you look at the james webb development.. damn that are some tight specs for in space

              Currently working for ASML and that is also pushing the limits of what is humanly capable.. in some cases I think it is easier shooting something into space #EUVisthewayofthefuture

              Comment


              • #8
                Indeed, in space you will have to deal also to high temperature fluctuations, and also with the power budget. In our experiment we do not care for temperature variations as we have a cooling system to keep the temperature around 20-25 degr. C. Hence, we deal only with radiation. We cannot shield the electronics with a black box, as it may be really expensive and/or impossible. To use radiation hard components (e.g Radiation hard FPGAs, not military or space grade) in CERN environments is so much expensive, as there can be a factor of 1000 in the price between a COTS FPGA and radiation hard version, and most of them will not even work due to high radiation doses in some regions. And what you do when you will have to use 1000s of these FPGAs? For decades people investigated the possibility of using commercial devices in such environments due to their lower price. You can use them if you ensure some mitigation techniques both in logic (firmware) and hardware to prevent radiation-induced failures to affect your system. And for that people invest a lot into radiation testing, evaluating and extrapolating the results to their application environment. Then you will have to worry for other stuffs in your system like power supplies, transmission links etc.

                For a few of them, CERN designed their own radiation hard solutions:
                -power supply:click
                -data transmission: click
                -system control: click

                Cheers,
                Mihai
                Last edited by Mihai; 11-29-2019, 07:01 AM.

                Comment


                • #9
                  Very interesting Mihai, thank you for sharing.

                  Comment

                  Working...
                  X