Job Details
Job ID: JR0200263 Job Category: Intern/Student Primary Location: Petach-Tiqwa, IL Other Locations: Job Type: Intern **Power Delivery design student**
**Job Description**
Who are we:
At this position, as a student you will join power delivery team which developing a cutting edge power solution Hard Ips for SoC products which varies from gaming/Desktop/workstation to laptop/ultrabook cpus.
In our team students are doing the same design engineering work as full time engineers.
Power delivery team own the development(BE and FE) of power solution Ips, the integration of them and uArchitecture solution for the CPU (compute processing unit)..
Come Join Us, you are going to be part of the Back End team which is responsible for:
* Defining design constraint for synthesis and Place Route industry tools.
* integrating analog boxes into digital controller.
* Develop IP to meet quality via: static timing analysis, Formal Equivalence, vclp, power analysis etc.
* Deliver Hard IP collaterals to soc {lib/lef/ndm etc}
* Working in collaboration with the FE Design team and analog team.
* Be support to both pre and post silicon activities.
**Qualifications**
* Student 2nd-3rd Year B.Sc. or M.Sc. Degree in Electrical Engineering / Computer Engineering
* Good communication skills
* Team player
* High work motivation
Advantages:
* Specialization with CPU architecture, logic or circuit design
* Scripting skills in Unix/Linux environment
* Knowledge in Perl, Python, TCL
**Inside this Business Group**
The Core and Client Development Group (C2DG) is a worldwide organization focused on the development and integration of SOCs, Core , and critical IPs that power Intel's leadership products, driving most of the Client roadmap for CCG, Delivering Server First Cores that enable continued growth for DCG and invest in future disruptive technologies.
IL Intern JR0200263 Petach-Tiqwa Core & Client Development Group (C2DG)
**Information Our Partners Collect**
**Your Choices**
Always Active These technologies are necessary for the Intel experience to function and cannot be switched off in our systems. The technology is usually only set in response to actions made by the device owner which amount to a request for services, such as setting privacy preferences, logging in, filling in forms, maintaining secure login areas, maintaining state across pages (remembering items in a shopping basket), and server load balancing. The device owner can set their preference to block or alert Intel about these technologies, but some parts of the Intel experience will not work. These technologies do not store any personally identifiable information.
**Analytics**
Analytics Inactive These technologies allow Intel to count device visits and traffic sources, so Intel can measure and improve the performance of our experiences. The technology helps Intel to know which experiences are the most and least popular and see how device owners interact with the experience. All information these technologies collect is aggregated. If the device owner does not allow these technologies, then Intel will not know when the device owner visited or how the device owner interacted with our experiences.
**Functional**
Functional Inactive These technologies enable the Intel experience to provide enhanced functionality and personalization. The technology may be set by Intel or by third-party providers whose services Intel have added to our experiences. If the device owner does not allow these technologies, then some or all of these services may not function properly for the device owner.
**Ad Targeting**
Ad Targeting Inactive These technologies may be set through our Intel experience or by our advertising partners. The technology may be used to build a profile of the device owners interests and show the device owner relevant advertisements on other experiences. The technology does not store directly personal information on the device, but the technology is based on uniquely identifying the device. If the device owner does not allow these technologies, then the device owner will experience less targeted advertising.
**Welcome!**
.