דרושים בתחום סטודנטים / בוגרים

Wafer Technologies is a new disruptive start-up developing unique wireless communication systems for various applications, ranging from Cellular systems and products current and 5G, Wi-Fi access points and clients and all the way to high frequency systems such as SATCOM, Point to Point and Point to Multi-Point at the Micro-wave and millimeter wave range for Space and terrestrial systems.
As an Antenna Design Engineer working for Wafer you would join the Core development team that is now changing the world of wireless communication around the globe. You would lead the development of unique antennas and and RF front ends from 500MHz all the way to 90GHz enabling wireless connectivity to the Internet back-bone around the world in the most spectrally efficient and cost effective way possible.
We Appreciate the Innovating mind and our R&D team is Growing Fast, Come Join Us.

Minimum of BSc. In Electrical Engineering or equivalent with emphasis on electro-magnetic, Antennas, MW and wireless communication.
Minimum of 5 years hands on experience designing antennas, Passive micro-wave components and devices with direct experience in Micro-strip, strip line and printed technology.
Practical experience of steerable beam antennas and integration into low-cost and mass production products.
Design experience with HFSS and Ansys designer and or equivalent.
Experience using Matlab and writing scripts for complicated simulation models
Hands-on experience in testing antennas in Far Field and or Near Field Chambers;
Lab experience measuring S parameters and RF sub-systems;
Desired Skills:
Experience developing antennas into complete communication systems for either point to point and or point to multi-point, clear know how of communication theory and link budgets.
Clear Understanding of transmission line theory and distributed systems.
Experience launching sub-antenna systems into mass production.
Understanding of various manufacturing processes and technologies, such as die-cast, printed technologies, materials and integration.
Experience designing conformal Radom’s for low and high frequency products.
Understanding of the RF chain for transmits and receives systems.
Radar fundamentals knowledge is a plus.

B.Sc. or M.Sc. degree in Computer Engineering/Electrical Engineering
0-5 years in a semiconductor company as a DFT engineer

Chip design, Verilog and System Verilog
Verification, UVM methodologyATPG tools
Scan insertion tools
Gate-level simulations
Static timing analysis
Scripting (Perl/Tcl)
Familiarity with ATE

BSC in Electrical Engineering – from a well-known university
At least 2 years' experience as verification engineer
Knowledge in specman - an advantage
Knowledge in uvm – an advantage