Hardware Engıneer

OKİDA ELEKTRONİK SAN. VE TİC. AŞ

As OKIDA, we have been designing and manufacturing electronic modules for the white goods sector since 1987.

From September 2018 OKIDA became part of the Sabaf Group which is company that produces components for household cooking appliances. Founded in 1950, today it has more than 650 employess and 5 manufacturering sites in Italy, Brazil, Turkey and China.

OKIDA is looking colleagues for a “Software and Hardware Engineers”

QUALIFICATIONS

·        Bachelor’s Degree in Electrical-Electronics Engineering, Electronics & Communication Engineering or Electronics   Engineering and Computer Engineering,

·        Having experience in FMEA, requirements management, project management and problem-solving methodologies

·        Knowledge of EMC/EMI tests and hands-on experience is a plus,

·        Strong knowledge of Microsoft Office Programs,

·        Excellent verbal and written skills in English.

·        Thinking broadly about business,

·        Understanding needs of the market & customer,

·        Having desire to do outstanding jobs,

·        Recognizing and understanding emotions of other people,

·        Listening different perspectives and showing flexibility,

·        Building collaboration,

·        Clear in communicating thoughts and ideas. 

·        Minimum 3 years experience in HW design preferably in white goods/automotive/consumer electronics industry,

·        Knowledge of Hardware & PCB Design,

·        Having experience in embedded HW design especially on Atmel, Cypress, Renesas, ST and ARM Cortex M0/M3/M4 series 8-32 bit microcontrollers,

·        Knowledge of SMPS, AC/DC and DC/DC driver circuitry design,

·        Knowledge of electronic components and semiconductors.

JOB DESCRIPTION

Okida is looking for a Specialist - R&D (Hardware and Software) Engineers who will work in our factory which serves to the white goods sector as an electronic sub-industry.
 

·        Will designing Hardware/Software of main boards, displays, illumination boards, power boards and implement new electronic design for industrial control.

·        Developing, maintaining and improving hardware/software architecture to ensure fast and efficient execution of electronic projects,

·        Improving field-oriented approach into our electronic systems and increase quality and reliability level accordingly,

·        Translating technical/sub-system attribute targets into module/components targets,

·        Creating modules/libraries and facilitate reuse of knowledge globally,

·        Controlling cost for current and new designs in order to use the most cost-effective electronic solution.