Embedded Systems Engineer

ELEGAN TEKNOLOJİ ÜRETİM MEDİKAL SANAYİ VE TİCARET LİMİTED ŞİRKETİ

Job Description:

We are seeking motivated Embedded Systems Engineers who thrives in a fast-paced, entrepreneurial work environment. You will use your embedded systems design and embedded programming skills as a part of Product Development team to develop a medical device prototype. The perfect candidate will have experience in mechatronics or robotics system using an ARM Cortex-M4 core.

Responsibilities:
-Embedded systems and software development for medical devices
-Specification development, requirements definition & allocation
-Collaborate with a team to define, design, and ship new features
-System modeling, performance analysis and simulation
-Hardware and embedded software design, manufacturing, integration, and test
-Ensure risks are effectively addressed in program risk management and system engineering processes
-Identify and solve bugs
-Help maintain HW and SW source quality and organization
-Following relevant technology trends in order to evaluate and implement

Technical Qualifications: 
-Strong engineering fundamentals and physics first principles required
-A good understanding of digital and small signal analog electronics
-Ability to read, understand and analyze schematics
-Ability to effectively use a multi-meter, signal generators, power supplies and an Oscilloscope in both a virtual (simulation) environment and physical environment
-Ability to perform at least basic electronics debugging/troubleshooting
-Skills in C or C++ is a must
-Understanding of RTOS and related development environments is expected
-A good understanding of microprocessor internals (mostly the registers)
-A very good understanding of boolean math (logic circuits)
-An excellent knowledge of what interrupts/timers are and how they work in code
-An understanding of the different kinds of memory (RAM, ROM, Flash), the differences between them and how they are read, written, accessed
-An understanding of multi-tasking embedded systems
-Ability to use a debugger to perform at least simple operations such as setting breakpoints, single stepping, examining variable values, examining memory, examining registers
-The ability to read and understand datasheets, and produce driver code for a given device based on the information contained in its datasheet
-Understanding the advantages & disadvantages of using a foreground loop with interrupts vs. using a multi-tasking kernel
-Developing code to run under an RTOS (Real Time Operating System), and how to use semaphores, mutexes, queues, inter-task communications
-Develop and debug code for peripherals such as UARTs, A/D & D/A converters, timers, PWM generation from a timer, real-time clocks, etc.
-Develop and debug code for communications using RS-232 (and it’s variants), SPI, I2C, and parallel data ports.
-Develop and debug code with stacks, queues, linked-lists, and other common data constructs.
-Writing clean and well structured code is also a big bonus
-Experience with a version control technology (such as Git) is a plus

Preferred Experience:
-Education in Computer Engineering, Electronics Engineering, Mechatronics Engineering or related fields
-Experience in embedded systems development on 16/32 bit microcontrollers
-Experience in driving stepper and servo motors is a plus
-Experience in reading analog sensors is required
-The perfect candidate will already have experiences in a mechatronics or robotics system using ARM microcontroller boards