J'ai postulé en ligne. J'ai passé un entretien chez Qorvo
Entretien
Step1: Telephone interview - few questions on embedded software engineering, walking through the CV and questions related to the projects. Explanation of projects carried out at Qorvo Zele office, distribution of teams and work.
Step2: assessment programming exercise to see coding skill and style
Step3: face-to-face technical interviews
Questions d'entretien [2]
Question 1
What is difference between embedded system and computer system?
J'ai postulé via un recruteur. J'ai passé un entretien chez Qorvo (Utrecht) en sept. 2020
Entretien
I applied to this position through a recruiter in the UK. Then had a call with the hiring manager to understand what the position was all about. Then they gave me an assignment to do which I completed
Questions d'entretien [1]
Question 1
They give you an assignment which has the question like this. Obviously one is allowed to decide what he wants and documents everything or every assumption made. However you are not allowed to ask them questions about the assignment
The exercise exists in the implementation of a non-volatile memory storage component. This component should be able to backup and restore values corresponding to a unique attribute identifier. For the simplicity of the exercise the underlying non-volatile memory (eeprom, flash, …) can be modelled as a file.
Component Specification
• Implement the basic implementation of this component based on following API description:
typedef unsigned char UInt8;
typedef UInt8 gpNvm_AttrId;
typedef UInt8 gpNvm_Result;
gpNvm_Result gpNvm_GetAttribute(gpNvm_AttrId attrId,
UInt8* pLength,
UInt8* pValue);
gpNvm_Result gpNvm_SetAttribute(gpNvm_AttrId attrId,
UInt8 length,
UInt8* pValue);
• Make sure the implementation supports different datatypes for pValue. Some examples:
o Basic datatypes like UInt8, UInt32,…
o An array of UInt8
o Structs like for instance:
#define MAX_LENGTH 20
typedef struct {
UInt8 id;
UInt32 options;
UInt8 length;
UInt8 data[MAX_LENGTH];
} gpTestData_t;
• Ensure the implementation discovers and corrects corruptions in the underlying storage.
• Extend your solution with a unit test.
• Pay attention to optimize knowledge transfer to other developers