BlueBinaries Engineering and Solutions Interview Questions, Process, and Tips

Questions on Logical Reasoning, Electronics subjects MCQ, C coding questions.

Q1. Introduce yourself
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Q2. Final year project deep with block diagram
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Designed a final year project involving a deep learning model with a block diagram.
• Researched various deep learning algorithms and techniques

• Implemented the chosen algorithm using Python and TensorFlow

• Created a detailed block diagram to illustrate the project workflow

• Tested and evaluated the performance of the deep learning model

• Presented the project findings and results to faculty and peers
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Q3. Difference between Embedded C and Embedded C++.
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Embedded C is a subset of C language used for programming embedded systems, while Embedded C++ is a subset of C++ language with additional features for embedded systems.
• Embedded C is a subset of C language, with limited features and libraries compared to standard C.

• Embedded C++ is a subset of C++ language, with additional features like classes, inheritance, and polymorphism.

• Embedded C is commonly used for low-level pro...read more
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Q4. Difference between Microcontroller and microprocessor, 8051 microcontroller.
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Microcontrollers are integrated circuits designed for specific tasks, while microprocessors are general-purpose CPUs. 8051 is a popular microcontroller.
• Microcontrollers are self-contained systems with memory, I/O ports, and timers, designed for specific tasks.

• Microprocessors are general-purpose CPUs that require external components for memory, I/O, and timers.

• 8051 microcontroller is a popular 8-bit microcontroller know
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Q5. Datatype in C++,range and size, Real life example of of Embedded system.
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In C++, datatypes have specific ranges and sizes. Embedded systems are real-life examples of using datatypes effectively.
• Datatypes in C++ have specific ranges and sizes to store different types of data efficiently.

• For example, 'int' datatype in C++ typically has a range of -2,147,483,648 to 2,147,483,647.

• Embedded systems use datatypes like 'uint8_t' to efficiently store data in limited memory space.

• Real-life example of...read more
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Q6. Pointer in C++,types of pointer.
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Pointers in C++ are variables that store memory addresses. They can be used to access and manipulate data directly.
• Types of pointers: Null pointer, Void pointer, Wild pointer, Dangling pointer

• Example: int *ptr; // pointer to an integer variable
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Q7. Write program for number is prime or not prime
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Program to determine if a number is prime or not prime
• Create a function to check if a number is prime or not

• Iterate from 2 to the square root of the number and check for divisibility

• If the number is divisible by any number other than 1 and itself, it is not prime

• Return true if the number is prime, false otherwise
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Q8. Write code for fibonacci series
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Code to generate Fibonacci series using iterative approach
• Initialize an array to store the Fibonacci series

• Start with the first two numbers in the series (0 and 1)

• Use a loop to calculate the next number by adding the previous two numbers

• Continue this process until the desired number of terms is reached
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Q9. What is constructor, destructor, polymorphism, Static function, volatile keyword
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Constructor initializes an object, destructor cleans up resources. Polymorphism allows objects to be treated as instances of their parent class. Static function belongs to the class, not instances. Volatile keyword indicates a variable may be changed unexpectedly.
• Constructor initializes an object when it is created. Example: 'Car c = new Car();'

• Destructor cleans up resources when an object is destroyed. Example: 'delet...read more
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Work from home is better or work from office

Q1. Explain the CAN protocol
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CAN protocol is a communication protocol used in automotive and industrial applications for high-speed data transmission.
• CAN stands for Controller Area Network

• It is a message-based protocol used for communication between electronic control units (ECUs)

• CAN allows multiple ECUs to communicate with each other without a host computer

• It uses a two-wire bus (CAN_H and CAN_L) for communication

• CAN messages consist of an identi
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Q2. Explain HIL testing and closed loop testing
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HIL testing involves testing a system using a real-time simulation model, while closed loop testing involves testing a system with feedback from the system itself.
• HIL testing stands for Hardware-in-the-Loop testing, where a real-time simulation model of a system is used to test the hardware components.

• Closed loop testing involves testing a system with feedback from the system itself, allowing for real-world conditions ...read more
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Q1. Basics of CAN Protocol, CAN Frame format, CAN vs CAN FD, What is Baud rate
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Q2. Aspice SYS 1 to SYS 5
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Aspice SYS 1 to SYS 5 refers to the Automotive SPICE (ASPICE) process assessment model for evaluating software development processes in the automotive industry.
• ASPICE SYS 1 focuses on the project management process

• ASPICE SYS 2 focuses on the software requirements analysis process

• ASPICE SYS 3 focuses on the software architectural design process

• ASPICE SYS 4 focuses on the software detailed design process

• ASPICE SYS 5 focu
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Q3. Software development V Cycle
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Q4. Functional vs Non Functional requirement
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Functional requirements specify what the system should do, while non-functional requirements specify how the system should perform.
• Functional requirements describe the specific behavior or functions of the system.

• Non-functional requirements describe the quality attributes of the system such as performance, security, and usability.

• Functional requirements are typically easier to measure and test compared to non-functiona...read more
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Q5. Characteristics of Requirements
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Characteristics of requirements include specificity, measurability, consistency, completeness, and traceability.
• Requirements should be specific and clearly defined

• Requirements should be measurable to determine success criteria

• Requirements should be consistent with other project goals and constraints

• Requirements should be complete, leaving no room for ambiguity

• Requirements should be traceable to ensure they are met thro
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Q6. Attributes used in Requirements DOORS Module
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Attributes used in Requirements DOORS Module include priority, status, owner, and description.
• Priority - indicates the importance of the requirement

• Status - shows the current state of the requirement (e.g. open, closed)

• Owner - specifies the person responsible for the requirement

• Description - provides details about the requirement
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Q1. Regarding BMS and system engineering activities
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Q2. System engineer process and tools
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Q1. System engineer role and responsibilities
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System engineers design and manage complex systems to ensure they operate efficiently and effectively.
• Designing and implementing computer systems

• Managing system configurations and upgrades

• Troubleshooting system issues

• Collaborating with other IT professionals

• Ensuring system security and data integrity
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Q2. System engineer activity wrt BMS
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Q1. Salary related stuff and expectations
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Q2. Details regarding joining date and last working day
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