Micron Semiconductor Full Stack Software Developer Interview Questions and Answers

An SR flip-flop can be implemented using NAND gates.

• Use two NAND gates to create the SR flip-flop.

• Connect the output of one NAND gate to the input of the other NAND gate.

• Connect the Set (S) and Reset (R) inputs to the inputs of the NAND gates.

• The output of the first NAND gate is the Q output, and the output of the second NAND gate is the Q̅ output.

The answer describes the steps to find and display the temperature of N rooms.

• Create an array to store the temperature of each room

• Iterate through each room and prompt the user to enter the temperature

• Store the temperature in the corresponding array index

• Display the temperature of each room

I lack experience in a specific technology required for the role.

• I may not have experience with a specific programming language or framework mentioned in the job description.

• I may not have worked on projects similar to what your company is working on.

• I may not have experience with certain tools or technologies that are crucial for the role.

Code for scheduling in C

• Define a struct for the task with fields like start time, end time, priority, etc.

• Create an array of tasks and sort them based on priority and start time

• Implement a scheduling algorithm like Round Robin or Priority Scheduling

• Use system calls like fork() and exec() to create and execute processes

• Implement synchronization mechanisms like semaphores or mutexes to avoid race conditions

Developed a web application for online shopping with user authentication and payment gateway integration.

• Implemented user authentication using JWT tokens

• Integrated Stripe API for payment processing

• Designed responsive UI using React and Bootstrap

Insertion in binary search trees involves finding the appropriate position for a new node based on its value.

• Start at the root node and compare the value of the new node with the current node.

• If the new node's value is less than the current node, move to the left child node.

• If the new node's value is greater than the current node, move to the right child node.

• Repeat the comparison and movement until reaching a leaf nod...read more