I would think (hope?) that good grades in the technical classes that apply directly to the work would matter to the folks who do the interviewing and hiring. If your grades in side classes (like English or Art or whatever other classes you are required to take) are lower and that pulls your GPA down a bit, that probably would not matter much. My final undergraduate GPA was 3.67/4.0, but my GPA in technical subjects was closer to 3.9.madhisoka said:
berkeman said:
I agree that writing skills are important, but unless a young candidate has a lot of typos on their resume, that's not going to come up in the interview process. Good writing and presentation skills are definitely important throughout your career. A Technical Writing class with a high grade would stand out on any resume that I'm reviewing, as would an active membership in a Toastmasters organization, for example.gmax137 said:
That's not what I said. I said that If it were up to me, I'd want you to have good grades in the classes that directly applied to the *Nuclear Engineering Design* job that I was interviewing you for. I of course do my own assessment in interviews of the abilities of applicants, but to get in the door for an interview, you have to look like you qualify. If you have low grades in classes like calculus, DEs, material science, or any other classes that directly apply to Nuclear Engineering Design work, that will likely keep you from getting very far in the interview process. And for good reason, IMO.madhisoka said:
berkeman said:
A nuclear engineer who works in design is responsible for designing and developing systems and processes related to nuclear energy production. This includes designing nuclear reactors, fuel systems, and other components that are used in nuclear power plants.
Nuclear engineers who work in design need to have a strong background in mathematics, physics, and engineering principles. They also need to be detail-oriented, have excellent problem-solving skills, and be able to work with complex computer programs and simulations.
Nuclear engineers who work in design have to follow strict safety protocols to ensure the safe operation of nuclear power plants. This includes conducting thorough risk assessments, implementing safety measures in the design process, and adhering to strict regulations and guidelines set by regulatory bodies.
The main difference between a nuclear engineer who works in design and one who works in operations is their primary focus. A nuclear engineer working in design is primarily responsible for designing and developing systems and processes, while a nuclear engineer working in operations is responsible for overseeing the operation and maintenance of nuclear power plants.
Some common challenges faced by nuclear engineers who work in design include managing the complexities of nuclear energy systems, ensuring safety and reliability, and staying up-to-date with advancements in technology and regulations. They also have to consider factors such as cost, efficiency, and environmental impact in their designs.