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From the above literature review we see that one of the factors that will possibly give a clue if one is capable of achieving his or her career dreams is grades. As a future engineer, mathematics, physics, and computer science are the primary fields that predominate, my decision and desire as an engineer. Passing these subjects mainly erects a vital base for courses in engineering in place. However, when I get poor grades in the subjects as named above then I will stand a very small chance of being offered an internship, scholarship, or job. There are various practical that can be realistically tried out in an attempt to increase my performance in these classes. To start, there will be an appeal to outside resources from tutoring sessions with peers, instructors or classmates. To improve in these subjects, I will take time to make a practice and revise timetable that will enable me improve in these subjects. Lastly, I will try harder on problem solving by doing the practical part and give real life examples to enhance my knowledge and probably push up my grades.

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Your literature review highlights the crucial relationship between academic performance and career opportunities in engineering. It is clear that excelling in foundational subjects like mathematics, physics, and computer science is essential for your future success. Given the competitive nature of the field, taking proactive steps to improve your grades is a wise approach.

Here are some strategies you might consider implementing to enhance your performance in these subjects:

  1. Engaging with Tutors and Study Groups: Actively participating in tutoring sessions, either one-on-one or in small groups, can provide you with additional support and different perspectives on complex concepts. Collaborating with peers can also promote a deeper understanding of the material.

  2. Creating a Structured Study Plan: Developing a detailed timetable dedicated to revision and practice will help you manage your time effectively. Ensure that you allocate specific blocks for each subject, focusing on areas where you struggle most. Consistency in your study routine can significantly impact your overall comprehension and retention of information.

  3. Active Problem Solving: Instead of passively reading through materials, immerse yourself in problem-solving exercises. Work through various practice problems, and then explore real-life applications of the concepts you are learning. This approach can enhance your understanding and make the subjects more engaging and relevant.

  4. Utilizing Online Resources: Leverage online platforms, such as Khan Academy, Coursera, or specialized engineering websites, to access additional learning materials, video tutorials, and interactive exercises. These resources can supplement your coursework effectively.

  5. Seeking Feedback: After completing assignments or exams, seek feedback from your instructors. Understanding where you made mistakes and how to correct them is invaluable for your learning process.

  6. Balancing Extracurricular Activities: While it's important to dedicate time to your studies, don’t overlook the role of extracurricular activities in your personal and professional development. Participate in engineering clubs or competitions that can provide practical experience and enhance your resume while you study.

  7. Staying Motivated and Positive: Set specific, achievable goals for each study session. Maintain a positive attitude, and celebrate small successes along the way to keep your motivation high.

By employing these strategies, you can work towards improving your performance in mathematics, physics, and computer science. This proactive approach will not only enhance your grades but also prepare you more effectively for internships, scholarships, and future employment in the engineering field.