O Curso que EU Faria em 2024 para Trabalhar com Tecnologia | Carreira em TI
TLDRThe speaker discusses a groundbreaking and free Bachelor's degree program in Mathematics for Technology and Innovation, highlighting its four specializations: Mathematics, Computer Science, Data Science, and Physics. They express excitement over the curriculum's practical approach and the opportunity to engage in laboratory work, emphasizing the value of applying theoretical knowledge in real-world scenarios. The speaker also reflects on their own educational journey, noting how the new program's structure might have influenced their choice of study.
Takeaways
- 🎓 The speaker is discussing a new and innovative free undergraduate program in Mathematics for Technology.
- 🚀 The program focuses on applied mathematics with an emphasis on technology, offering four different specializations.
- 🌟 The four specializations include Mathematics, Computer Science, Data Science, and Physics, which are considered highly valuable fields.
- 🤔 The speaker reflects on their own educational journey, mentioning the search for excellence in institutions and the choice between different programs.
- 🧪 The curriculum includes a mix of theoretical and practical courses, such as laboratories in physics and chemistry, enhancing the learning experience.
- 📈 The Data Science specialization is highlighted, with a focus on machine learning, statistics, and computational models.
- 🖥️ The Computer Science specialization covers topics like signal processing, software development, and computer graphics.
- 🔍 The Physics specialization offers advanced topics such as electromagnetism and quantum physics, with a variety of electives.
- 💬 The speaker expresses a personal interest in Data Science over Computer Science, due to the curriculum's alignment with AI and other appealing topics.
- 📚 The program provides a broad range of electives, allowing students to tailor their education to their interests and goals.
- 🌐 The discussion emphasizes the importance of an interdisciplinary approach in education, especially in the fields of technology and applied mathematics.
Q & A
What is the main topic of the script?
-The main topic of the script is a discussion about a free and innovative Bachelor's degree program in Mathematics and Technology.
What does the speaker find appealing about the course?
-The speaker finds the course appealing because it is free, innovative, and focused on applied mathematics within the realm of technology.
How many emphases are there in the program?
-There are four emphases in the program: Mathematics, Computer Science, Data Science, and Physics.
What does the speaker mention about the curriculum in the first year?
-In the first year, the curriculum includes subjects like Calculus 1, Linear Algebra, Mechanics, Thermodynamics, Programming 1, and an Introduction to the Laboratory.
What type of activities did the speaker enjoy during their own studies?
-The speaker enjoyed laboratory work, such as physics and chemistry labs, where they could see theoretical concepts come to life through experiments.
What is the significance of the course offering both mathematics and technology-focused subjects?
-The significance is that it provides a well-rounded education, combining the theoretical aspects of mathematics with the practical applications in technology, preparing students for diverse careers in these fields.
What is the speaker's opinion on the inclusion of humanities and language courses in the program?
-The speaker appreciates the inclusion of these courses as they believe it enhances the overall educational experience and develops important skills like data science, probability, and narrative construction.
How does the speaker describe the third year of the program for Data Science?
-In the third year of the Data Science emphasis, students study Complex Analysis, Measure Theory, Integration, Differential Equations, and High-Dimensional Statistics, among other subjects.
What are some of the electives available for students in the program?
-Some of the electives include Machine Learning, Statistical Learning, Time Series Analysis, and Regression Modeling, which cater to the interests of students in various subfields of mathematics and technology.
How does the speaker reflect on their own educational choices based on the new program?
-The speaker reflects that if they were making educational choices today, they might be more inclined to pursue Data Science due to its focus on areas like Artificial Intelligence and its well-rounded curriculum.
What is the speaker's final verdict on the program?
-The speaker concludes that the program is interesting and appreciates the variety of options it offers, particularly in combining mathematics, physics, and technology-related subjects.
Outlines
📚 Innovative Mathematics Bachelor's Degree Program
The speaker discusses an innovative and free Bachelor's degree program in Mathematics and Technology, highlighting its focus on applied mathematics and technology. The program offers four distinct tracks: Mathematics, Computer Science, Data Science, and Physics. The speaker emphasizes the value of such a program in the current era, reflecting on their own educational journey and the lack of differentiated institutions when they were choosing their path. They also mention the detailed curriculum, including foundational courses in Calculus, Linear Algebra, Mechanics, Thermodynamics, and Programming, as well as specialized labs and electives that provide a comprehensive educational experience.
🤖 Data Science and Computer Science Tracks
The speaker continues by delving into the specifics of the Data Science and Computer Science tracks within the Mathematics program. They mention the exciting courses offered, such as Signal Processing, Software Development, Linear Optimization, Machine Learning, and Database Systems. The speaker expresses their personal interest in these areas, particularly Data Science, which is well-aligned with their own preferences and the current technological landscape. They also touch upon the flexibility of the curriculum, allowing students to explore both mathematics and computational subjects, and the potential for students to tailor their education to their interests through electives.
Mindmap
Keywords
💡Bacharelado em Matemática da Tecnologia
💡Inovação
💡Ciclo Básico
💡Ênfases
💡Cálculo
💡Programação
💡Laboratório
💡Ciência da Computação
💡Ciência de Dados
💡Física
💡Probabilidade
💡Humanas
Highlights
Innovative Bachelor's degree in Mathematics and Technology, focusing on applied mathematics in the field of technology.
The course is free and groundbreaking, offering a unique educational experience.
Four different specializations available: Mathematics, Computer Science, Data Science, and Physics.
The curriculum is designed to provide a solid foundation in Basic Cycle before allowing students to choose their specialization.
First year includes standard courses like Calculus 1, Linear Algebra, Mechanics, Thermodynamics, and Programming 1.
Specialization in Computer Science offers courses like Signal Processing, Software Development, Linear Optimization, and Machine Learning.
Data Science specialization emphasizes Probability, Statistical Learning, and Time Series Analysis.
Physics specialization includes Electroagnetism, Quantum Physics, and various electives.
The curriculum integrates practical laboratory work, enhancing the theoretical knowledge with hands-on experience.
Students have the opportunity to develop skills in Data Science and Artificial Intelligence, preparing them for the demands of the modern job market.
The program encourages interdisciplinary learning, allowing students to explore areas outside their primary specialization.
The course offers a unique blend of traditional mathematics and modern technological applications.
Students are introduced to scientific writing and narrative construction, enhancing their communication skills.
The curriculum is up-to-date, including contemporary topics such as Machine Learning and Data Science.
The program provides a comprehensive education that covers a wide range of mathematical and technological fields.
The course structure allows for flexibility, with a significant number of electives available to students.
The program is designed to foster innovation and prepare students for advanced studies or careers in technology and applied mathematics.
The inclusion of language skills and humanities courses provides a well-rounded education for students.