Practical Programming: School Overview

Discover Practical Programming's hands-on coding, data science, and machine learning courses for tech careers in Chicago and New York!

Overview of Practical Programming

Practical Programming is an educational institution that specializes in teaching coding, data science, and machine learning through hands-on learning experiences. Established in 2016 and operating in both Chicago and New York, the school offers online and in-person courses tailored to prepare students for careers in technology. Its curriculum focuses on practical applications of programming languages, such as Python and SQL, aimed at fostering employment-ready skills.

Practical Programming offers a wide range of courses, including coding, data science, machine learning, and web development.
The school has established campuses in Chicago and New York, with a state-of-the-art facility in Midtown Manhattan, easily accessible through public transport.
Students can choose between in-person classes or live online courses, providing flexibility based on individual preferences.
The curriculum promotes hands-on learning, allowing students to work on projects that closely simulate real-world experiences.
Practical Programming collaborates closely with Noble Desktop, allowing for an expanded range of subjects and career preparation services.
The school’s courses cover various programming languages and concepts, including Python, SQL, machine learning, and more.
Students benefit from career support services, including mentorship for both coursework and job readiness.
Practical Programming maintains a high average rating from students, showing a positive reception of its teaching, curriculum, and learning environment.

Subjects Taught at Practical Programming

Practical Programming offers a varied selection of subjects aimed at equipping students with the skills necessary for success in tech-related careers. The primary focus areas include programming languages, data science principles, and various applications relevant to software development. Each subject provides students with foundational knowledge and practical skills applicable to real-world scenarios.

Data Science: This subject examines the use of machine learning algorithms and statistical analysis to understand complex data sets. Students benefit by gaining skills that are in high demand across a variety of industries, preparing them for careers as data scientists.
Python Programming: A foundational programming language known for its readability and flexibility, Python is integral in web development, data analysis, and automation. Mastering Python provides students with the capability to work on a wide range of tech projects.
SQL: SQL is essential for managing and querying relational databases. Students learn how to manipulate data efficiently, which is a critical skill in many tech jobs today.
Machine Learning: A subfield of artificial intelligence, machine learning teaches students how to develop algorithms that improve over time with more data. This knowledge is increasingly valuable in sectors such as finance, healthcare, and marketing.
Web Development: This subject covers both front end and back end technologies, teaching students how to create dynamic web applications. Proficiency in web development opens doors to numerous career opportunities across tech companies.
FinTech: Focused on the intersection of finance and technology, FinTech explores applications like mobile banking and cryptocurrency. Students acquire skills specific to the financial technology sector, preparing them for roles that bridge finance and tech.
Cybersecurity: This subject covers protecting digital assets and information systems from cyber threats. In a world increasingly reliant on technology, cybersecurity skills are essential for protecting business and personal information.
Software Engineering: Covering the principles and practices in software development, this subject equips students with the necessary skills to develop robust applications. Understanding software engineering is crucial for anyone pursuing a long-term career in tech.

Top Five Courses and Bootcamps at Practical Programming

Practical Programming offers several popular courses and bootcamps designed to provide intensive training for specific careers in technology. These programs are tailored to equip students with the essential skills employers are looking for in the ever-evolving tech landscape. The following highlights five of the top courses available at the school.

Data Science Certificate: This immersive course prepares students to become data scientists through lessons in Python, machine learning, and SQL. It emphasizes hands-on learning with multiple projects, crucial for portfolio development.
Python Developer Immersive: Aimed at beginners, this course focuses on software development using Python. It provides foundational skills that allow students to begin coding and developing applications effectively.
FinTech Bootcamp: This program teaches students how to leverage Python and SQL in financial analysis and trading. It is designed for those seeking to enter the rapidly growing FinTech industry.
Machine Learning Immersive: Students in this course learn advanced machine learning techniques, focusing on practical applications. This knowledge is valuable across different industries that rely on data-driven decision making.
Web Development Bootcamp: This comprehensive course covers critical front end and back end technologies needed for web development. Graduates leave with the skills necessary to build dynamic and responsive web applications.

Cost of Classes at Practical Programming

The tuition for classes at Practical Programming varies widely depending on the course's length and subject matter. Shorter courses generally range from $400 to $1,500, while longer bootcamps and certificate programs can cost between $3,000 and $10,000. Through these courses, students gain access to high-quality instruction, career preparation resources, and hands-on experience with relevant technologies.

The school offers a range of financing options and sometimes discounts or payment plans for eligible courses.
Students benefit from materials included, such as workbooks and training manuals, which are vital for retention and study.
Practical Programming provides access to experienced instructors who offer personalized support during classes and guidance as students transition into the workforce.
Many courses focus on practical skills that translate directly into applicable workplace competencies, fostering job readiness.
Students also receive mentorship, helping them navigate their career paths and improve their job search skills.
The investment in their education is justified through the quality of training and potential job opportunities available to graduates.

Benefits of Taking Classes at Practical Programming

Enrolling in classes at Practical Programming provides numerous advantages, especially for those looking to break into the tech industry. The school's emphasis on hands-on learning results in graduates who are well-prepared for their future careers. Here are several key benefits of choosing Practical Programming for educational pursuits.

Practical Experience: Courses are designed with a hands-on approach, allowing students to work on real-world projects that enhance skill retention and practical application.
Diverse Curriculum: Students can choose from a wealth of subjects, and the flexibility allows for customized learning paths based on individual career goals.
Location Options: With physical campuses in both Chicago and New York as well as online courses, Practical Programming caters to a wide array of students.
Career Support: The school provides mentoring services aimed at enhancing students' career opportunities, assisting with job readiness and networking.
High Ratings: Positive student reviews reflect the effectiveness of the curriculum and instructors, giving prospective students confidence in their learning experience.

Reviews of Practical Programming

Student feedback is integral to understanding the value of educational institutions like Practical Programming. The school has received high ratings across various platforms, indicating a strong satisfaction level among attendees. However, it's useful to examine both pros and cons highlighted in student reviews.

Pros:

Cons:

Are Courses Worth It at Practical Programming?

The value of courses at Practical Programming can be seen when considering the cost relative to the potential career benefits. While tuition may seem high, the practical skills gained through these programs can lead to lucrative job opportunities in tech fields. A comprehensive assessment suggests that the courses' quality and the demand for skills taught often justify the costs involved.

Ultimately, prospective students should weigh the pricing against personal budgets while considering job placement potential. With intensive training and preparation for high-demand roles, graduates may quickly recoup their educational investments. Prospective students should also consider their career goals, as Practical Programming's offerings often align well with evolving industry needs. Personal commitment to success, combined with the school's structured support, can significantly impact the value derived from these courses.