You have 0 items in your cart
Welcome to the Career Discovery Project, an exciting series of online programs designed specifically for middle and high school students.
Our goal is to provide you with an immersive and interactive learning experience to explore different careers in highly promising fields.
Whether you’re using a computer, tablet, or smartphone, our programs are accessible anywhere, anytime, and exclusively in English, allowing you to develop your language skills while discovering new career paths.
Objective:
The primary objective of these programs is to assist learners in making more informed choices regarding their higher education and to foster a passion for targeted and promising career sectors.
Developed and designed in partnership with industry experts, our Career Discovery programs provide a unique opportunity to gain insights directly from professionals working in the respective fields.
This collaboration ensures that the content is up-to-date, relevant, and aligned with industry demands.
The Additive Manufacturing program provides specialized training in the field of additive manufacturing, also known as 3D printing.
This program consists of a series of courses that cover the fundamental principles of 3D printing, manufacturing technologies and processes, 3D model design, file preparation for printing, as well as industrial and creative applications of additive manufacturing.
Students will have the opportunity to acquire the necessary skills to work with advanced 3D printing technologies and harness the benefits of this innovative manufacturing method.
The Aerospace Manufacturing Quality Assurance program provides specialized training in the field of aerospace manufacturing quality assurance.
This program offers a series of courses that cover industry-specific quality standards in aerospace, quality inspection and control processes, non-conformity management, measurement and metrology techniques, as well as regulatory and certification requirements.
Students will have the opportunity to acquire the necessary skills to ensure compliance and quality in aerospace products, becoming familiar with industry best practices and the rigorous standards of aviation.
The Automation program provides comprehensive training in the field of industrial automation.
This program offers a series of courses that cover the fundamental principles of automation, control systems, sensor technologies, industrial networks, PLC (Programmable Logic Controller) programming, and integration of automated systems.
Students will have the opportunity to acquire the necessary skills to design, configure, and maintain automated systems, becoming familiar with current industry technologies and practices.
This program aims to prepare individuals to work in the field of industrial automation and meet the growing demand for efficiency and productivity in manufacturing processes.
The CNC Machining program provides specialized training in the field of Computer Numerical Control (CNC) machining.
This program offers a series of courses that cover the fundamental principles of CNC machining, blueprint reading, CNC machine programming, machining operations, cutting tools, as well as quality and precision in CNC machining.
Students will have the opportunity to acquire the necessary skills to work with CNC machines, program machining operations, and produce high-quality parts in various materials.
This program aims to train competent and skilled professionals in the field of CNC machining, meeting the requirements of the modern manufacturing industry.
The Composite program provides specialized training in the field of composites.
This program consists of a series of courses that cover the fundamental principles of composite materials, manufacturing techniques, reinforcement methods, lamination processes, as well as industrial applications of composites.
Students will have the opportunity to acquire the necessary skills to work with composites, understand material properties, perform manufacturing operations, and contribute to the production of high-quality composite parts.
This program aims to train skilled professionals in the field of composites by providing practical and specialized training tailored to the needs of the modern industry.
The Cutting-Tooling program provides specialized training in the field of cutting tooling.
This program offers a series of courses that cover the fundamental principles of cutting tools, types of cutting tools, sharpening techniques, machining strategies, as well as proper selection and use of cutting tools.
Students will have the opportunity to acquire the necessary skills to work with cutting tools, understand different applications, optimize cutting performance, and ensure accuracy in machining operations.
This program aims to train skilled professionals in the field of cutting tooling, providing them with the knowledge and skills needed to succeed in the manufacturing industry.
The Electrical Engineer program provides comprehensive training in the field of electrical engineering.
This program consists of a series of courses that cover the fundamental principles of electricity, electrical systems, circuit design, electronics, electric motors, control systems, and automation.
Students will have the opportunity to acquire the necessary skills to design, install, and maintain electrical systems, becoming familiar with the latest technologies and industry standards.
This program aims to prepare individuals for success in the field of electrical engineering by developing their knowledge and expertise, and preparing them for the challenges of the modern industry.
The Engineering Drawing program provides specialized training in the field of engineering drawing.
This program offers a series of courses that cover the fundamental principles of technical drawing, drawing standards, 2D and 3D representation techniques, orthographic projections, auxiliary views, dimensional tolerances, and dimensions.
Students will have the opportunity to acquire the necessary skills to create and interpret accurate and detailed engineering drawings, using Computer-Aided Design (CAD) software and understanding the basic principles of technical drawing.
This program aims to train skilled professionals in the field of engineering drawing, providing them with the knowledge and skills needed to effectively communicate concepts and technical specifications.
The Industrial Measurement System program provides specialized training in the field of industrial measurement systems.
This program offers a series of courses that cover the fundamental principles of measurement systems, measuring instruments, calibration techniques, dimensional metrology, analysis of measurement data, as well as quality management and assurance.
Students will have the opportunity to acquire the necessary skills to perform accurate and reliable measurements, understand the concepts of industrial metrology, and apply quality standards to ensure product compliance.
This program aims to train skilled professionals in the field of industrial measurement systems, providing them with practical and specialized training tailored to the needs of the modern industry.
The Logistics program provides comprehensive training in the field of logistics.
This program consists of a series of courses that cover the fundamental principles of supply chain management, logistics planning, transportation, warehousing, inventory management, operations management, as well as information technologies applied to logistics.
Students will have the opportunity to acquire the necessary skills to optimize logistics operations, coordinate the flow of goods, manage resources and costs, and establish efficient processes in a logistics environment.
This program aims to train qualified professionals in the field of logistics by providing practical and specialized training tailored to the challenges of the modern industry.
The Manufacturing program offers comprehensive training in the field of manufacturing.
This program covers a series of courses that address the fundamental principles of manufacturing, production processes, assembly techniques, quality management, industrial maintenance, workplace safety, as well as concepts of continuous improvement.
Students will have the opportunity to acquire the necessary skills to work effectively in a production environment, understand manufacturing processes, ensure product quality, maintain equipment in good working condition, and promote operational efficiency.
This program aims to train qualified professionals in the field of manufacturing by providing practical and specialized training tailored to the needs of the modern industry.
The Mechatronic program offers specialized training in the field of mechatronics.
This program consists of a series of courses that cover the fundamental principles of electronics, mechanics, and computer science as applied to mechatronic systems.
Students will have the opportunity to acquire the necessary skills to design, assemble, and maintain mechatronic systems, using advanced technologies such as sensors, actuators, programmable logic controllers, and control systems.
This program aims to train skilled professionals in the field of mechatronics by providing them with practical and specialized training to meet the challenges of the modern industry.
The Personal Finance program offers comprehensive training in the field of personal finance.
This program consists of a series of courses that cover the essential aspects of individual financial management, such as budgeting, saving, investing, retirement planning, loans and credits, taxes, as well as risk and insurance management.
Students will have the opportunity to acquire the necessary skills to make informed financial decisions, optimize their financial resources, plan for their financial future, and protect their assets.
This program aims to empower individuals by providing them with the knowledge and skills necessary to effectively manage their personal financial situation.
The Robotics program offers in-depth training in the field of robotics.
This program consists of a series of courses that cover the fundamental principles of robotics, robot programming, mechanical design, artificial intelligence, computer vision, as well as industrial and medical applications of robots.
Students will have the opportunity to acquire the necessary skills to design, program, and implement advanced robotic systems using state-of-the-art technologies.
This program aims to train qualified professionals in the field of robotics by providing them with practical and specialized training tailored to the needs of the modern industry.