Basics of Chemical Engineering

Career Education

• Basics of Chemical Engineering 55:00

  • 1: Module 1 Introduction to Chemical Engineering 12:00
  • 2: Module 2 Chemical Process Principles 12:00
  • 3: Module 3 Fluid Mechanics 10:00
  • 4: Module 4 Heat Transfer 10:00
  • 5: Module 5_ Mass Transfer 11:00
  • 6: Assignment -

• Review Request 01:00

  • 7: Review Request for Basics of Chemical Engineering 485360 (1) 01:00

• Claim Your Certificate 01:00

  • 8: Claim Your Certificate 01:00

This in-depth program provides a thorough grounding in the core concepts of chemical engineering, starting with mass and energy balances, which are fundamental to all industrial processes. A significant portion of the course integrates foundational concepts from biochemistry, allowing learners to understand processes relevant to pharmaceuticals, fermentation, and sustainable energy—all areas where chemical engineering plays a critical role. Understanding the science behind biochemistry is vital for a competent lab technician. We delve into fluid mechanics and heat transfer, essential topics in chemical engineering, applying them to real-world scenarios that an effective lab technician would encounter. The course heavily emphasizes process control and safety, crucial elements of chemical engineering, ensuring that process operations are both efficient and safe, a responsibility often managed by the qualified lab technician.

Further modules explore the practical application of unit operations, which are the building blocks of any chemical engineering plant. These operations are often tested and validated by a meticulous lab technician. An understanding of reaction kinetics, a key aspect of chemical engineering, is necessary to optimize production yields. Concepts of biochemistry are integrated throughout, particularly when examining biological processes and environmental applications, fields that rely heavily on the skills of a dedicated lab technician. The intersection of chemical engineering with materials science is also covered, providing a broader perspective for the aspiring lab technician. The goal is to provide a comprehensive, industry-relevant understanding of chemical engineering, ensuring graduates have the technical depth to perform tasks expected of a skilled lab technician, while also grasping the biochemical principles involved. Every process in chemical engineering, from design to execution, requires precision which is often verified by the lab technician using protocols based on biochemistry. Knowledge of biochemistry is becoming increasingly important for modern chemical engineering. The role of the lab technician is critical in supporting all chemical engineering development and application.

Offered through Reed’s premier online learning platform, the course provides unparalleled convenience. Access the course content anytime, anywhere, on any internet-enabled device. With no fixed deadlines, the courseallows you to learn at your own speed, making it ideal for busy professionals and learners with varying schedules.

Certification

Upon completing the course, you will receive an instantly downloadable e-certificate. This certification serves as a testament to your dedication and the new skills you have acquired.

This course is ideally suited for individuals with a science or technical background seeking to enter the field of chemical engineering, or those aiming for roles requiring foundational knowledge of process industries, such as a lab technician. It is perfect for those interested in industrial applications of biochemistry and is an excellent entry point for anyone considering a career in chemical engineering, pharmaceuticals, energy, or as a specialized lab technician supporting research and development in biochemistry.

There are no official prerequisites for enrolling in the Basics of Chemical Engineering. It is open to all students, regardless of their background or experience level.

Completion of this course offers a strong foundation for technical support roles, including that of a lab technician, and serves as an academic prerequisite for further studies in chemical engineering. It is a vital step toward a career applying principles of biochemistry within industrial or research settings.

There are currently no Q&As for this course. Be the first to ask a question.