Good Laboratory Practices

In this course, learners follow a character from childhood to adulthood, experiencing the evolution of Good Laboratory Practices. With custom scenes created using MidJourney AI and interactive decision-making tools, this training makes GLP relatable and visually captivating. Scroll down to explore how I designed this innovative, story-based course that brings GLP to life!

For the Good Laboratory Practices course, I was tasked with developing an engaging storyline that traces the journey of a character from childhood through adulthood, highlighting the importance of GLP in each stage of their life. I used a unique narrative to connect the learning objectives with the character's evolving role in laboratory environments, allowing learners to follow his development as he grows into a professional practicing GLP. This story-driven approach helped personalize the content, making the technical material relatable and memorable.

To bring the course to life, I utilized Storyline 360 for interactivity and integrated custom scenes generated using MidJourney AI. This allowed me to create realistic, visually cohesive environments that evolved with the character's growth. I applied Adobe Photoshop and After Effects for additional visual refinement and animation, ensuring that the character’s appearance seamlessly transitioned from childhood to adulthood, maintaining consistency throughout the course. The use of AI-generated imagery enabled the rapid creation of detailed, tailored scenes, enhancing the visual narrative.

I designed the course with immersive, interactive elements that reinforced key concepts of Good Laboratory Practices. Learners followed the character as he encountered real-world lab scenarios, engaging with tools and decision-making processes to practice proper GLP. Each stage of the character's growth introduced new GLP-related challenges, with custom visuals and animations guiding learners through the content. This personalized, character-based approach created a strong connection between the learner and the material, making the course both educational and visually engaging.

The AI-driven visuals and character-based storyline helped increase learner engagement, with participants expressing a deeper connection to the GLP content through the evolving narrative. The course received positive feedback for its unique storytelling approach and the seamless integration of interactive tools that helped learners practice GLP in realistic settings. The use of AI allowed for the creation of visually compelling scenes that contributed to higher retention and understanding of Good Laboratory Practices, making the course a standout in its field.