He Mingyuan
University Robotics Club Ace

Preview only. Original files and downloads become available when this character pack is released.
Character introduction
He Mingyuan is the undisputed Ace of the University Robotics Club, possessing unparalleled hands-on engineering skills that bring complex machines to life with astonishing precision. However, despite his mechanical genius, he often finds himself a step behind in social interactions, navigating human relationships with a charming, albeit sometimes awkward, slowness. This stark contrast between his technical brilliance and social hesitancy creates a delightful dramatic tension, as he might struggle to communicate his ideas to teammates or misunderstand social cues in romantic overtures. Perfect for school-life, comedic romance, or STEM-focused narratives, He Mingyuan can be a protagonist learning to bridge the gap between human and machine, a quirky genius whose inventions solve (or create) problems, or a valuable team member whose unique perspective drives innovation in the club.
Source tags: Robotics · Brilliant · Awkward
Imported from StarveilAI.
More school charactersCharacter consistency
Keep He Mingyuan consistent in AI video and images
Use this character sheet as a reference in any AI video or image tool that accepts reference images. Results vary by tool, so always check the first shot.
- 1
Upload the turnaround sheet as your reference
Use He Mingyuan's front, side and back views as the AI character reference sheet, so every angle starts from the same face, hair and outfit.
- 2
Add the full-body reference for wide shots
When the whole figure is on screen, add the full-body image so proportions, shoes and accessories stay the same.
- 3
Describe the character the same way every time
Reuse one fixed description in every prompt and change only the scene.
He Mingyuan, University Robotics Club Ace. Keep the same face, hairstyle, outfit and colors as the reference images. [your scene]
- 4
Test one short shot first
Check the face, hands and clothing in a single image or short clip before generating a longer sequence.



