Motion Graphics Designer - 2D/3D Visuals for Film & TV in London

Motion Graphics Designer - 2D/3D Visuals for Film & TV in London

London Full-Time 35000 - 45000 Β£ / year (est.) No working from home possible
DNEG

At a Glance

  • Tasks: Create stunning 2D/3D visuals for film and TV projects.
  • Company: Join Dneg, a leading studio in the motion graphics industry.
  • Benefits: Exciting projects, creative freedom, and a collaborative team environment.
  • Why this job: Showcase your creativity and push design boundaries in a dynamic setting.
  • Qualifications: Strong motion graphics background and teamwork skills.

The predicted salary is between 35000 - 45000 Β£ per year.

Dneg is looking for experienced Motion Graphics Designers to join our dynamic team in Greater London. You will have the exciting opportunity to contribute to a variety of shows and projects, showcasing your creativity and design expertise in a variety of formats.

The role requires a strong background in motion graphics, collaboration with clients and teams, and the ability to adapt your style to meet project needs. If you're passionate about pushing the boundaries of design, we want to hear from you.

Motion Graphics Designer - 2D/3D Visuals for Film & TV in London employer: DNEG

Dneg is an exceptional employer that fosters a vibrant and collaborative work culture in the heart of Greater London, offering Motion Graphics Designers the chance to work on diverse and exciting projects in film and TV. With a strong emphasis on creativity and innovation, employees benefit from continuous growth opportunities, mentorship, and the chance to push the boundaries of design in a supportive environment. Join us to be part of a team that values your unique talents and encourages you to thrive in your career.

DNEG

Contact Details:

DNEG Recruitment Team

We think you need these skills to ace Motion Graphics Designer - 2D/3D Visuals for Film & TV in London

Motion Graphics Design
2D Visuals
3D Visuals
Creativity
Design Expertise
Collaboration Skills
Adaptability