About F3 Studios Photography and Design Design company in Lake In The Hills, United States
Versatile, Reliable, and Exceptional Photography, Graphic Design, and Turn-Key Business Solutions
F3Home of award-winning art director photographer and graphic designer Stephen D. Jensen F3 Studios is a full service design and photography studio focusing on high impact imagery for the entertainment industry.
Stephen D. Jensen is known mostly for his work in the music and entertainment industries on album covers packaging guitar design and artist photos. Stephen received his BA in graphic design at Columbia College of Chicago focusing mainly on graphic design photography and typography. Stephens style comes from a combination of unique photography photo direction and photo manipulation and a strong sense of color design and typography. He also possesses a strong background in marketing and branding having helped with the visual identity of some of the biggest brands in the business. Stephen is known for his outside thinking often coming up with ideas and concepts that are not always the most obvious solution while also managing to be the perfect fit. He is very confident when taking on full projects working from original concepts sketches photography design layouts through final presentation and production. But Stephen also shines as part of a strong creative team and works well with other designers and photographers that challenge his skills. With influences from the early art masters to his modern day peers Stephens work balances elegance and precision with chaos and decadence. Some of his pieces offer deep concepts and photorealistic imagery while others are studies in color design typography and structure.
Stephen currently resides in Crystal Lake IL minutes from his studio with his wife and four children.
F3 Studios is a full-service photography, design, and art direction house serving the needs of corporations and businesses. At F3, we are creative, client-centric and adaptable, and our focus is on providing on-time, on-target solutions of remarkable qua
