Early Life, Family and Training

Peter Struycken arrives on the scene in The Hague, the Netherlands, on 5 January 1939. He grows up in a household connected to the performing arts; his brother is the actor Carel Struycken. These early years in the Dutch landscape set the stage for a life defined by rigorous formal study and an eventual shift toward the digital frontier.

The path toward professional practice begins at the Haagsche Lyceum. From there, the focus shifts to the Royal Academy of Art in The Hague. Between 1957 and 1962, Struycken undergoes his formal training at the Academy, a period that establishes the technical foundation for his later explorations of structure and form. This academic grounding provides the essential framework before he moves into the complexities of teaching and technological experimentation.

Career and Academic Roles

The year 1964 marks a shift toward institutional influence. Struycken enters the academic sphere as a teacher at Hogeschool voor de kunsten Arnhem. This role evolves into a leadership position; from 1964 to 1976, he directs the environmental art department at the Arnhem Academy of Visual Arts. His presence in Arnhem is foundational, as he becomes one of the founders of the Arnhem School for environmental design.

Teaching remains a constant thread. Alongside his work at the Academy, he serves as a teacher at ArtEZ, Arnhem. His academic tenure is defined by this intersection of instruction and the development of new pedagogical structures for environmental design. He remains active in these educational capacities while his practice expands into the digital realm.

Pioneering Digital and Computer Art

The year 1968 marks a shift. While others view the computer as a tool for calculation, Struycken begins integrating it into the creative process. By 1969, he is already one of the earliest adopters of computer-generated art, moving beyond traditional methods to explore digital visual compositions. He works alongside Stan Tempelaars, who writes the OSTRC software in Algol 60. This program becomes the engine for his investigations into structure and chance.

The process is a tension between mathematical logic and manual execution. In the Computer Structures series, the computer generates the digital compositions, but the resulting paintings are executed by hand. He uses the machine to navigate transitions from simple to complex, and from regular to random visual structures. This method allows him to investigate the role of chance while maintaining a specific measure of control over the final image.

This digital logic extends into the physical realm through various media. He applies these computational principles to:

• Pixelated postage stamps designed with Gerard Unger in 1981
• Computer-controlled Jaquard weaving for large-scale wall hangings
• Dynamic light works and stage sets for dance performances

Technique and Artistic Style

Abstraction defines the core of his practice, spanning a wide range of media from paintings and tapestries to video, costumes, decors, and computer programs. He moves between the digital and the physical, utilizing computer-generated art alongside tactile methods like lacquer paint on perspex and Jaquard weaving. In his weaving, he has used a palette of 28 colours, later expanding to 256 colours by alternating white warp threads with coloured ones. This technical precision allows for complex, layered structures.

The focus remains on the coherence of colour. He prioritizes the relationship between colours over the selection of single, isolated hues. This investigation into color spaces creates images that shimmer and appear to move. The visual effect approaches entoptic perception, mimicking the sensations seen behind closed eyes from residual nerve stimuli. His work often explores the transition from simple to complex and from regular to random visual structures, using the computer to investigate the role of chance while maintaining a specific measure of control.

• Computerstructuur 1A (1969)
• Computerstructuur 4A (1969)

Notable Commissions and Public Works

The intersection of mathematical logic and public utility defines much of his output. In the late 1970s, Struycken utilized a basic computer program to generate a specific set of sixteen pastel hues. This digital color exploration moved from the screen into physical space when these shades were incorporated into the color scheme for the auditorium of the Kröller-Müller Museum.

His work often enters the daily lives of citizens through small, functional objects. Between 1981 and 2010, he collaborated with typography designer Gerard Unger to design a series of postage stamps. This long-term project utilized computer-generated dots to translate photographic imagery into a graphic language. One notable result of this method was the 1981 pixelated stamp of Queen Beatrix.

Where to See His Works Today

His presence in major Dutch institutions remains significant. The Rijksmuseum holds pieces of his output, placing his investigations into structure and chance within the national canon. In Amsterdam, the Stedelijk Museum Amsterdam maintains works that reflect his early explorations into the intersection of digital logic and visual form. These collections provide a physical record of his transition from traditional methods to computer-aided composition.

The Centraal Museum Utrecht preserves several works, including an untitled piece from about 1963. These holdings allow for a direct comparison between his manual executions and the digital structures that informed them. Elsewhere, the Kröller-Müller Museum contains works that highlight his ability to translate mathematical transitions into tangible art. His influence extends through various regional collections, including the Groninger Museum, the Van Abbemuseum, and the Museum Voorlinden, ensuring his presence is felt across the landscape of contemporary Dutch art.