The technology used by the budding engineers at NYU Tandon School of Engineering

NYU Tandon School of Engineering is constantly at the forefront of innovation. Let's see how they use the ASUS ProArt equipment to empower students in the Integrated Design and Media program.

The engine of innovation for Brooklyn and New York City

Within the bustling metropolis of New York City, the NYU Tandon School of Engineering stands out when it comes to cutting-edge research, transformative education, and impactful technological advancements. Founded in 1854, NYU Tandon fosters an environment where aspiring engineers can thrive and redefine the boundaries of what is possible. Located in Brooklyn at the center of technology and entrepreneurship, NYU Tandon provides its students invaluable opportunities for internships and other real-world opportunities. Hence, NYU Tandon is considered “the engine of innovation for Brooklyn and New York City.”

The Integrated Design & Media (IDM) program empowers creative practice, design research, and multidisciplinary experimentation with emerging media technologies. IDM actively encourages and supports diversity in technology. Students in the IDM course work on projects ranging from using motion capture technology to developing novel uses of virtual/augmented reality. This vibrant range of ideas fuels a dynamic learning environment where creativity, critical thinking, and problem-solving thrive.

The complexity of the digital landscape

In the realm of digital media, there are several significant challenges that both creators and users face. These challenges stem from rapid advancements in technology, evolving consumer behaviors, and the complex dynamics of the digital landscape. To stay innovative, NYU Tandon needs to equip its students with the latest technology to keep ahead of the game.

“The students are very eager to know what's the next thing that's coming out. They want to make sure that they have that on their portfolio and they want to make sure that they know how to do it well,” says Todd Bryant, Director of Production for the Integrated Design and Media Program.

NYU Tandon offers its students the latest technology to be used as part of their productions

Harnessing their own creativity

Portability is a necessity for students’ work. After using the ASUS ProArt Studiobook 16 OLED, the master students in the IDM course changed their thesis projects approach. Now they can take their work anywhere they want and still keep the quality consistent. Master's student Christopher Strawley mentions how having both the processing power and graphical power in a portable package is “unparalleled.”

Derek and Christopher working on their projects using ASUS ProArt Studiobook 16 OLED

Todd Bryant points out that students find the ASUS Dial very intuitive when working on non-linear editing. “They didn't know what true color really was [before], and they were working on subpar machinery that wasn't going to prepare them for what computing can do in the real world,” he explains. After using the ProArt Studiobook 16 OLED, students can remove any limitations and challenge themselves and their own creativity.

The ASUS Dial has been an intuitive addition to students workflows

Powering virtual reality

NYU Tandon has installed Puget System's Ryzen X670E ATX with ASUS ProArt Motherboard as part of its workflow. This custom-made workstation comes with a personalized manual packed with information about all its functionalities. The workstation features many inputs and outputs, and NYU Tandon uses all its USB ports for USB interfaces that run up to 64 channels of audio. To finish their projects, students can easily connect up to four monitors to the workstation if needed. This has enabled them to run really large projects in real-time off external drives via USB connection.

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NYU Tandon powers its students' workflows with a Puget System's Ryzen X670E ATX custom workstation powered with ASUS ProArt Motherboard

To empower its virtual reality, NYU Tandon uses the ASUS ProArt Station PD5 in its XR lab. By having processing power, students can now compile shaders without any downtime. This enables them to see the mistakes they may have made and fix them as quickly as possible. Virtual production requires a lot of technology; having multiple USB ports at the front of the PD5 station makes it very easy for students to connect external devices needed for their workflows.

Students enjoy using the ASUS ProArt Station PD5 as part of their virtual production projects since it comes with multiple connection ports

Different monitors for different set-ups

NYU Tandon has connected the ASUS ProArt Display PA348CGV with the Puget Systems computer. Using the ultra-wide display, the students are able to see their creations from a cinematic perspective. The wide monitor allows them to display any of their software anywhere they want on the screen and run it with a 120Hz refresh rate.

Students use the ultra-wide ASUS ProArt PA348CGV display to review their creations from a cinematic perspective

To ensure students see the correct color representation, they have also connected the ASUS ProArt Display PA328CGV to one of their workstations. As well as viewing virtual worlds at 165Hz, this Calman factory-certified calibrated screen makes them stand out when it comes to color. “The blacks are pure black, and we don't lose everything in the white," says Bryant. The ProArt display offers Delta E 2 color accuracy, making it an ideal option for color-critical tasks. With a 100% sRGB and Rec 709 color gamut, this display is suitable for students who need accurate color representation for their projects.

Students have paired the PD5 workstation with the ASUS ProArt Display PA328CGV

In its volumetric studio, the university uses the ASUS ProArt Display OLED PA32DC. The OLED monitor comes with a built-in colorimeter that ensures the monitor is calibrated for color-consistent results. The display has a true 10-bit color depth and a million-to-one contrast ratio that is essential for the volumetric footage to ensure true color accuracy across all deliverables. All the ASUS monitors have the flicker-free, low-blue light technology, which is a lifesaver for the students' eyes when they work late at night.

Todd Bryant using the ASUS ProArt OLED PA32DC in NYU Tandon's volumetric studio

Portable workflow solutions

NYU Tandon also uses two ASUS ProArt portable monitors in its workflow. The ASUS ProArt Display PA147CDV is used as a sequencer, where all animation is made. This 14-inch form factor is ideal for non-linear editing.

The ASUS ProArt Display PA147CDV is used as a sequencer next to the display

The ASUS ProArt PA148CTV portable monitor is used as a second display in students' thesis projects. “I've been using the ASUS ProArt Display PA148CTV as a second monitor for my thesis project in VR, which allows me to cast from a camera in the engine from a third-person perspective. So I'm able to display both what the person in VR is seeing and a third-person camera,” explains IDM master student Chris Crawley.

The ASUS ProArt PA148CTV portable monitor is used as a second display in students' projects

The ‘eyes light up’ moment

After using the ASUS ProArt monitors and laptops, students realized what color is supposed to look like. “It was an awakening for them; we call it the eyes light up moment," explains Bryant. The inspiration these colors give them means they are not limited to hardware. Students can now experiment with a variety of colors, giving them the freedom to create art in ways they could not before.

“The products have just facilitated them to be able to make their wildest creative dreams come true,” he concludes.