Steven Wright

At realworld one, I am responsible for the implementation of the VR interaction systems, together with the development and documentation of an API with which our content teams can author sophisticated VR experiences for our clients. I also provide support to the content teams in this capacity.

Other areas of responsibility include: Multiplayer replication and arbitration strategies, maintaining responsive, efficient and accurate behaviour even in high-latency conditions. Multi-platform… Show more

At realworld one, I am responsible for the implementation of the VR interaction systems, together with the development and documentation of an API with which our content teams can author sophisticated VR experiences for our clients. I also provide support to the content teams in this capacity.

Other areas of responsibility include: Multiplayer replication and arbitration strategies, maintaining responsive, efficient and accurate behaviour even in high-latency conditions. Multi-platform support (Oculus, Vive, Mixed Reality...)

Developed in C++ with Unreal Engine. Show less

For this driving action game based on a high-profile movie franchise, I was was responsible for developing the initial team-based multiplayer prototype and early gameplay features. I took on a key role in driving the development of the gameplay logic architecture and corresponding engine interface.

Developed in C++.

For this advanced driving simulation title, I was responsible for implementing various gameplay and eSports features.

Developed in C++.

For this flagship PlayStation VR title, I was part of the initial team of two programmers tasked with realising the proof-of-concept prototype, which was ultimately carried forward into full studio production. My prime area of responsibility was the development and iteration of player locomotion systems and networked interaction strategies. As chief physics engineer, I continue to provide studio-wide support in the authorship and optimisation of physics content and features, as well as… Show more

For this flagship PlayStation VR title, I was part of the initial team of two programmers tasked with realising the proof-of-concept prototype, which was ultimately carried forward into full studio production. My prime area of responsibility was the development and iteration of player locomotion systems and networked interaction strategies. As chief physics engineer, I continue to provide studio-wide support in the authorship and optimisation of physics content and features, as well as updating/evaluating the latest Havok middleware libraries.

Developed in C++, with Havok and an early version of the Decima engine. Show less

This was an ambitious version of a flagship PlayStation franchise, critically-acclaimed for its technical achievement. As the chief physics programmer on this project, I was responsible for porting Killzone's sophisticated Havok physics engine from the PS3 to the PS Vita and aggressively optimising it for that platform. I acted as the studio's point of contact with Havok, responsible for maintaining and modifying custom versions of their middleware libraries.

I also provided studio-wide… Show more

This was an ambitious version of a flagship PlayStation franchise, critically-acclaimed for its technical achievement. As the chief physics programmer on this project, I was responsible for porting Killzone's sophisticated Havok physics engine from the PS3 to the PS Vita and aggressively optimising it for that platform. I acted as the studio's point of contact with Havok, responsible for maintaining and modifying custom versions of their middleware libraries.

I also provided studio-wide support across all disciplines on matters pertaining to physics, destruction and collision content creation. This was accompanied with extensive online documentation, and presentation of appropriate guidelines to the team. This project also entailed thorough post-release support.

Developed in C++, with Havok. Show less

This dynamic party-based game, was designed to showcase the PlayStation Move controller, featuring a variety of motion-control styles and game modes. I was responsible for developing systems to manage the allocation and calibration of available controllers. I also took charge of the face-capture tech. This work involved a large amount of focus-testing. I also supervised a series of home tests to assess effectiveness in different lighting conditions.

Developed in C++, with Scaleform.

As part of a small team, I was tasked with adding (now-patented) Facebook features to the PlayStation's PVR software. I also provided telemetry systems to allow the online team to analyse usage patterns and better tailor the user experience.

Developed in C++.

This version of the flagship PlayStation franchise was awarded the BAFTA for "Best Handheld Game" and nominated for "Use Of Online". On this project, I was in charge of designing and implementing the complex front-end architecture and its integration with online community features. I also had an instrumental role in shaping the game's data format and associated C# / XML tool-chain.

Developed in C++, C#, XML, .Net.

This high-profile title was developed in collaboration with Ninja Theory. My chief role on this project concerned the development of ragdoll physics systems and their integration into various novel gameplay features.

Developed in C++, with Havok.

This was an ambitious title based on a high-profile license. I had a wide range of responsibilities on this project, most notably spearheading development and shaping design of the interrogation mini-game from prototype through to completion. This included work on gameplay, UI, audio, animation, cameras and bespoke data pipelines. My work was strongly focused towards the development of novel cinematic and narrative features. In other areas, I was involved in the development of ragdoll physics… Show more

This was an ambitious title based on a high-profile license. I had a wide range of responsibilities on this project, most notably spearheading development and shaping design of the interrogation mini-game from prototype through to completion. This included work on gameplay, UI, audio, animation, cameras and bespoke data pipelines. My work was strongly focused towards the development of novel cinematic and narrative features. In other areas, I was involved in the development of ragdoll physics systems, including blending with animation and custom data export pipelines. I also developed AI routines for pedestrians and background traffic.

Developed in C++, with Havok. Show less

Contributed to the development of the 3D 'match-play' AI engine for three iterations of this annual football management franchise.

Developed in C.

Console hardware evaluations. Game tech R&D. Development of undisclosed game prototypes in C#/XNA.