Developed a prototype to connect Oculus, Kinect, and mobile device for game control.

Group Project on unreal:

Slyborg Assault is a game developed usingUnreal Engine 4. The player takes control ofCarolina Robobo, a mechanical android who must defend her ship from attacking Slyborgs! The player can build and control turrets to stave off the encroaching hoards of slimy attackers.

The game features turret upgrading and possessing. The turrets that the player builds can fight off the enemy Slyborgs themselves, but the player can also directly control their turrets to give better control and firepower.

• Did all the pathfinding , navmesh , movement , effects on slimes (little enemies )
• UI Design and development
• Data sheet
• Core loop

Worked task based on Universim remotely from Tunisia to California.
Unity C#, Plastic, Jira, Discord, Time Doctor.

Sold over 200 000 times on Steam :https://steamspy.com/app/352720

RTS, AI, Procedural Generation.
https://crytivo.com/en/the-universim

Modified some of the AI in Universim .

Fixed bugs .

Added content to the game.

I was a Lead producer and developer on “Leap A Head”, a mobile puzzle game with a timing mechanic that makes a snake move from one platform to another to reach it’s goal. The game’s theme is Mayan and takes place in an ancient temple .

I supported my team during all aspects of the project that will be released in September.

Tools: Unity 3d C# –for IOS and Android

1. Game Design
2. Planning the tasks for 2 artists and 4 developers and Audio artist
3. Prototyping many game mechanics
4. Testing +Networking
5. Choosing 1 mechanic and creating a solid fun core loop
6. Testing +Networking
7. Adding 1 feature , UI , Menu , World map , Audio …
8. Testing +Networking .
9. Implement Social media and ads .
10. Testing +Networking .
11. Polish , Juice , fix bugs
12. Publish on IOS , Android

https://www.facebook.com/LeapAHeadGame/

https://games.massdigi.org/leapahead/

https://play.google.com/store/apps/details?id=com.MassDiGI.LeapAHead&hl=en

https://itunes.apple.com/app/id1252716743

Link to Video :https://www.youtube.com/watch?v=FAIxCHqCCM4

decision-making techniques commonly used in
almost all games
– path finding (A*)
– decision trees
– hierarchical state machines
– behavior trees

All done in a 2D engine , visual studio C++

those 2 videos are about some AI bots created with different logic in a class tournament, I ended up second in both tournaments.

https://www.youtube.com/watch?v=iq3pxFcq04w

https://www.youtube.com/watch?v=bg7r7hS-wxM

I redeveloped the entire solution and updated its graphics to make it work properly and look as it looks right now.

I had to identify the client's need, adapt to its project structure and then recreate the whole project on a new design.

Within Petricore I fixed some bugs.

Changed the UI in order to fix a monetization issue which increased their winnings with a simple change.

In this project too I fixed some bugs and fixed some monetization issues while redisgning some of the procedural generated obstacles in the game.

This was my first console/desktop project I worked on!
I had the chance to join the team when they started designing the concept.

I helped them design the mechanic, the UI, the narrative.

I fixed bugs and created many prototypes as fast as possible so we could get different feedbacks from users.

I implemented features and special shaders for this big open world withing the game.