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Robotics . Digital Twins . Deep Learning . Simulation to Real Gap . Perception based Control
AI is analyzing your overall score…
Identifying your key strengths…
Evaluating your skill match against the job requirements…
Assessing your cultural and operational fit
CUSUM_Fault_Detection_MOO
June 25, 2026 – Present
CUSUM_Fault_Detection_MOO — GitHub repository
View ProjectROS_Pkg_TurtleBot_Team05
May 2, 2026 – Present
ROS 2 package for the ELE434 autonomous robotics assessment at the University of Sheffield. The robot must autonomously visit 12 outer zones of a 4×4 m arena within 90 seconds without colliding with any obstacles.
View ProjectBreadBot_Autonomous_MMR
April 27, 2026 – Present
An autonomous mobile robot that navigates, positions itself, and draws using a marker with the help of encoder feedback and a 2-DOF robotic arm.
View Project3D_Path_Planning_in_PGT
March 19, 2026 – Present
A procedural simulation framework for comparative analysis of 3D path planning algorithms, focusing on autonomous navigation in complex unknown terrains.
View ProjectLevel_2_Digital_Twin_for_FDM_Additive_Manufacturing
March 18, 2026 – Present
A Unity based Level 2 digital twin of a 3D Printer enabling real-time monitoring and interaction.
View ProjectGesture_Controlled_6DOF_Robot_Prototype
March 17, 2026 – Present
This project presents a gesture-controlled 6-degree-of-freedom (6DOF) robotic manipulator that provides a prototype for human robot interaction using computer vision. The system interprets hand gestures and translates them into real time robotic movements.
View ProjectITP_CancerDetection_XAI_Model
March 3, 2026 – Present
Cancel cell classification and XAI explanation using microscopy datasset.
View ProjectEpuck_Robot_Tasks
December 24, 2025 – Present
Obstacle avoidance and Object following tasks in a controlled environment.
View ProjectCultural Fit Analysis
The candidate's project portfolio is heavily focused on robotics, autonomous systems, and scientific computing, with a single project mentioning Unity. While this demonstrates strong technical capabilities, the direct alignment with a 'Game Developer' role is limited. The projects suggest a research-oriented or embedded systems background rather than traditional game development. This might indicate a cultural fit towards R&D or simulation-heavy roles within gaming, but less so for general game development. The breadth of skills is good within robotics, but narrow for game development.
Soft Skills & Operational Fit
The candidate's project descriptions indicate a strong inclination towards complex problem-solving and practical application of technical skills. The diversity of robotics projects suggests an ability to work on varied challenges, which is beneficial for dynamic development environments. However, without specific psychometric or English test results, it is difficult to assess communication, teamwork, and stress handling capabilities.