Direction Educare
Unity Development Experience
Worked on interactive applications using Unity, gaining experience in gameplay implementation, technical problem-solving, and development workflows.
Apoorva
Unity Gameplay Programmer
My Background
From engineering conceptsto playable systems.
My development interests sit at the intersection of software engineering, gameplay programming, and real-time interaction.
Working on Unity projects has helped me understand the importance of player feedback, technical constraints, modular design, and the ability to continuously improve a working system.
Experience & Leadership
Building experience through real projects.
IDZ Digital
Development Internship
Further experience in a professional development environment, working on software implementation and practical engineering responsibilities.
AIT AR-VR & Game Development Club
Student Club Leadership
Contributed to technical initiatives, collaborative activities, and student engagement around game development and immersive technologies.
Education
Army Institute of Technology, Pune
Undergraduate engineering studies in Automation and Robotics.
Technical Specialization
What I focus on building.
My work spans gameplay programming, reusable technical systems, AI integration, and immersive experiences.
Gameplay Programming
Designing player mechanics, movement systems, interactions, and gameplay features in Unity.
UnityC#Player Systems
Systems Architecture
Building modular and maintainable systems with clear separation of responsibilities.
OOPFSMGame Systems
Interactive AI
Exploring AI-driven NPCs, conversational interactions, and computer vision within real-time applications.
AI IntegrationPythonNPC Systems
Immersive Technology
Developing interactive experiences and prototypes for augmented and virtual reality.
XRMeta QuestUnity
Engineering Mindset
Build, test,understand, improve.
My approach is to get mechanics working early, understand their limitations, and improve their underlying systems as requirements become clearer.
01
Prototype early
Validate the core interaction before committing to a larger architecture.
02
Separate responsibilities
Keep input, state management, simulation, and visual presentation understandable.
03
Design for iteration
Favor systems that can be tuned, extended, and debugged without unnecessary rewrites.
04
Test the experience
Use functional testing and playtesting to identify problems with mechanics and player feedback.
Let's Connect
Interested in working together?
I'm interested in gameplay programming, technical game systems, and interactive experiences. Feel free to explore my projects or reach out.