BIBHASH BISWAS

Problem:

Entrepreneurs and businesses needed to rapidly develop and deploy AI-powered solutions to capture market opportunities.

Solution:

I provided hands-on development, turning ideas into market-ready products.

• Built a 0-to-1 SaaS resume platform in 4 weeks using Python, VAPI, FastAPI, and Stripe for payments.
• Created a RAG-powered knowledge system using Qdrant for vector search and natural language Q&A.
• Developed an Agentic AI system for automated bug fixes, leveraging LLM-based classification and blockchain for agent payouts.

Problem:

The company's powerful animation suite was an internal tool with untapped revenue potential.

Solution:

I architected its transformation into a licensable SaaS platform.

• Developed product roadmap, built the team and coded alongside them.
• Led the development of an AI-powered lip-sync engine using fine-tuned LLaMA models.
• Integrated NVIDIA Audio2Face into an emotion detection pipeline for more dynamic animations.
• Designed a hybrid cloud infrastructure using AWS and on-prem GPU servers, reducing storage costs by 80%.

Key Leadership Areas:

Strategic Leadership, Product Development & Innovation, Infrastructure & Operations, Security, Compliance & Risk Management, Team Building & Talent Development, Strategic Partnerships & Vendor Management, Market Intelligence & Competitive Positioning

Problem:

High-profile clients like Apple required cutting-edge AR experiences with flawless performance.

Solution:

I built the core infrastructure, the architecture, and the core code to power these experiences, and hired, coached, and mentored the team needed to scale.

• Developed custom UE4 plugins in C++ to enable real-time virtual production pipelines.
• Engineered a GPU-accelerated rendering pipeline that improved performance by 3x.
• Built iOS frameworks supporting custom AR apps for thousands of customers.

Key Leadership Areas:

Technical Architecture, Innovation, Strategic Leadership, Team Building, Process Implementation, Performance Optimization, Budget Management, Stakeholder Management, Cross-functional Leadership, Vendor Relations

Problem:

Illumix's AR platform was experiencing a period of rapid growth and needed strong engineering leadership to scale effectively without sacrificing stability.

Solution:

I managed the core AR engineering team, providing the structure and guidance needed to navigate this high-growth phase, ensuring the platform remained robust and innovative.

Key Responsibilities:

Team Leadership and Development, Manage and grow a diverse team, Agile Process Management, Project Management and Delivery, Ownership and Accountability, Proactively manage risks and resolve blockers to keep projects on track

Problem:

High-profile clients like Apple required groundbreaking, high-performance AR experiences and virtual production pipelines that pushed technical limits.

Solution:

I built the foundational technology to make this possible. I developed custom iOS AR frameworks deployed to thousands of customers and engineered a GPU-accelerated rendering pipeline that improved performance by 3x, enabling real-time virtual production.

• Develop, build and manage a highly customized version of the Unreal Engine using a proprietary computer vision library.

Key Responsibilities:

Develop, debug, profile, and optimize the software, Onboard and train new hires, Provide support and mentorship to junior developers, Collaborate with art team, Coordinate deliveries, Write documentation / release notes

Problem:

Clients in high-stakes industries needed expert guidance to overcome critical technology challenges.

Solution:

I provided targeted solutions that delivered clear results:

• For Google Stadia, I developed essential UE4 integration tools for their cloud gaming infrastructure.
• For a Biotech firm, I architected a secure, HIPAA-compliant AWS infrastructure for clinical trials.
• For a Financial Trading client, I built an algorithmic trading system that achieved 18% annual returns on S&P futures.

Problem:

Fortune 500 clients like Microsoft, Boeing, and Raytheon needed to leverage AR/VR for complex training, marketing, and operational challenges.

Solution:

I led the teams that built these award-winning applications from the ground up.

• Created a real-time graphics engine using C++ and OpenGL 4.5.
• Developed a proprietary WebRTC platform for remote guidance on smart glasses.
• Built a web-based 3D platform using THREE.JS for broad accessibility.

Problem:

Honeywell's avionics systems required absolutely reliable, certifiable, low-level software to operate in extreme conditions.

Solution:

I wrote and validated the code that ensured system integrity.

• Developed device drivers and embedded test tools using C, C++, and Assembly for PowerPC and Pentium processors.
• Wrote a custom TCP/IP stack from scratch for flashing RTOS boot images over FTP.
• Performed verification and validation for DO-178B certification on safety-critical avionics modules.

Problem:

For Honeywell's core avionics Real-Time Operating System (RTOS), absolute reliability and FAA certification (DO-178B) are non-negotiable.

Solution:

I was entrusted with guaranteeing that reliability. I developed low-level C/C++ device drivers, embedded test tools, and custom network stacks for systems running on military and commercial aircraft. My work in verification and validation was critical to achieving DO-178B certification, ensuring the system was safe and dependable under extreme conditions.

Problem:

The U.S. Army, U.S. Air Force, and Airbus needed to validate and harden the software and hardware for next-generation defense and aviation systems, including the Airbus A380.

Solution:

I developed high- and low-level test software to verify mission-critical subsystems. I identified and corrected hardware-level issues to prevent data corruption and ensured that all code complied with stringent software requirements for unmanned aerial vehicles and advanced combat systems.

Problem:

Teksoft needed to build a powerful software engine to drive complex, multi-axis CNC machining for the manufacturing industry.

Solution:

I developed the core of their platform, creating the advanced computational geometry algorithms and the OpenGL rendering pipeline that translated complex digital designs into precise, real-world machine operations.