Manmohan Mahapatra

Started own restaurant (Now on auto-pilot)

• Coded the restaurant management software (Ordering, billing, inventory etc)
• Managed staffs from highly unprofessional sector

Developing different kind of software:

• Built an AI-powered ‘Social Brain' prototype — a privacy-first semantic memory system that securely stores conversations as vector embeddings and uses LLMs to retrieve context, summarize trends, and generate group-level insights without exposing raw data — paving the way for a memory-first social platform.

Developed an automated trading system using Spring Java. Key features include:

• Secure login with JWT-encrypted passwords
• Developed indicators and automated order management via Kite API
• Integrated frontend-backend control system for monitoring algorithms and user activity
• Order management for multiple users with centralized strategies
• Led product planning, mathematical modeling, and trading strategies
• Planning to pivot the project beyond a startup structure, not as a startup.

Integrated and developed many new features:

• Single handedly handled backend of user/customers onboarding process for all kind of users (KYCed, non KYCed, cKYCed, non cKYCed)
• Key developer in Mutual Funds team (handled multiple teams like ordering system, payments, onboarding new AMC, SEBI regulation changes, OTP system optimization and many more)
• Integrated new clients for different kinds of applications (eSign, digilocker etc.)
• Optimized old code in certain cases to have a better user experience and optimized backend.
• Resolved almost 300 customer/user queries by finding the root cause of the problem and taking necessary actions like recreating the same condition in dev and solving it etc .
• Got “Rising Star” award.
• Got a mid-year hike of 40% for good performance.

• There are a lot of logics used inside the locomotive. I have coded these logics using embedded C.
• I have designed an emulator to simulate the hardware of loco in order to test the designed controller.
• I have done CAN, UART, I2C and SPI communication between different processors of a locomotive.
• Coding of Analog and Digital Cards used along with the processor.
• Hardware testing of electric motors that will be used for locomotives.