QUANTUM COMPUTING FOR PREDICTIVE ANALYSIS IN MENTAL HEALTH

Qcohorté

ONGOING-EXPECTED COMPLETION JANUARY 2024 

•  Development of Quantum Enhanced Application for supporting predictive analysis of depression. 

•  A prototype prepped to demonstrate application of Quantum Computing in predictive analysis for mental health.

•  Making use of multiple repositories mapping neural pathways, governing patterns of brain connectivity related to mental health conditions. 

• The project aims to harness the exponential speed and computational power of quantum computers to identify patterns and predict outcomes in depression treatment 

• Inculcates research in quantum linear solvers, QLSA, to efficiently solve large systems of linear equations, a usual challenge towards handling large healthcare datasets.

QUANTUM-AI COMPLIANCE AND REGULATORY NAVIGATOR

Megasoft Solutions

ONGOING-EXPECTED COMPLETION MARCH 2024 

• Development of Quantum-AI enhanced compliance management system, reflecting real-time compliance monitoring, AI driven predictive risk analysis, and automated compliance alerts.

• Compliance data stream from finance and HR systems with associated regulatory database should result towards giving compliance risk assessment reports, productive compliance alerts and compliance timeline tracker. 

• Facilitate the identification of prospective compliance hazards prior to their occurrence, hence empowering proactive management strategies.

HUMAN RESOURCE MANAGEMENT WITH SUPPORT OF AI

Megasoft Solutions

CONCLUDED JULY 2023

• Construction of secure access protocols allowing users to log into the MDI Portal, designing role-based access control within the MDI Portal, and distinguishing between UPLOADER and APPROVER roles. 

• Establishing and managing data upload process for the UPLOADER role and inspecting data verification and approval process handled by the APPROVER role. 

• Merging automated system to generate upload status logs post-approval and notify the Megasoft Process Team alongside coordinating with Client's Process Coordinator to rectify any data discrepancies or missing information. 

• Associate with the Megasoft Process Team for data analysis and verification, ensuring alignment with AI-driven HR management objectives. 

PROTEIN FOLDING USING QC 

QuantumOpenAI 

CONCLUDED SEPTEMBER 2023 

• Integrate quantum principles into the understanding of protein folding and enhance protein folding sequences using quantum computing paradigm. 

• Expand the main chain and side chains to include more amino acids, neuropeptides, and sub-sidechains and incorporate custom interaction models, such as the mj-interaction model. 

• Add more penalty parameters to enforce correct chirality and modify the code to fit individual requirements for simulating protein chains and peptide interactions. 

IMPROVING ENVIRONMENT ACROSS HALO

ULTIMATE KRONOS GROUP

Under the guidance of Prof. SANETHIA V. THOMAS 

ASSOCIATED WITH THE PROJECT WORK AT THE UNIVERSITY OF FLORIDA 

SAMPLE PROTOTYPE SKETCH

CONCLUDED APRIL 2022

The focus was to understand the opportunities for improvement with the provided Halo application. Identifying any parts of user experience that fall short and exploring how they should be remedied. We have researched around modish terms and produced an interactive prototype for the same, which notably added a timer to track how long an environment has been active. Overall ease of navigation, presenting the user with relevant information upon opening the program. 

COLLEGESTION

Under the guidance of Prof. ALIN DOBRA

ASSOCIATED WITH THE PROJECT WORK AT THE UNIVERSITY OF FLORIDA 

CONCLUDED APRIL 2022

Collegestion is a self-invented CRM system that benefits both customers and inter-organizational members Since this project is a collaborative CRM at roots, we will try to make it operational alongside as well. We developed a viable interface storing the data as well as reflecting it in a dual input to single outcome format. This will benefit an organization by enabling smooth working with apt storage techniques, which can further be developed in a pliable format by the expected completion period. 

MEDICATORÉ

Under the guidance of Dr. Prateek Pandey

ASSOCIATED WITH THE PROJECT WORK AT JAYPEE UNIVERSITY

CONCLUDED JUNE 2021

Medicatoré comes up as an approach to aid people who are suffering from any disease during pandemic periods, the structure takes symptoms (like headache) as input through the idictor section and reflects the possible disease an individual might suffer from followed with their remedies, which will be only provided to the patient after relevant lab testing results, it will also give an overview list to patients alongside which may help them to input the most accurate symptoms, apart from this the platform may aid in providing the patient a quick consultation from the nearest doctor available in their region within a time interval. 

SHAKERY 

Under the guidance of Dr. Prateek Pandey

ASSOCIATED WITH THE PROJECT WORK AT JAYPEE UNIVERSITY

SAMPLE VIDEO

CONCLUDED JANUARY 2021

SHAKERY is a bakery that sells loafs including the famous shepherd loafs and have started to sell hot and cold servings. Users arriving at the bakery may have a look at variety of loafs available along with the drinks and can order the loafs as per their choice, along with prices alongside within the associated framework. The steward delivers these orders to the chef from the customer. The chef is responsible for making the type of loaf and preparing the newly added drinks according to the order. The problem revolves around managing the above situation effectively through effective methodologies and inculcate the new section of drinks as well in the system. For this we propose various design patterns which may suite to the storyline and become the solution design to our problem, with further addition more drinks can be added in hot and cold drink sections without changing the entire program. The pattern used may be of great choice for out factory to initiate its working with a better methodological structure and would surely help shaker moving to its best and help in efficient functioning as well.

UNREAL PRIME

CONCLUDED MAY 2019 

The project involves development of an innovative game using Python and Pyglet, an OpenGL-based game library. This project involved creating a versatile game engine and two distinct games: 'Shooter', a strategic game with interactive scoring mechanics, and 'Free_Roam_Moon', a Minecraft-inspired simulation game featuring a realistically modeled moon environment. The project emphasized robust programming practices, graphical user interface design, and user interaction mechanics, demonstrating my skills in software development, creativity, and problem-solving. This hands-on experience in game development provided a practical application of advanced programming concepts and object-oriented design principles.