Alok Kumar

Lovely Professional University

Undergraduate Researcher

Introduction to Quantum Computing and Cybersecurity Challenges

• Exploring the Nexus of Cybersecurity and Quantum Computing Delve into the intersection of cybersecurity and quantum computing, highlighting how advancements in quantum technology pose both challenges and opportunities for securing digital infrastructure. under the supervision of Prof. Dr. Mandeep Kaur.
• Exploring Quantum Threats to Current Security Infrastructure Discuss the specific threats quantum computing poses to current security infrastructure, such as the ability to break widely used encryption algorithms like RSA and ECC. Explain the importance of understanding these threats to develop quantum-resistant cryptographic solutions.
• Strategies for Quantum-Resistant Cryptography Outline of various strategies for developing quantum-resistant cryptographic algorithms. Examples include lattice-based cryptography and hash-based signatures.
• Implementing Quantum-Safe Security Measures Description of implementing quantum-safe security in existing systems. Discuss challenges of transitioning to quantum-safe cryptographic solutions.

Scale AI

Prompt Engineer

• Crafted elaborate prompts for various generative AI tasks. Tailored prompts using well‑defined formats such as natural language questions and structured inputs based on the task’s domain to fine‑tune the LLM, improving the chatbot’s responses and enhancing overall performance.
• Provided user feedback by reviewing and scoring the chatbot’s responses to ensure they align with intended chatbot behaviors and the chatbot produces accurate and contextually appropriate responses to given prompts.
• Engaged in collaborative meetings with cross‑functional teams and project coordinators, actively seeking guidance, addressing queries, and collectively brainstorming strategies to generate higher‑quality prompts.

Muskurahat Foundation (NGO)

Team Leader In Rural health Department

• Strategic Planning and Coordination: Led the planning and coordination of healthcare initiatives in rural areas, ensuring alignment with Muskurahat Foundation's mission and objectives. Developed strategic plans to address community health needs and optimize resource allocation for maximum impact.
• Team Management and Training: Directed and supervised a team of healthcare professionals, including doctors, nurses, and community health workers. Provided guidance, mentorship, and training to enhance their skills and capabilities, fostering a culture of continuous learning and professional development.
• Community Engagement and Outreach: Facilitated community engagement and outreach programs to raise awareness about health issues and promote preventive healthcare practices. Organized health camps, workshops,and awareness sessions to empower rural communities with knowledge and resources for better health outcomes.
• Monitoring and Evaluation: Implemented robust monitoring and evaluation systems to track the progress and impact of health interventions. Conducted regular assessments to measure the effectiveness of healthcare services, identify areas for improvement, and ensure accountability and transparency in program implementation.

Nanonetworking Research Group, Lovely Professional university

Undergraduate Researcher

• Worked on the “Design and Implementation of Molecular Communication Systems Using Index Modulation”
• Simulated the Brownian motion of molecules in a SISO MCvD system and predicted simulation parameters such as receiver radius, diffusion coefficient, and transmitter‑receiver distance using CNNs with Keras and TensorFlow.
• Plotted the arrival of molecules per symbol duration in a SISO MCvD system using Binomial, Poisson, and Gaussian model approximations with MATLAB.
• Ran Monte Carlo simulations of the Gaussian model to encode and decode randomized binary sequences in a SISO MCvD system using BCSK modulation technique and calculated the bit error rate on Z‑channel.