Samrat Roy Email & Phone Number

New Delhi, Dl, In

Greater Noida

I led a comprehensive website migration from Drupal 7 and 9 to ProcessWire, resulting in a 25% improvement in page load speed and a 20% increase in organic traffic. By optimizing site architecture in collaboration with SEO and development teams, we achieved a 15% higher ranking for targeted keywords. I also initiated an OTRS ticketing system, streamlining query resolution for internal and external audiences, which reduced response times by 40%. Through content optimization, we increased session duration by 30% and reduced the bounce rate by 19%. Additionally, I strategically optimized SEO vendor performance, driving a 35% growth in SEO-driven leads within eight months post-migration. My collaboration with university researchers to launch an editorial blog significantly boosted page views and led to a researcher securing a ₹1.5 Crore grant from a prominent organization. Targeted campaigns resulted in a 15% increase in event participation, enhancing digital engagement across five major institutional events due to improved usability of the new website. Furthermore, I conducted regular training sessions for university staff to keep them updated on new features, fostering engagement and indirectly supporting employee retention.

New Delhi, Delhi, India

I have successfully led a diverse team of content, SEO, design, and customer success professionals to enhance our brand identity and significantly improve engagement. During a critical admission season, I managed the migration of our website from PHP to .NET, ensuring a seamless transition with minimal sales disruption. Additionally, I played a key role in strategic communications during MoU signings with major organizations, including the Indian Navy and the Embassy of Ukraine. My efforts boosted our LinkedIn followers by 63% through regular engaging content in just six months. Collaborating with the digital marketing team, we created user-friendly content for multichannel campaigns, achieving a 35% open rate and a 12% click-through rate—both higher than industry benchmarks. I developed an Interactive Voice Response (IVR) system to guide new customers, which included a detailed communication script that reduced query load and enhanced productivity. Reviving dormant Google My Business profiles improved local search visibility, leading to a 25% increase in inquiries with a 100% response rate. My content strategies contributed to a 40% annual increase in organic traffic, while PR campaigns raised brand mentions by 20%, enhancing our online reputation. By streamlining team workflows, we reduced the content production timeline by 15%.

Gurugram, Haryana, India

I authored SEO-optimized articles that achieved top 5 rankings on Google SERP, attracting over 23,000 unique visitors within just two hours of a JEE Main 2021 news release. By managing and optimizing ad banners and content, I increased client click-through rates (CTR) by 10% and boosted page views of legacy articles by 20%. Collaborating with outreach, social media, and customer success teams, I enhanced communication strategies to address brand communication gaps effectively. I successfully managed a team of 10 freelancers, reducing content delivery time by 15% while maintaining editorial consistency. Through strategic content optimization, we consistently achieved a minimum of 12% monthly growth in unique visitors.

Mumbai Area, India

CFD Analysis of Natural Circulation Loop for AHWR Safety SystemsProject OverviewThis project involved a CFD analysis to investigate the behavior of a natural circulation loop in an AHWR. The goal was to design robust safety systems for the heat transfer system.MethodologyGeometry Creation: A 3D model of the loop was created.Mesh Generation: A high-quality mesh was generated.CFD Simulation: Simulations were performed using a commercial software package.Validation: Results were validated against experimental data.Key FindingsNatural Circulation Behavior: The simulations captured the natural circulation flow pattern.Flow Stability: Potential instabilities were identified.Heat Transfer: The heat transfer characteristics were studied.Transient Analysis: The loop's response to disturbances was evaluated.Safety System DesignRecommendations were made for safety systems, including:Emergency Cooling SystemsFlow Control DevicesInstrumentation and ControlConclusionThe CFD analysis provided valuable insights for designing robust safety systems to ensure the safe operation of the AHWR.

Mumbai Area, India

Development of a Genetic Algorithm for Nuclear Reactor StartupProject OverviewThis project developed a genetic algorithm (GA) to optimize the initial startup of a nuclear reactor.MethodologyProblem Formulation: The startup process was defined as an optimization problem.GA Implementation: A GA was developed with components like representation, fitness function, selection, crossover, and mutation.Monte Carlo Simulations: Simulations were performed for each individual in the population.GA Optimization: The GA iteratively generated new populations to improve fitness.Key FindingsEfficient Exploration: The GA efficiently explored the parameter space.Improved Efficiency: GA-optimized parameters led to faster startups.Enhanced Safety: The GA helped ensure safety limits were met.ConclusionThe GA demonstrated its potential as a valuable tool for optimizing nuclear reactor startup, contributing to safer and more efficient operations.

Salt Lake City,Kolkata

PET and Natural Radioisotope Detection in Sundarbans DeltaProject OverviewThis project focused on PET research and natural radioisotope detection in the Sundarbans Delta.PET ResearchRadionuclide Production: Production of positron-emitting radionuclides.Radiopharmaceutical Development: Development of new radiopharmaceuticals.PET Scanner Design: Design and optimization of PET scanners.Image Reconstruction: Development of advanced image reconstruction algorithms.Natural Radioisotope DetectionSample Collection: Collection of soil samples from the Sundarbans Delta.Sample Preparation: Preparation of samples for radioisotope analysis.Radioisotope Measurement: Measurement using HPGe and NaI:Tl detectors.Data Analysis: Analysis of measured radioactivity data.SignificanceThis research contributed to the advancement of PET technology and provided insights into natural radioisotope distribution in the Sundarbans Delta.