Arjun Krishna Email & Phone Number

Liverpool, Gb

Liverpool, England, United Kingdom

Role Overview:As a Data & AI Society Student Member at the University of Liverpool, I actively engaged in various initiatives aimed at enhancing my expertise in data science, machine learning, and artificial intelligence. I collaborated with fellow members on hands-on projects, attended industry-leading seminars, and contributed to discussions on emerging AI trends. My involvement in the society has expanded my knowledge of advanced data techniques and allowed me to apply these skills… Show more Role Overview:As a Data & AI Society Student Member at the University of Liverpool, I actively engaged in various initiatives aimed at enhancing my expertise in data science, machine learning, and artificial intelligence. I collaborated with fellow members on hands-on projects, attended industry-leading seminars, and contributed to discussions on emerging AI trends. My involvement in the society has expanded my knowledge of advanced data techniques and allowed me to apply these skills to solve real-world problems.Key Accomplishments and Impact:1. Collaborated on 3+ society projects, applying machine learning algorithms to solve complex data problems, which improved my practical understanding of AI applications.2. Attended 10+ data science seminars featuring industry experts, gaining insights into cutting-edge AI technologies and their applications in real-world scenarios.3. Organized AI-focused workshops for 50+ students, fostering peer learning and enhancing skills in data visualization, Python, and machine learning techniques.4. Contributed to discussions on emerging AI trends, actively participating in 5+ panel discussions and networking events, leading to 20% more engagement from society members. Show less

Bengaluru, Karnataka, India

I worked extensively on optimizing CPU performance for high-profile gaming titles such as Hitman, Far Cry, and Assassin's Creed, focusing on maximizing core-thread performance across various CPU architectures. My primary objective was to enhance the gaming experience by ensuring optimal task management and efficient use of Intel’s Alder Lake and Raptor Lake processors.Core-Thread Performance OptimizationRecognizing that modern games are highly multithreaded, I meticulously analyzed… Show more I worked extensively on optimizing CPU performance for high-profile gaming titles such as Hitman, Far Cry, and Assassin's Creed, focusing on maximizing core-thread performance across various CPU architectures. My primary objective was to enhance the gaming experience by ensuring optimal task management and efficient use of Intel’s Alder Lake and Raptor Lake processors.Core-Thread Performance OptimizationRecognizing that modern games are highly multithreaded, I meticulously analyzed and optimized task allocation and management across CPU cores and threads:a) Profiling and Benchmarking: I used tools like Intel VTune and FrameView to monitor game performance, identify bottlenecks, and analyze CPU usage patterns for targeted optimizations.b) Thread Management: By optimizing scheduling algorithms and adjusting thread priorities, I balanced the load across cores, reducing latency and improving frame rates.c) Microarchitectural Tuning: Leveraging Intel’s Hybrid Architecture, I optimized task allocation, ensuring demanding tasks ran on P-cores and background tasks on E-cores, maximizing performance. Show less

Bengaluru, Karnataka, India

Meteor Lake & Alder Lake Power Tuning: Focused on optimizing power consumption and performance across Intel’s Meteor Lake and Alder Lake processors by fine-tuning core-thread allocations and managing energy-efficient workloads.1) Power Management Strategies: Applied advanced techniques to balance power consumption without sacrificing performance, ensuring efficient power use across gaming workloads and heavy computational tasks.2) Performance Profiling: Leveraged profiling tools like… Show more Meteor Lake & Alder Lake Power Tuning: Focused on optimizing power consumption and performance across Intel’s Meteor Lake and Alder Lake processors by fine-tuning core-thread allocations and managing energy-efficient workloads.1) Power Management Strategies: Applied advanced techniques to balance power consumption without sacrificing performance, ensuring efficient power use across gaming workloads and heavy computational tasks.2) Performance Profiling: Leveraged profiling tools like Intel VTune to assess CPU power and performance metrics, enabling optimized task distribution and power savings while maintaining system responsiveness.3) Hybrid Architecture Utilization: Exploited Intel’s P-core and E-core hybrid architecture, distributing workloads to enhance performance while minimizing power consumption, particularly for power-intensive games. Show less

Bengaluru, Karnataka, India

1) Led the Audio Testing efforts, ensuring high-quality sound output across devices by managing end-to-end testing processes and identifying critical audio performance issues.2) Applied regression analysis techniques to assess the impact of software and hardware changes on audio performance, ensuring consistent quality after updates.3) Conducted thorough audio quality assessments, using advanced testing tools to analyze frequency response, signal-to-noise ratio, and distortion… Show more 1) Led the Audio Testing efforts, ensuring high-quality sound output across devices by managing end-to-end testing processes and identifying critical audio performance issues.2) Applied regression analysis techniques to assess the impact of software and hardware changes on audio performance, ensuring consistent quality after updates.3) Conducted thorough audio quality assessments, using advanced testing tools to analyze frequency response, signal-to-noise ratio, and distortion levels.4) Collaborated with development teams to fine-tune algorithms and resolve audio-related issues, enhancing overall sound performance across multiple platforms. Show less

Bengaluru, Karnataka, India

As a key member of Intel’s Stress and Stability Team, I focused on ensuring the reliability, efficiency, and optimal performance of Intel’s motherboards under diverse and extreme operating conditions. My role involved working across various critical areas of motherboard functionality, including Execution Trace Module (ETM), Graphics Framebuffer Technology (GFT), Audio, Panel Self Refresh (PSR), and High-bandwidth Digital Content Protection (HDCP). My primary responsibilities included designing… Show more As a key member of Intel’s Stress and Stability Team, I focused on ensuring the reliability, efficiency, and optimal performance of Intel’s motherboards under diverse and extreme operating conditions. My role involved working across various critical areas of motherboard functionality, including Execution Trace Module (ETM), Graphics Framebuffer Technology (GFT), Audio, Panel Self Refresh (PSR), and High-bandwidth Digital Content Protection (HDCP). My primary responsibilities included designing and executing comprehensive testing protocols, implementing automation frameworks, and analyzing performance metrics to identify and resolve potential bottlenecks.1) I developed and implemented comprehensive Stress and Stability Testing protocols, simulating extreme conditions like prolonged usage, high-load scenarios, and thermal cycling to ensure system reliability. I also designed automated testing frameworks to continuously monitor system performance, improving testing consistency and early issue detection.2) As part of the ETM team, I analyzed trace data to optimize CPU instruction flow, identifying performance bottlenecks and enhancing system efficiency. I contributed to code path optimization, resulting in better resource utilization.3) In Graphics Framebuffer Technology (GFT), I optimized memory resource allocation to improve rendering performance and reduce latency, ensuring smooth visual output.4) I led Audio Testing, conducting regression tests to ensure high-quality sound after updates and fine-tuning algorithms for optimal audio performance.5) For Panel Self Refresh (PSR) and HDCP, I designed custom test cases to simulate usage scenarios, ensuring both features complied with industry standards and performed reliably. Show less

Bengaluru, Karnataka, India

1) Collaborated directly with clients to understand their technical requirements and deliver optimized solutions through Early Test Method (ETM) for early detection and resolution of hardware issues.2) Developed interactive Tableau dashboards to visualize complex data, providing clear insights for both technical and non-technical stakeholders, improving decision-making efficiency by 25%.3) Spearheaded automation initiatives to enhance test methods, reducing manual testing time by 30%… Show more 1) Collaborated directly with clients to understand their technical requirements and deliver optimized solutions through Early Test Method (ETM) for early detection and resolution of hardware issues.2) Developed interactive Tableau dashboards to visualize complex data, providing clear insights for both technical and non-technical stakeholders, improving decision-making efficiency by 25%.3) Spearheaded automation initiatives to enhance test methods, reducing manual testing time by 30% and improving validation process efficiency.4) Analyzed large datasets to identify system performance bottlenecks, providing actionable recommendations that led to a 20% improvement in power testing and stability across multiple product lines.5) Led client communications and report presentations, ensuring project alignment and fostering strong relationships to drive successful project outcomes.6) Conducted comprehensive stress and stability testing, ensuring that products met performance and reliability standards before release.7) Applied Early Test Method (ETM) frameworks to optimize the testing process, enhancing detection accuracy and reducing system failures in the early stages of product development. Show less

Trivandrum, Kerala, India

Role Overview:As an active IEEE Student Member, I collaborated on multiple projects utilizing data science and AI to address real-world engineering challenges. Through participation in 10+ technical workshops and the organization of 5+ STEM outreach events, I expanded my knowledge of emerging technologies and contributed to promoting engineering education to over 200 students. My involvement also included delivering presentations, strengthening my expertise in technical communication… Show more Role Overview:As an active IEEE Student Member, I collaborated on multiple projects utilizing data science and AI to address real-world engineering challenges. Through participation in 10+ technical workshops and the organization of 5+ STEM outreach events, I expanded my knowledge of emerging technologies and contributed to promoting engineering education to over 200 students. My involvement also included delivering presentations, strengthening my expertise in technical communication and data analysis.Key Accomplishments and Impact:1. Collaborated on 3+ IEEE-sponsored projects, applying data science and AI techniques to solve real-world engineering challenges, gaining hands-on experience with cutting-edge technology.2. Participated in 10+ technical workshops and seminars on topics like machine learning, renewable energy, and robotics, significantly broadening knowledge of emerging technologies and industry trends.3. Contributed to organizing 5+ STEM outreach events, promoting technology education to over 200 students, helping increase engagement and fostering a new generation of engineers and technologists.4. Collaborated with cross-functional teams to develop multiple presentations, enhancing skills in technical communication and data analysis for professional dissemination. Show less

Trivandrum, Kerala, India

Role Overview:During my Electrical Engineering Internship at Kerala State Electricity Board (KSEB), I gained hands-on experience in power generation and grid operations, driving a 15% improvement in operational efficiency. I was involved in identifying risks and opportunities during grid optimization, contributing to a 20% improvement in system optimization across renewable energy projects. My work directly supported KSEB’s sustainability initiatives by optimizing supply-demand balance… Show more Role Overview:During my Electrical Engineering Internship at Kerala State Electricity Board (KSEB), I gained hands-on experience in power generation and grid operations, driving a 15% improvement in operational efficiency. I was involved in identifying risks and opportunities during grid optimization, contributing to a 20% improvement in system optimization across renewable energy projects. My work directly supported KSEB’s sustainability initiatives by optimizing supply-demand balance and enhancing energy management practices. This role significantly expanded my skills in electrical systems, power distribution, and renewable energy solutions.Key Accomplishments and Impacts:1. Improved operational efficiency by 15% through hands-on work in power generation and grid operations, streamlining workflows and processes.2. Identified and mitigated risks during grid optimization, contributing to a 20% improvement in system optimization for renewable energy projects.3. Balanced supply-demand challenges, optimizing grid performance and improving energy market dynamics, which led to a 10% reduction in energy waste and enhanced overall sustainability.4. Strengthened technical expertise in electrical systems, power distribution, and circuit design, contributing to a 20% improvement in energy system reliability through practical application. Show less

Master Of Science - Ms, Data Science And Artificial Intelligence

Btech In Electronics And Communications, Electrical, Electronics And Communications Engineering, 7.11

As an Electronics Engineer with a strong foundation in circuit design, semiconductor technology, and embedded systems, I have hands-on.