Maninder Kaur Phd Email & Phone Number

● Evaluated and forecast $42 billion of global government investment in quantum technologies through analysing federal reports and market trends.● Successfully managed dependencies and cross-functional interfaces for 15+ projects.● Developed and implemented a streamlined tool/process that improved collaboration and communication between teams.● Manage and lead a team of experts in Content, Marketing, Developers, and Product to develop quantum technologies industry training courses, resulting in a 20% reduction in project delays and a 15% increase in on-time deliveries.● Supervise and/or perform complex research across technology topics and businesses including research on industry market trends and issues, leveraging new technologies and innovations.

● Research and develop course materials and online lectures for providing education and training in quantum computing, computational finance and machine learning. Delivered 4 courses in quantum technologies with 100+ enrolments● Execute analytic strategies for new product development and resolving complex issues, resulting in a 30% reduction in errors and a 25% increase in overall productivity..● Write web documentation, blog posts, press releases, and marketing materials for product development.● Design, test, and deploy web applications using scripting languages and content management systems.● Organize and manage the process for large & complex projects in Microsoft SharePoint by identifying and scheduling all resources to meet overall project timelines towards successful project implementation.

Greater Toronto Area, Canada

Brampton, Ontario, Canada

Toronto, Ontario, Canada

● Demonstrated a winning proposal for developing virtual assistance with emotional intelligence by implementing an NLP algorithm (DisCoCat) on a quantum computer for speech-text sentiment analysis.● Attained business training to get a sense of strategies involved in building deep-technology/quantum computing startups.● Hands-on experience with quantum software and hardware stacks (Qiskit, PennyLane, Orquestra, D-Wave Leap, etc.) and the modern methods in NISQ computing.● Collaborated with quantum industry leaders/investors/entrepreneurs and participated in the quantum hackathon.

● Performed exploratory data analysis on a National Graduate Survey (NGS) data from Statistics Canada using IBM SPSS by applying statistical concepts, hypothesis testing, qualitative and quantitative research methodologies and reported impact of graduates’ engagement in entrepreneurial activities on starting a newbusiness.● Explored, segmented, and clustered the neighbourhoods in the city of Vancouver through web scraping with Beautiful Soup and K-means clustering algorithm to assess an entrepreneurial concept of developing a food-delivery based business application.

● Guided high school/undergrad/grad students in solving complex problems in advanced physics ( Classical Mechanics, Quantum, Lasers & Optics, Nuclear & Particle, Statistical Physics) subjects.● Tutored university/college students through online lectures.

Prague, The Capital, Czech Republic

● Programmed numerical simulations in Python using machine learning-inspired algorithms and performed exploratory data analysis on the simulated data using Matplotlib to optimize the experimental parameters in laser wakefield accelerator (LWFA) required for improving the accelerator’s efficiency.● Developed, tested, and executed parallelized Python codes on Eclipse, high-performance computing (HPC) cluster, reducing the execution time to 60hrs for running 2D PIC simulations of LWFA.● Accomplished 22% enhancement in the accelerator beam quality and authored 2 publications in international conference proceedings.

New Delhi Area, India

● Designed and implemented mathematical models and predictive algorithms using Python for performing GPU-based computing simulations on Laser Wakefield Acceleration.● Analyzed and processed complex data collected through particle-in-cell (PIC) simulations; performed exploratory data analysis and data visualization using Matplotlib to predict the key metrics responsible for improving the efficiency of the experiment.● Developed 5 new theoretical models and contributed 5 professional scientific papers for publishing inpeer-reviewed journals and 3 conference proceedings including 1 featured article in IEEE journal.● Worked as a Team Leader to supervise 4 graduate students on successful research projects.● Taught computational and theoretical physics subjects to undergraduate and graduate university/college students for 2+ years.

New Delhi, Delhi, India

● Established a scalable and efficient Python code for model development, validation, and implementation to successfully analyze complex HDF5 data derived from VSIM Particle-in-cell (PIC) simulation software.● Researched and extrapolated the scientific data for predictive modelling and parametric optimization of state-of-the-art laser wakefield accelerator experiments.● Processed and analyzed technical & scientific data using python and Matlab codes, and forecast the experimental parameters for LWFA experiments.● Derived and implemented numerical solutions to partial differential equations for comprehending the physics behind laser-plasma interaction phenomena.

Doctor Of Philosophy (Phd), Laser Plasma Physics

● Thesis entitled "Numerical Simulations of High-Intensity Laser Plasma Interactions" ● Upgraded skills by learning programming languages.

Post Graduate, Research Analyst

Key features of this program include: ● emphasis on professional, ethical and legal implications when designing research studies; ● new.

Master'S Degree, Physics