Md Sarowar Morshed

Md Sarowar Morshed

Operations Research Engineer

Intel Corporation

Biography

I am an Operations Research Engineer at Intel. I completed my PhD in Industrial Engineering (Operations Research track) from Northeastern University in 2022. My PhD research was focused on designing scalable stochastic algorithms for solving Large-Scale Optimization and Causal Inference problems. My future research goal is to develop and analyze stochastic algorithms for solving optimization problems arising from diverse areas such as machine learning, data science, and numerical linear algebra. Recently, I have been working on new research directions including 1) optimization algorithms for machine learning, 2) numerical algorithms for data science, 3) stochastic algorithms for optimization problems, and 4) the mathematical foundation that validates these methods.

I received my Bachelor’s in Industrial & Production Engineering from the Bangladesh University of Engineering and Technology (BUET) in 2014, and a Master’s in Applied Mathematics from the University of Central Florida (UCF) in 2017. Outside of work, I love spending time with my family/friends, and playing chess/soccer.

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Interests
  • Operations Research
  • Mathematical Optimization
  • Machine Learning
Education
  • PhD in Operations Research, 2022

    Northeastern University

  • MS in Applied Mathematics, 2017

    University of Central Florida

  • BS in Industrial Engineering, 2014

    Bangladesh University of Engineering & Technology

Skills

ML & Data Science

90%

Python

90%

R

80%

MATLAB

70%

Simulation

30%

Chess

20%

Experience

 
 
 
 
 
Intel Corporation
Operations Research Engineer
Intel Corporation
Jun 2022 – Present Chandler, Arizona

Responsibilities include:

  • Developing, applying and validating Build, develop, validate and apply decision algorithms, heuristics, optimization and simulation models for complex manufacturing and supply chain problems
  • Designing and validating deep learning based forecasting models for long range planning
 
 
 
 
 
Northeastern University
Research Assistant
Northeastern University
Sep 2017 – May 2022 Boston, Massachusetts

Responsibilities include:

  • Designing randomized algorithms for large-scale linear optimization
  • Design scalable robust causal inference testing algorithm for big data
  • Writing grants and peer-reviewed publications
  • Mentoring Undergraduate and Masters Students
 
 
 
 
 
University of Central Florida
Teaching Assistant
University of Central Florida
Aug 2015 – May 2017 Orlando, Florida

Responsibilities include:

  • Teaching calculus, algebra and ordinary differential equations to undergraduate students
  • Teaching trigonometry, algebra and pre-calculus in the Mathematics Assistance & Learning Lab (MALL)
 
 
 
 
 
ILO-BGMEA-BUET Project
Project Engineer
ILO-BGMEA-BUET Project
Oct 2014 – Jan 2015 Dhaka, Bangladesh
Inspection & submission of Fire Safety Assessment report to International Labour Organization (ILO) about garments industries of Bangladesh
 
 
 
 
 
Square Pharmaceuticals
Intern
Square Pharmaceuticals
Jan 2013 – Feb 2013 Dhaka, Bangladesh
Development & implementation of scheduling algorithm for the production process.

Recent Publications

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(2022). A Computational Framework for Solving Nonlinear Binary Optimization Problems in Robust Causal Inference. In INFORMS Journal On Computing.

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(2021). A primal–dual interior point method for a novel type-2 second order cone optimization. In Results in Control and Optimization.

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(2021). Sampling Kaczmarz-Motzkin Method for Linear Feasibility Problems: Generalization & Acceleration. In Mathematical Programming.

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(2020). Generalized Affine Scaling Algorithms for Linear Programming Problems. In Computers & Operations Research.

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(2019). Accelerated Sampling Kaczmarz Motzkin Algorithm for Linear Feasibility Problem. In Journal of Global Optimization.

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(2019). Robust Policy Evaluation from Large-Scale Observational Studies. In PLOS ONE.

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(2015). Generalization of a Class of Logarithmic Integrals. In Integral Transforms & Special Functions.

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(2014). Generalization of Harmonic Sums Involving Inverse Binomial Coefficients. In Integral Transforms & Special Functions.

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Accomplish­ments

Coursera
Neural Networks and Deep Learning
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Formulated informed blockchain models, hypotheses, and use cases.
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DataCamp
Object-Oriented Programming in R
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Recent & Upcoming Talks

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