Hi, my name is Ronhit Neema
I'm the Software Developer.

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About Me

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Hello, I'm Ronhit Neema, a computer science professional with a passion for technology and a drive to deliver results. With a Master's degree in Computer Science from Northeastern University and a Bachelor's degree from Vellore Institute of Technology, I have a solid educational foundation in the field.

As an experienced Software Engineer with more than 3 years of industry experience, I have worked on multiple projects, from developing a scalable and high-performance e-commerce platform to creating a scratch-like tool for implementing machine learning pipelines. I'm skilled in a variety of programming languages, frameworks, and cloud platforms, and have experience with databases and big data technologies.

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Languages: Java, Python, C++, JavaScript

Cloud: AWS, Azure, Google Cloud Platform

Big Data: Hadoop, Spark, Kafka

Methodologies: Agile, Scrum

Databases: MySQL, PostgreSQL, MongoDB

Frameworks: Spring, Hibernate, React, Angular, Node.js, Docker

Softwares: Kubernetes, Git, Jenkins, JIRA, Maven, Excel, Linux, Shell Scripting


Khoury College of Computer Science

Graduate Teaching Assistant

◦ Reinforced student learning of skills and materials through daily and weekly office hours

◦ Coordinated with professor in answering questions regarding elastic search and web crawlers, enabling to complete 95% of lessons on time

Wolters KLuwer

Software Engineer II

◦ Managed a 38 % rise in users by enhancing experience by accomplishing the latest WCAG Guidelines

◦ Developed monitoring tools to maintain stability platform leading to a 40 % increase in effectiveness

◦ Led development of a scalable and high-performance e-commerce platform using Java, Spring Boot, and MySQL

◦ Conducted security assessments and implemented OWASP security guidelines (Used the OWASP Top Ten)

◦ Contributed to a 15 % increase in sales for 2 years in a row through proactive software initiatives

◦ Achieved significant improvement in user experience by developing a scalable and performant API, reducing response time from 10 seconds to less than 1 second

◦ Implemented automated testing processes resulting in 50 % reduction in bugs

◦ Collaborated with cross-functional teams to identify and address disaster recovery issues in a timely manner

◦ Mentored 5 junior developers and conducted code reviews to assure adherence to best practices

◦ Ensured effective Agile ceremonies such as sprint planning, stand-up meetings, and retrospectives

Indian Institute of Technology

Research Associate

◦ Engineered dataset for leaf images to learn a Naïve Bayes Model for classifying diseases to various severity types and proposed an occlusion technique to localize the disease region, in leaf disease detection model

◦ Applied deep learning for classification, segmentation and tracking of brain images from 3D spheroids at matrix interface to aid in brain damage recovery


Vision - Multimedia Search Engine

◦ Tech: NLP, Search Engine, Web Crawler, Multimedia Processing

◦ Research driven, open source, search engine that enables reverse multimedia search for small businesses. Tech: Python, NodeJS, Selenium, TensorFlow (October ’17)

Search Engines and Social Networks

◦ Tech: Web Development, Web Crawler, Search

◦ Based on the idea of integrating Facebook and Google, we created social networks and search engines from scratch. Tech: PHP, MySQL, HTML, CSS, WebSockets, JavaScript, RSS, XML (May ’20)

Panorama from Satellite Imagery using Distributed Computing

◦ Tech: Distributed Computing, Image Processing

◦ Images clicked using drones, provided by ISRO were stitched together using distributed public compute nodes, effectively bringing down processing time exponentially. Tech: PHP, C++, Java, Python (March ’19)


Self-Controlled Unmanned Aerial Vehicle System

About: The present invention relates to a self-controlled unmanned aerial vehicle system for farming applications and its working method thereof. The system comprises a cross-configured drone configured to take off upon receiving instructions from a ground control center and a transmitter for flying at a complete angle, wherein butterfly net wings are attached to the proximal ends of the drone. A serial communication controller configured with a GPS guidance unit is attached to receive real-time coordinates from a pre-loaded trajectory to navigate the drone. A remote sensing camera is positioned at a distal end of the drone to monitor plants closely and take images/videos in the desired frame under stable flight conditions configured to deliver image, audio, and video transmission to the control center. A prediction unit with a deep learning approach is used to diagnose the images to detect diseases and other problems of plants. The interface comprises preloaded location coordinates and control data via a mission plan script feature which sends a ground telemetry module to the aircraft's air telemetry module to avoid human interference in the flight control process.

IOT-Based Automatic Fish Disease Diagnosis System

About: The farming fishery is one of the biggest sources of food in this world and the biggest source of employment. It is not possible to meet the demand using traditional methods of fishing. With the changing times fishing industry has adopted more innovative and efficient methods of raising and harvesting fishing in order to sustain the requirement. One such method is bio-floc technology, which is evolved to deal with wastewater management and maintain the biochemical cycle to maintain the nutrition level of aquatic life. The embodiment of the present invention provides an IOT-based automatic fish disease diagnosis system for bio-floc. The system comprises an image capturing unit, a data storage unit, a matching unit, a plurality of sensors, a central processing unit, an alert generating unit, and a display unit.

Research Papers

Automobile Insurance Processing using Deep Convolutional Networks

Journal Name: IOP Science, Journal of Physics: Conference Series

About: We focus on automating the task of automobile insurance processing using Deep Convolution Networks. In work, we show different methods that can be used in performing car damage analysis. Using transfer learning and variational Auto Encoders we have created four models, classification of car or not, classification of whether the vehicle is damaged or not, classification of where the damage has occurred and the severity of the damage respectively. This paper records the techniques we have employed to analyze car damage.

Analysis and Prediction of Healthcare Sector Stock Price Using Machine Learning Techniques: Healthcare Stock Analysis

Journal Name: International Journal of Information System Modeling and Design

About: The project focuses on creating a model that predicts the future price of a stock using various using machine learning algorithms like Linear Regression, RNN with GRU, Random Forest Regressor and Support Vector Regressor. The model plots graphs for the stock market price by each of these algorithms. The model is fitted to the dataset and trained from the data in it from the past four years to finally make predictions of the values of stocks in the future.

Voice Controlled Smart Wheelchair

Journal Name: Journal of Management Information and Decision Sciences

About: This project extends the functionality of a wheelchair, the way it is used, and also the advanced technology associated with it. Disabled and elderly individuals, mostly use wheelchairs to move from one point to another. To make their life somewhat simpler, the paper shows numerous improvements in wheel seats.

Forecasting Of Stock Market Trends Using Neural Network Techniques

Journal Name: Journal of Management Information and Decision Sciences

About: The task of predicting the future value of company stocks accurately is Stock Market prediction. Successfully estimating the future price of a stock will result in great profit. In this paper, we explore different kinds of non-linear models for predicting stock behavior. We would be implementing three popular algorithms for stock prediction namely – convolution neural network (CNN) using 1d convolution, Long Short-Term Memory (LSTM), and the recurrent neural network (RNN)


Uni Email: neema.r@northeastern.edu

Personal Email: ronhitn@gmail.com

Call: +18573979752

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