Hi, my name is

Mayank.

I like developing software solutions.

A passionate software engineer. I like to design and develop software that helps to fulfill the needs of the user.

About Me

I am passionate about Data, AI, ML, Cloud and DevOps. I have a background in software engineering. I always like challenges and finding solutions to complex technical and architectural problems. I have acquired architectural design skills that allow me to work with deeper levels of abstraction when translating requirements to code. I like playing video games, travelling, cooking, and cycling. Here are tools, methodologies and technologies that I am using and learning:
  • SOLID Principles
  • Object-Oriented Programming
  • Azure
  • Google Cloud Platform
  • Backend Development
  • Docker
  • Docker Compose
  • CI/CD
  • Software Design and Architecture
  • Data Structures & Algorithms
  • Python
  • Java
  • Agile
  • Scrum
  • .NET
  • C#
  • Web APIs
  • Data Engineering
  • Machine Learning

Projects

Personal Website
Hugo GitHub Pages NameCheap
Personal Website
A highly customizable and mobile first Hugo template for personal portfolio and blog.
Development of Service Workbench for Software Delivery Platform
HTML CSS JavaScript Python Flask Docker GitLab JSON CI/CD Cypress Cucumber Pytest Bash Ubuntu Linux CentOS Linux Grafana Kibana Kubernetes Dashboard
Development of Service Workbench for Software Delivery Platform
This project was part of the final 10-month-long project of the Engineering Doctorate program. It involved developing a new tool, Workbench, that allows Service Engineers to install, update, and troubleshoot their IT infrastructure efficiently.
Run database for Large Hadron Collider experiment
React FastAPI GitLab MongoDB Database Tableau PowerBI MongoDB Atlas
Run database for Large Hadron Collider experiment
This was the Third Training Project of the Engineering Doctorate program. It involved developing a simple, easy-to-use GUI for analyzing particle physics data at CERN in a team of 11 members.
Urban Air Mobility (UAM) Mission Planning
Unity3D Unity ML-Agents ACTi-HF acoustics sound tool GitLab .NET C#
Urban Air Mobility (UAM) Mission Planning
This second training project for the Engineering Doctorate program was conducted in collaboration with Airbus in a team of 8 members. It involved developing a reinforcement learning simulation model consisting of autonomous drones flying in an urban area with noise and collision avoidance capabilities in Unity 3D.
Realtime Electricity Network Sensitivity Analysis
FastAPI Python Pytest Grafana Docker Docker Compose Pandas NumPy Jenkins Ansible CI/CD SonarCube
Realtime Electricity Network Sensitivity Analysis
The First Training Project of the Engineering Doctorate program involved developing a data analytics model for CGI that uses simulated household power usage data to predict the effects of different loads on an extensive, simulated electricity network. This project was performed in a team of 10 members.
Paediatric speech, spatial and qualities (SSQ) of hearing scale
React Express NodJS MongoDB GitHub GitHub Actions CI/CD Heroku Mocha Selenium
Paediatric speech, spatial and qualities (SSQ) of hearing scale
Our product is a web application used to administer The Speech, Spatial and Qualities of Hearing (SSQ) questionnaires which are used to measure children's hearing disabilities. The application allows parents and children to complete the SSQ questionnaire. After completion their responses are measures and a report is generated showing the calculated metrics. This application was developed in a team of 10 members.
Music Genre Classification
Python JupiterNotebook Kaggle Pandas NumPy scikit-learn Matplotlib
Music Genre Classification
This project is an implementation to find the best set of features to classify music genres in a given Kaggle music dataset.
Sentiment analysis during COVID-19
OpenStack Melbourne Research Cloud Ansible Docker CouchDB Django REST Framework Twitter API Python ReactJS GeoJSON LeafletJS ReactCharts VADER Lexicon
Sentiment analysis during COVID-19
This application was designed in a team of 5 to understand the emotions and mobility of people on twitter during COVID-19 in Melbourne.

Get in Touch

My inbox is always open. Whether you want to approach me for new opportunities, ask questions, discuss new ideas or just say hi!