About me

Hey there! I’m Manshu Sharma, an MLOps Engineer passionate about building scalable, resilient, and observable machine learning systems. With a strong foundation in cloud platforms like AWS, Azure, and GCP, I specialize in designing, deploying, and managing complex production-grade infrastructures that power intelligent applications.

My Toolbox
  1. Cloud Platforms: AWS, GCP, Azure
  2. Programming: Python, Bash, JavaScript
  3. Frameworks: FastAPI
  4. Containers & Orchestration: Docker, Kubernetes, OpenShift, Helm
  5. Observability: Grafana, Loki, Prometheus, VictoriaMetrics, OpenTelemetry
  6. CI/CD & IaC: Terraform, Ansible, Jenkins, GitLab CI, GitHub Actions
  7. Databases: MySQL, MongoDB, Redis
  8. Security & Secrets Management: HashiCorp Vault
  9. ML & Data Tools: Airflow, Pandas, NumPy, Sklearn, NLTK, TensorFlow, Keras
  10. Messaging & Big Data: Kafka, Hadoop, YARN
  11. Web & Networking: Nginx, Tomcat, REST APIs, WebSockets, Netplan
  12. Collaboration: Git, Jira
Education

B.Tech in Computer Science
Rajasthan Technical University
May 2015 – June 2019

Beyond the Code
 
I believe that a curious mind makes a better engineer. Outside of tech, I enjoy:
  1. Clash of Clans (Username: Peehhu) Check out my profile
  2. Playing all kinds of video games
  3. Collecting old coins and exploring history through currency
  4. Making Videos on  YouTube: Check out my channel 

If you're building something cool, need help wrangling data pipelines, deploying ML models, or just want to talk about gaming or coins — I’m just a message away!
Github: @Svastikkka

Comments

Post a Comment

Please give us your valuable feedback

Popular posts from this blog

MySQL Multi Source Master Slave Replication using GTID

Image
We are using GTID-based master-slave replication. In this replication, both master and slave should have the same GTID. This blog post aims to provide a step-by-step guide to help you set up MySQL Replication using GTIDs and help you replicate your MySQL data with ease. Prerequisite Master Source 1 Channel name:  DEVELOPMENT Database: mydb1 Enable Replication For Tables testing1 testing2 testing3 Mysql Server Running: 192.168.0.201:3307 Master Source 2 Channel name:  PRODUCTION Database: mydb1 Enable Replication For Tables testing4 testing5 testing6 Mysql Server Running: 192.168.0.201:3308 Slave Mysql Server Running: 192.168.0.209:3306 Configuration of  masters(192.168.0.201:3307/192.168.0.201:3308) and slave (192.168.0.209:3306) my.cnf config for master (192.168.0.201:3307) my.cnf config for master (192.168.0.201:3308) my.cnf config for slave (192.168.0.209:3306) Steps for taking a dump and restoring it Run the following commands in both masters 192.168.0.201:3307 and 1...
Read more

Setting Up PostgreSQL Database Logical Replication with Docker Compose

Hi everyone 😀, Sorry😅 for not posting any blogs; I was stuck in other work. In the previous post, we saw that we enabled MySQL Replication using GTID . Today, we see how to allow Postgres Database Logical Replication in our local setup using docker-compose.  Environment Setup We have two PostgreSQL instances configured using Docker Compose: Publisher (postgres-1): The source server where changes are captured. Subscriber (postgres-2): The destination server that receives replicated data. Docker Compose Configuration Publisher (docker-compose.yml) version: '3.8' services: postgres-1: build: ./ container_name: postgres-1 environment: POSTGRES_USER: postgresadmin POSTGRES_PASSWORD: admin123 POSTGRES_DB: postgresdb PGDATA: "/data" volumes: - ./postgres-1/pgdata:/data - ./postgres-1/config:/config - ./postgres-1/archive:/mnt/server/archive ports: - "5000:5432" networks: - custom_net...
Read more

Regex 101: An Introduction to Regular Expressions for Developers

Regular expressions (regex) are a powerful tool for searching and manipulating text. They allow you to describe patterns of characters that you want to match, rather than specifying every possible combination of characters. In this blog, we will go over some common regex operations and provide examples for each one. Matching a literal string: regex: hello will match the string "hello". Matching any character: regex: . will match any single character. Matching a set of characters: regex: [aeiou] will match any single vowel. Matching a range of characters: regex: [a-z] will match any single lowercase letter. Matching a negated set of characters: regex: [^aeiou] will match any single non-vowel character. Matching zero or one occurrence: regex: a? will match either the string "a" or an empty string. Matching zero or more occurrences: regex: a* will match any string that contains zero or more "a" characters. Matching one or more occurrences: regex: a+ will matc...
Read more