Karishma Kumari

Software Engineer

Pune, Maharashtra, India3 yrs 7 mos experience
Highly StableAI ML Practitioner

Key Highlights

  • 3+ years of experience in scalable security systems.
  • Hands-on ownership of production applications with large datasets.
  • 550+ solved problems on LeetCode showcasing problem-solving skills.
Stackforce AI infers this person is a Backend-focused Software Engineer with expertise in AI and automation within the tech industry.

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Skills

Core Skills

MicroservicesArtificial Intelligence (ai) & Machine Learning

Other Skills

AutomationResearchDevelopment (R&D)React.jsHTML5JavaScript LibrariesCascading Style Sheets (CSS)AngularSpring BootJavaScriptHTML/CSSGoogle Cloud Platform (GCP)Data structures & AlgorithmsMicrosoft Power BIMySQL

About

Software Engineer with 3+ years of experience building scalable security, compliance, and risk automation systems. Strong backend focus in Node.js, Python, and MySQL with hands-on ownership of production applications serving large-scale datasets (10M+ records, 12K+ hosts). Passionate about data structures and system design with 550+ solved problems on LeetCode.

Experience

3 yrs 7 mos
Total Experience
3 yrs 7 mos
Average Tenure
3 yrs 7 mos
Current Experience

Pitney bowes

Software Engineer

Nov 2022Present · 3 yrs 7 mos · Pune, Maharashtra, India · Hybrid

AutomationMicroservices

Samsung india

Research Developer

Nov 2021Apr 2022 · 5 mos · Bengaluru, Karnataka, India · Remote

  • Proposed Model :
  • The proposed algorithm includes Context based Image captioning with Sentiment analysis . The landscape images with their conceptual captions are loaded in the proposed algorithm . The algorithm will initially extract all colour features of the model and understand the colour psychology based moods that can be predicted using a custom feature extractor script developed using Freud's analysis . Where each colour is mapped with an emotion with proper weighted values . Hence colours are tagged accordingly . Then the proposed will be detecting the major object out of the Image and find out the context vectors of the background excluding the vectors of the image . Based on the above feature extracted by VGG 16 , the connected LSTM node will generate contextual and conceptual image caption of the landscape imagery . Next the Captions are passed into the sentiment analysis model CU DNN LSTM with 5 fold attention , where the text are classified into seven emotion classes and one class is marked as output . The model is judging the inter relationship between word emotion vectors to judge the expected mood .
ResearchDevelopment (R&D)Artificial Intelligence (AI) & Machine Learning

Education

CHANDIGARH UNIVERSITY

Bachelor of Technology - BTech — Computer Science

Jan 2019Jan 2023

Army Public School (APS)

High School(PCM)

Jan 2018Jan 2019

Army Public School (APS)

10th

May 2016May 2017

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