Ambuj Kumar Tripathi
Built by
Ambuj Kumar Tripathi
 

The full AI resume
analyzer

Resume Intelligence accelerates your hiring process with AI-powered analysis. Analyze resumes, match job descriptions, and get actionable insights, all in one place.

Try Resume Intelligence

📄 Upload Resume

📋
Drag your PDF resume here
or
Resume uploaded successfully!

OR paste resume text directly

💡 Tip: Text input provides more accurate analysis than PDF upload

💼 Job Description

Analyzing Your Resume

AI is processing your document with advanced algorithms...

Analysis Results

0
Resume Score
0%
JD Match
0
ATS Friendly
0
Potential

AI Recommendations

My AI-Powered Development Journey

⚡️ AI-Powered Development Workflow: Revolutionizing Project Delivery

From Weeks to Days: My Agile AI-Driven Approach

Here's a breakdown of my unique workflow that leverages cutting-edge AI to streamline development and accelerate project completion, delivering high-quality solutions in a fraction of the time.

Phase 1: Idea & Requirement Analysis

Goal: Deeply understand the core problem and user needs.

Approach: I begin by thoroughly analyzing project requirements, identifying key functionalities, and defining the desired user experience. This involves extensive research and understanding the project's real-world impact.

Phase 2: Strategic Prompt Engineering

Goal: Translate complex requirements into precise AI directives.

Approach: This is where my expertise in Prompt Engineering comes into play. I craft highly specific and contextual prompts to guide AI models (like Gemini and Meta Llama 3.70B) in generating robust code snippets, functionalities, and even full architectures. I utilize techniques such as Zero-Shot and Few-Shot Prompting to achieve optimal results.

Phase 3: AI-Assisted Code Generation & Refinement

Goal: Rapidly generate and iterate on code.

Approach: The AI acts as my co-developer, generating initial codebases. My role then shifts to critical evaluation, refinement, and integration. I meticulously review the generated code, ensure best practices are followed, and integrate custom logic to meet unique project demands. This significantly reduces manual coding time.

Phase 4: Testing, Debugging & Deployment

Goal: Ensure flawless functionality and seamless deployment.

Approach: I rigorously test all components, debug any issues, and optimize performance. Once validated, I deploy the solutions using platforms like Render, ensuring they are live, secure, and scalable.

🚀 Project 1: LLM-Integrated Chatbot

Problem Solved: Streamlined customer support and quick query resolution.

My Role: Architected the chatbot's conversational flow and integrated advanced LLM capabilities.

Technologies Used:

  • LLM: Meta Llama 3.70B (Open-Source)
  • Backend: Node.js
  • Frontend: HTML, CSS, JavaScript

Key Achievement: Reduced query resolution time by 25%, significantly improving user experience.

Challenges & Solutions:

Challenge: Managing conversational context efficiently.

Solution: Implemented client-side state management using JavaScript arrays to handle chat history, avoiding server-side session storage for better scalability.

🗣️ Project 2: IBM Watson AI Chatbot (Advanced Conversational Agent)

Problem Solved: Developed a sophisticated conversational AI agent for complex user interactions.

My Role: Designed and implemented the full conversational logic, intent recognition, and response generation.

Technologies Used:

  • Platform: IBM Watson Assistant / IBM Cloud

Key Features:

  • Intents & Entities: Defined and trained detailed intents (user goals) and extracted entities (key information).
  • Dialog Flows: Created intricate dialog flows for multi-turn conversations.
  • Fallback Mechanisms: Implemented robust fallback responses for unrecognized queries.
  • Synonyms & Context Management: Utilized synonyms for improved intent recognition and managed conversation context effectively.

Key Achievement: Enhanced user engagement and accuracy of responses, leading to a smoother user experience.

Challenges & Solutions:

Challenge: Handling ambiguous user inputs and maintaining context across sessions.

Solution: Iteratively refined intent training data, developed complex conditional dialog steps, and integrated external data sources to enrich responses.

📰 Project 3: Real-time News Aggregator (n8n Workflow Automation)

Problem Solved: Delivered personalized news updates directly to users' inboxes without manual effort.

My Role: Designed and implemented a robust automation workflow.

Technologies Used:

  • Automation Platform: n8n
  • APIs: Google Gmail API (for sending emails)
  • Data Sources: Multiple RSS Feeds (The Hindu, NDTV, Times of India, etc.)

Key Achievement: Created a fully automated news delivery system, ensuring timely and relevant information dissemination.

Challenges & Solutions:

Challenge: Integrating multiple RSS feeds efficiently within a single workflow.

Solution: Utilized separate RSS Read nodes within n8n for each feed, followed by a Merge node to consolidate data before sending through Gmail.

💡 My Core Skills: Leveraging AI for Impact

My expertise lies at the intersection of AI innovation and practical application, enabling me to design and develop solutions that drive efficiency and engagement.

Prompt Engineering Expert:

  • Skilled in crafting effective prompts for various LLMs (Meta Llama 3.70B, Gemini, IBM WatsonX) to achieve precise outputs for code generation, text analysis, and content creation.
  • Proficient in Zero-Shot and Few-Shot Prompting techniques.

AI Model Integration:

  • Experienced in integrating leading AI models and APIs (e.g., Gemini API, IBM WatsonX, Hugging Face models) into custom applications.
  • Ability to fine-tune and adapt models for specific project requirements.

LLM Training & Data Labeling (Video Annotation):

  • Proficient in video annotation for robot activities, performing detailed data labeling with timestamps.
  • Experienced in identifying and categorizing major to minute tasks, sub-tasks, and intents from a first-person/second-person perspective for LLM training.

Full-Stack Web Development (AI-Assisted):

  • Leverage AI tools to rapidly develop robust web applications (HTML, CSS, JavaScript, Node.js) with scalable backend logic and intuitive frontend user interfaces.

Workflow Automation (n8n):

  • Expert in designing and implementing complex automation workflows using n8n to connect various APIs and services, streamlining operations and data flow.

Cloud Platform Proficiency (GCP):

  • Hands-on experience with Google Cloud Platform services (e.g., setting up Service Accounts, managing APIs) to deploy and scale AI-driven solutions securely.

How We Calculate Your Scores

📊 Resume Score (100 Points)

Contact Information - 20 Points
Professional Email 5 pts
Phone Number 5 pts
LinkedIn Profile 5 pts
GitHub/Portfolio 5 pts
Experience Section - 25 Points
Work Experience Present 10 pts
Quantified Achievements 15 pts
Skills & Others
Technical Skills (25 pts) Variable
Education (15 pts) Variable
Projects (15 pts) Variable

🤖 ATS Score (100 Points)

Standard Sections Detection
Experience Section Found 25 pts
Skills Section Present 20 pts
Education Section 15 pts
Contact Information Parsing 15 pts
Sufficient Content (200+ words) 15 pts
Proper Formatting (bullets/lists) 10 pts
Note: Based on real ATS systems like Workday and Greenhouse requirements for keyword density analysis and file format compatibility.

🎯 JD Match & Potential Scores

Job Description Match Percentage
Keyword Extraction Method Simple
Word Length Filter 4+ chars
Stop Words Removal Yes
Overlap Calculation %
Potential Score Formula
Current Score + Improvement Buffer +20 pts
Maximum Possible Score 100 pts
Limitation: JD matching uses simple keyword overlap without semantic understanding. Advanced versions would use NLP and contextual analysis.

📈 Scoring Philosophy

Our scoring system is designed to reflect modern hiring practices and ATS requirements. The weightings prioritize contact information and quantified achievements, which are critical for professional resumes in today's job market.

Industry Standards: Contact Info (20%) + Experience (25%) + Skills (25%) + Education (15%) + Projects (15%) = 100% comprehensive evaluation based on recruiter expectations and ATS parsing capabilities.