From 0de509569f5b029d693756128d3716c2afcf19da Mon Sep 17 00:00:00 2001
From: Anand Raj <66896800+anandr07@users.noreply.github.com>
Date: Sun, 18 Feb 2024 20:35:42 +0530
Subject: [PATCH] Update index.html
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1 file changed, 17 insertions(+), 26 deletions(-)
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index bc7257c..4bebbc9 100644
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Experience
Technical Writer for TowardsAI and Stackademic.
+
+ Authored engaging technical blogs focused on Artificial Intelligence and Autonomous Cars.
+
@@ -394,16 +397,13 @@
Experience
Software Engineer
-
- Product Development - Advanced Driver Assistance Systems - Driving Functions - Safety Functions : EBA(Emergency Brake Assist, RPCP(Rear Pre-Crash Predict), BSW(Blind Spot Warning). Developed products for Volkswagen and Mercedes Benz in agile methodology.
+ Worked on Advanced Driving Assistance Systems and developed products like Emergency Brake Assist, and Rear Pre-Crash Predict. Major products: Volkswagen ID Buzz and Mercedes Benz Sprinter Van.
-
- Algorithm Development in C and Testing using GTest at L3 Level for data coming from ARS (Advance Radar Sensor) - 5th Generation and SRR (Short Range Radar).
+ Developed algorithm using C. Implemented automation using Python scripting.
- - Performed reverse engineering for fixing bugs using the C programming language and providing problem-solving solutions to customer-reported problems in the simulation environment.
- - Major Products Worked On: Volkswagen ID Buzz
- - Reduced lead time and increased productivity by Automating manual tasks
- - Achieved better KPI i.e. 2 False Positives for 10000 kms as per customer expectation.
-
+ - Provided problem-solving solutions to customer-reported problems in the simulation environment.
+ - Delivered better performance with just 2 false positives per 10,000 kilometers, optimizing key performance indicators.
-
Skills learnt: Development in C, Python for scripting, Git, GTest
for Testing, QAC for Quality, JIRA for ticketing, Product
@@ -435,17 +435,11 @@
Experience
Data Science Intern
-
- Collaborated with a dynamic team to conduct in-depth data analysis utilizing Python and Tableau, providing valuable insights into
- the client's Sales data.
-
- -
- Analyzed user behavior, temporal trends, and distinctions between Free and Paid users.
-
- -
- Formulated data-driven recommendations and compelling narratives, and communicated to our client.
+ Collaborated with a dynamic team to conduct in-depth data analysis utilizing Python and Tableau, providing valuable
+ insights into client's sales data. Analyzed user behavior, temporal trends, and distinctions between free and paid users.
-
- Increased sales by 14%.
+ Formulated data-driven recommendations and compelling narratives and communicated to our client
-
Skills learnt:Python, Data Analysis, ML Modelling, Flask.
@@ -475,7 +469,7 @@
Experience
Intern
-
- Worked on Validation and Verification Process Standards in avionics hardware.
+ Worked on validation and verification process standards in avionics hardware.
-
Collaborating with different teams and Reviewing standards of all the Validation and verification processes.
@@ -521,8 +515,7 @@
Projects
- Tools: Python
- Applied Natural Language Processing techniques to determine if two questions have similar meaning.
- - Conducted comprehensive data analysis, implemented feature engineering, and generated 33 new features.
- - Featurized text data using Tf-Idf word2vec, compared multiple ML models and found XGBoost performed the best, minimizing log loss.
+ - Performed comprehensive data analysis, feature engineering, and text data featurization to develop a predictive model.
@@ -556,10 +549,9 @@
Projects
class="mdi-navigation-close right">
- Tools: Python
- - Aims to predict the trip duration time given pick up and drop off co-ordinates of New York City. (~1.5 million rows).
- - Performed extensive cleaning and conducted comprehensive data analysis including time series and demand analysis.
- - XGBoost performs the best with an RMSE of 224 seconds ~ 3.7 minutes.
-
+
- Developed a model for predicting trip duration using New York City pick-up and drop-off coordinates, involving
+ extensive data cleaning, analysis, and training various ML models, achieving the lowest RMSE of 224 seconds.
+