The CS498GC SLAM-ing Mars TA reference runs are now online, and our CoRL 2026 workshop paper and T-RO manuscript in preparation are listed under Publications. Watch the runs
Kulbir Singh Ahluwalia with a mobile manipulator in a field

Hello, I'm Kulbir Singh Ahluwalia

I’m Kulbir Singh Ahluwalia, a Ph.D. candidate in Computer Science at the University of Illinois Urbana-Champaign (UIUC), advised by Prof. Girish Chowdhary and Prof. Julia Hockenmaier. My research is on language-grounded waypoint generation and navigation for agricultural and outdoor robots (WaypointGen), and on running these models efficiently on edge AI hardware. From June to August 2026 I was a Compute Chipset Product Management Intern at Qualcomm in San Diego, and in Summer 2025 I was an AI Intern at EarthSense, Inc., where I contributed to a natural language-conditioned waypoint generation pipeline for outdoor robots. In Fall 2026 I am a Teaching Assistant for CS 440/ECE 448: Artificial Intelligence with Prof. Margaret Fleck, and in Fall 2025 I co-developed the CS 498 GC Mobile Robotics course with Prof. Chowdhary. Before UIUC, I earned a Master of Engineering in Robotics from the University of Maryland, College Park. My long-term goal is scaling up Physical AI for advancing humanity.


News

[Oct 2026] Posted TA reference runs for the CS498GC SLAM-ing Mars assignment: a Husky + UR3 driving through the Mars Gazebo world and the SLAM Toolbox occupancy map it builds.

[Oct 2026] Wrote our workshop paper WaypointGen: Compositional Trajectory Generation by Grounding Hierarchical Language Abstractions and Constraint Phrases for Outdoor Navigation for the CoRL 2026 Workshop on Compositional Generalization for Real-World Robot Learning (non-archival).

[Aug 2026] Joined the course staff of CS 440/ECE 448: Artificial Intelligence as a Teaching Assistant with Prof. Margaret Fleck.

[Aug 2026] Completed my summer internship as a Compute Chipset Product Management Intern at Qualcomm in San Diego, California (June 8 - Aug 21, 2026).

[Jun 2026] Started writing our journal paper TaP: Trajectory as Policies for Spatial Reasoning using Hierarchical Abstractions & Grounded Constraint Phrases for Mobile Manipulator Navigation for the IEEE Transactions on Robotics (T-RO) (manuscript in preparation).

[May 2026] Accepted a Summer 2026 internship offer as a Compute Chipset Product Management Intern at Qualcomm in San Diego, California.

[Apr 2026] Our poster WaypointGen: Learning Grounded Waypoint based Navigation for Mobile Manipulators was accepted at the CSL Student Conference (CSL SC 2026) at UIUC. [poster PDF]

[Mar 2026] Began WaypointGen++, the extended journal version of WaypointGen for outdoor mobile manipulators (now our T-RO manuscript TaP).

[Oct 2025] Released SLAM-ing Mars, a two-part Mobile Manipulator Exploration & SLAM assignment for CS498GC Fall 2025 in which students operated a Husky + UR3 + Robotis gripper in a Mars Gazebo world. Part 1 (25 pts) covered robot setup and navigation; Part 2 (75 pts as announced, made optional extra credit on Dec 7, 2025) covered SLAM on Mars, with an optional Mars dust-storm bonus.

[May 2025] Our paper Active Semantic Mapping with Mobile Manipulator in Horticultural Environments was presented at ICRA 2025. arXiv:2412.10515 · project page

[May 2025] Joined Earthsense Inc. as an AI Intern for Summer 2025 in Urbana, IL, deploying VLMs (Molmo-7B, Gemma-3-27B, Qwen-2.5-VL-72B, Llama4-Scout, SpatialVLM) for natural-language-conditioned navigation on outdoor agricultural robots.

[Fall 2023] Presented the poster Plant Placement using Natural Language Grounding at the AIFARMS Annual Conference. [poster PDF]

[Jun 2022] Started my Ph.D. in Computer Science at UIUC, advised by Prof. Girish Chowdhary (DASLAB) and Prof. Julia Hockenmaier (HMR Lab).


Publications

TaP: Trajectory as Policies for Spatial Reasoning using Hierarchical Abstractions & Grounded Constraint Phrases for Mobile Manipulator Navigation

TaP: Trajectory as Policies for Spatial Reasoning using Hierarchical Abstractions & Grounded Constraint Phrases for Mobile Manipulator Navigation

Kulbir Ahluwalia, Chahit Jain, Gurmanat Singh Kahlon, Jose Roberto Cuaran Valenzuela, Svetlana Lazebnik, Girish Chowdhary, Julia Hockenmaier
IEEE Transactions on Robotics (T-RO), manuscript in preparation Journal Paper (Manuscript in Preparation)

Map-free, language-conditioned planner for agricultural mobile manipulators that writes constraint-aware waypoints in 2D bird’s-eye-view image coordinates and back-projects them to 3D with depth. On a 200-pair citrus benchmark: 99.0% structural pass, 37.5% geometric fidelity, and 59.2% LLM-judged constraint satisfaction (422/713).

WaypointGen: Compositional Trajectory Generation by Grounding Hierarchical Language Abstractions and Constraint Phrases for Outdoor Navigation

Kulbir Ahluwalia, et al. (author list to be finalized)

Modular pipeline for language-commanded navigation of agricultural mobile manipulators: a local bird’s-eye view from RGB-D, open-vocabulary target and avoidance masks, code-based command checks, and a vision-language model that picks among MPPI trajectory candidates. Offline studies on 349 palm-plantation targets score the candidates, not the model’s choice.

WaypointGen: Learning Grounded Waypoint based Navigation for Mobile Manipulators

WaypointGen: Learning Grounded Waypoint based Navigation for Mobile Manipulators

Kulbir Ahluwalia*, Chahit Jain*, Jose Roberto Cuaran Valenzuela, Shreya Gummadi, Michael McGuire, Arun Sivakumar, Julia Hockenmaier, Girish Chowdhary
Coordinated Science Laboratory Student Conference (CSL SC 2026) Conference Poster

We present WaypointGen, a map-free, language-conditioned 2D path planner that grounds natural language navigation commands to bird’s-eye-view (BEV) waypoints. It parses region-of-interest constraints from NL commands via open-vocabulary grounding (DINO-X detection, SAM3 instance masks, and Describe Anything Model captions), then uses a Qwen3-MoE-30B-A3B VLM to select target ROIs and choose among Model Predictive Path Integral (MPPI) trajectory candidates in BEV space, with a Qwen3-235B VLM as an LLM judge for weak supervision. A semi-supervised labeling pipeline seeded with a small set of human annotations and in-context learning generates the dataset across agricultural environments (palm, solar, greenhouse, corn/soybean, citrus, and TreeScope).

Active Semantic Mapping with Mobile Manipulator in Horticultural Environments

Active Semantic Mapping with Mobile Manipulator in Horticultural Environments

Jose Roberto Cuaran Valenzuela, Kulbir Ahluwalia, Kendall Koe, Naveen Kumar Uppalapati, Girish Chowdhary

We introduce an efficient active semantic mapping approach for horticultural robotics, using a mobile manipulator with an RGB-D camera. Probabilistic semantic octomaps are used to detect target regions of interest such as fruits, generate candidate viewpoints, and compute information gain for next-best-view planning. An efficient ray-casting strategy and a novel information gain function accounting for semantics and occlusions is introduced for efficient target-focused map exploration.

Plant Placement using Natural Language Grounding

Plant Placement using Natural Language Grounding

Kulbir Ahluwalia, Michael Vilsoet, Rajarshi Haldar, Peixin Chang, Julia Hockenmaier, Girish Chowdhary
AIFARMS Conference (Fall 2023) Conference Poster

This poster presents a text-enabled FarmBot system that enables users to control a robotic gardening FarmBot system via natural language. Using a custom Python wrapper built on the FarmBot REST API, natural language commands are grounded using real-time robot state and translated into executable code with a fine-tuned CodeT5 model. The system generates valid plant placement configurations that satisfy natural language defined spatial constraints.

DeepPaSTL: Spatio-Temporal Deep Learning Methods for Predicting Long-Term Pasture Terrains Using Synthetic Datasets

DeepPaSTL: Spatio-Temporal Deep Learning Methods for Predicting Long-Term Pasture Terrains Using Synthetic Datasets

Murtaza Rangwala, Jun Liu, Kulbir Ahluwalia, Shayan Ghajar, Harnaik Singh Dhami, Benjamin Tracy, Pratap Tokekar, Ryan Williams
Published in Agronomy 2021 (Special Issue AI and Agricultural Robots) Journal Paper

DeepPaSTL aims to accurately forecast long-term pasture growth, tackling the challenge of estimating pasture biomass without relying on extensive site-specific data or frequent field measurements. This approach enables predicting pasture evolution without monitoring fields regularly, using past observed pasture heights as input. DeepPaSTL introduces a bi-directional ConvLSTM encoder–decoder to learn the spatio-temporal pasture growth dynamics purely from spatial height measurements.

Intermittent Deployment for Large-Scale Multi-Robot Forage Perception: Data Synthesis, Prediction, and Planning

Intermittent Deployment for Large-Scale Multi-Robot Forage Perception: Data Synthesis, Prediction, and Planning

Jun Liu, Murtaza Rangwala, Kulbir Ahluwalia, Shayan Ghajar, Harnaik Singh Dhami, Pratap Tokekar, Benjamin Tracy, Ryan Williams
IEEE Transactions on Automation Science and Engineering, vol. 21, no. 1, pp. 27-47, 2024 Journal Paper

Targets large-scale pasture monitoring for precision agriculture, deploying a team of robots to track grassland growth for optimal rotational grazing and land productivity, addressing the lack of timely growth data in current practice. Proposes an integrated pipeline combining synthetic data generation, deep neural network-based spatiotemporal prediction, and an intermittent multi-robot deployment strategy to periodically survey evolving pastureland at low cost.​

Active Semantic Mapping with Mobile Manipulator in Horticultural Environments

Active Semantic Mapping with Mobile Manipulator in Horticultural Environments

Jose Roberto Cuaran Valenzuela, Kulbir Ahluwalia, Kendall Koe, Girish Chowdhary
ICRA@40, 2024 Abstract

An abstract accepted at the 40th Anniversary of the IEEE Conference on Robotics and Automation (ICRA@40), 2024.

Smartphone Optical Sensors

Smartphone Optical Sensors

Simarjeet S Saini, Aneesh Sridhar, Kulbir Ahluwalia
Optics and Photonics News, 2019 Featured Article

An article featuring the multispectral Fundus Eye camera prototype, as presented in Optics and Photonics News.

Reinforcement Learning Integrated with Supervised Learning for Training of Near Infrared Spectrum Data for Non-Destructive Testing of Fruits

Yuqi Li, Kulbir Ahluwalia, Simarjeet S Saini
Sensing for Agriculture and Food Quality and Safety XII, 2020 Conference Presentation

A conference presentation on combining reinforcement and supervised learning for non-destructive testing of fruits using near infrared spectrum data.

Teaching

Teaching Assistant - CS 440/ECE 448: Artificial Intelligence

University of Illinois, Aug 2026 - Present

Instructor: Prof. Margaret Fleck
• Grading Moodle quizzes and testing the machine-problem autograders.

Teaching Assistant - CS498GC: Mobile Robotics for Computer Scientists

University of Illinois, Aug 2025 - Dec 2025

Co-developed with Prof. Girish Chowdhary
• Co-developed the course curriculum on mobile robotics, ROS2, sensor fusion, and SLAM algorithms.
• Managed coding exercises and problem sets on Extended Kalman Filtering and odometry implementation.
• Held office hours and helped students with ROS2 development and debugging.
• Built and maintained the course website; maintained the autograding infrastructure on Gradescope.
• Special Topic Fall 2025: SLAM-ing on Mars
• Teaching highlight: SLAM-ing Mars TA reference runs (Husky + UR3 in the Mars Gazebo world, mapped with SLAM Toolbox; clip below at 10x speed).

SLAM-ing Mars TA reference run: a Husky + UR3 drives away from the camera into the Mars-world rock field in Gazebo during the Part 2 SLAM run (10x speed)

Teaching Assistant - CS444: Deep Learning for Computer Vision

University of Illinois, Jan 2024 - May 2024, Jan 2025 - May 2025, Jan 2026 - May 2026

Instructor: Dr. Svetlana Lazebnik
• Updated and verified starter code for assignments, and answered student questions during office hours and through Campuswire.
• Assessed student submissions via SpeedGrader on Canvas, and designed multimodal quiz questions, including single-choice, multiple-choice, and matching formats.

Teaching Assistant - CS519: Scientific Visualization

University of Illinois, May 2025 - Aug 2025

Instructor: Dr. Eric Shaffer
• Created multimodal exam questions with integrated visualizations using Python and matplotlib for assessing student understanding of scientific visualization concepts.
• Assisted students with implementation of advanced visualization algorithms including ray marching, transfer functions, and interactive widget development.

Work Experience

Product Management Intern - Qualcomm Technologies, Inc. (Compute Chipset)

San Diego, CA, USA | June 8 - Aug 21, 2026 (on-site)

Team: Compute Chipset Product Management (Snapdragon X Elite / X2 Elite AI-PC platforms)
• Conducted market and competitive analysis of on-device AI, generative AI, and vision-language model (VLM) features for AI-PC platforms.
• Synthesized feedback into product requirements and roadmap inputs.
• Evaluated VLM workloads on Snapdragon silicon for power, thermal, and latency on the Hexagon NPU.
• Worked with engineering teams on AIMET and AI Hub Models, and prepared internal briefings on edge AI trends.

AI Intern - Earthsense Inc.

Urbana, IL, USA | May 2025 - Aug 2025

Supervisor: Michael McGuire, Lead Computer Vision Engineer
• Key Achievement: Contributed to developing a natural language-conditioned waypoint generation pipeline for agricultural robot navigation.
• Implemented state-of-the-art NLP and CV pipelines for Mobile Manipulators, enabling natural language instruction following.
• Created an automatic labeling pipeline for large outdoor robot navigation datasets using Grounded SAM2, streamlining data processing.
• Deployed and integrated open-source Visual Language Models (Molmo-7B-D, Gemma-3-27B, Qwen-2.5-VL-72B, Qwen3-30B-A3B, Llama4-Scout, Spatial-VLM; 3B-72B params) for robot reasoning in image space and open-world natural language instruction conditioned question answering for 4 wheeled skid steer outdoor robots.
• Enhanced ROS-based systems for real-world agricultural applications, directly supporting the advancement of Physical AI.

Projects

Enhancing Stereo Depth Maps through RGBD-Conditioned Generative Models

Enhancing Stereo Depth Maps through RGBD-Conditioned Generative Models

Aug-Dec 2024

Fine-tuned Stable Diffusion V2 for RGB+D-conditioned monocular depth estimation. Achieves up to 46% Abs Rel improvement over Marigold and Depth-Anything-V2 on IRS, VKITTI, and NYUv2 benchmarks. (CS598SHW / 3D vision project)

Contributions to Active Semantic Mapping (ICRA 2025)

Contributions to Active Semantic Mapping (ICRA 2025)

Jan-May 2024 (field deployment & code)

Core contributions to the ICRA 2025 paper: probabilistic semantic octomaps, next-best-view planning with information gain, and field deployment on mobile manipulator in horticultural environments (with J. Cuaran, K. Koe, N. Uppalapati, G. Chowdhary).

Turning Zero Shot into Few Shot via Self-prompting

Turning Zero Shot into Few Shot via Self-prompting

Aug-Dec 2023

Explored self-prompting strategies to convert zero-shot language model capabilities into effective few-shot performance without manual prompt engineering.

CS446 ML Foundations: regression to transformers from scratch

CS446 ML Foundations: regression to transformers from scratch

Apr-May 2023

Built a comprehensive suite of classical and deep learning models from scratch, including SVMs, CNNs, and Attention mechanisms for classification and regression tasks (CS446).

VAE and GAN implementation

VAE and GAN implementation

March 2023

Implemented Variational Autoencoder and Generative Adversarial Network from scratch in PyTorch for MNIST digit generation. Compared FID scores, mode collapse, and KL-divergence behavior.

ResNet implementation

ResNet implementation

Feb 2023

Implemented ResNet-18/50 residual blocks from scratch (without torchvision.models) for image classification on CIFAR-10 / MNIST. Validated identity mapping + bottleneck variants.

Neural transition-based dependency parser

Neural transition-based dependency parser

Dec 2022

Built a neural transition-based dependency parser using feed-forward networks for syntactic analysis of natural language sentences.

Machine translation with RNN and Transformers

Machine translation with RNN and Transformers

Nov 2022

Implemented sequence-to-sequence machine translation using both RNN encoder-decoders and Transformer architectures.

Text classification with CNN and RNN

Text classification with CNN and RNN

Oct 2022

Compared CNN and RNN architectures for text classification, exploring the trade-offs between local feature extraction and sequential modeling.

SLAM from 2D LiDAR data using split and merge line extraction algorithm

SLAM from 2D LiDAR data using split and merge line extraction algorithm

Dec 2021

Implemented simultaneous localization and mapping from 2D LiDAR scans using split-and-merge line extraction for feature-based SLAM.

State estimation using Extended Kalman Filter for GPS+Encoder sensor fusion

State estimation using Extended Kalman Filter for GPS+Encoder sensor fusion

Nov 2021

Fused GPS and wheel encoder data using an Extended Kalman Filter for robust state estimation on a mobile robot.

Field-robot trajectory reconstruction from RTK-GPS, IMU, and encoders (ROS)

Field-robot trajectory reconstruction from RTK-GPS, IMU, and encoders (ROS)

Sep 2021

Processed and visualized multi-sensor trajectory data from RTK-GPS, IMU, and encoders using ROS for field robot navigation.

Autonomous Vaccine Delivery Robot

Autonomous Vaccine Delivery Robot

May 2021

Designed an autonomous robot capable of navigating and localizing itself in a test arena using QR codes and arrows. It uses a RGB camera, IMU, optical encoders, and an ultrasonic sensor to detect, retrieve and transport user-specified blocks. Featured video, Robot videos, Featured post

Image segmentation using superpixels

Image segmentation using superpixels

Dec 2020

Built a segmentation pipeline using SLIC superpixels with VGG16 feature extraction for superpixel classification.

Persistent-Monitoring using Multi-Robot (UAV-UGV) Coordination

Persistent-Monitoring using Multi-Robot (UAV-UGV) Coordination

Dec 2020

Coordinated UAV-UGV teams for persistent monitoring of large-scale environments with optimized deployment schedules.

Optimized a GestureGAN for resource constrained settings

Optimized a GestureGAN for resource constrained settings

Dec 2020

Used MobileNet to optimize cross-view image generation with a 5.7X reduction in parameters.

Self-adjusting roadmaps

Self-adjusting roadmaps

May 2020

Implemented Lifelong Dynamic PRM (LD-PRM) for path planning in unknown environments where obstacles are discovered incrementally. The roadmap restructures itself as the planner gathers occupancy evidence from a simulated mobile robot.

Monocular visual odometry for car ego-motion estimation

Monocular visual odometry for car ego-motion estimation

May 2020

Estimated camera ego-motion from sequential video frames using feature matching and essential matrix decomposition for visual odometry.

Color segmentation using Gaussian mixture models & Expectation maximization

Color segmentation using Gaussian mixture models & Expectation maximization

April 2020

Segmented colored buoys in underwater imagery using GMMs trained via Expectation Maximization for robust color-based detection.

Image Classification using CNN

Image Classification using CNN

May 2020

Built a CNN for binary image classification (cat vs dog) with data augmentation and transfer learning.

AR-Tag detection

AR-Tag detection

March 2020

Superimposed an image and virtual cube on an AR tag.

Tracked moving objects using Lucas-Kanade Tracker

Tracked moving objects using Lucas-Kanade Tracker

April 2020

Implemented the Lucas-Kanade optical flow tracker for real-time object tracking across video frames.

Baxter transporting cubes in Gazebo

Baxter transporting cubes in Gazebo

April 2020

Simulated a Baxter robot transporting cubes between tables in Gazebo using ROS Kinetic. Used inverse kinematics for pick-and-place in a custom Gazebo world.

Implemented A* algorithm for Path Planning on Turtlebot 3

Implemented A* algorithm for Path Planning on Turtlebot 3

May 2020

Implemented the A* algorithm in a configuration space with obstacles. The Turtlebot 3 obeys non-holonomic constraints with 8 combinations of two user-defined RPMs.

Path planning for point and rigid robot using Dijkstra's Algorithm

Path planning for point and rigid robot using Dijkstra's Algorithm

April 2020

Implemented Dijkstra’s shortest path algorithm for both point and rigid robots with obstacle avoidance in 2D configuration space.

Lane detection and Turn prediction for self driving car

Lane detection and Turn prediction for self driving car

March 2020

Developed lane detection using histogram-based sliding window analysis and polynomial curve fitting. Implemented bird’s-eye-view perspective transform for lane visualization.

Agile Robotics for Industrial Automation Competition (ARIAC) 2019

Agile Robotics for Industrial Automation Competition (ARIAC) 2019

May 2020

Developed an industrial system with UR 10 robotic arms, conveyor belts, and AGVs. The system picked parts from a conveyor, disposed faulty items, assembled orders, and delivered them using AGVs.

Designed a PID controller for Turtlebot 3

Designed a PID controller for Turtlebot 3

April 2020

Designed and tuned a PID controller for trajectory tracking on a Turtlebot 3 in simulation.

Modeled a UR 5 arm with Parallel Gripper in Rviz

Modeled a UR 5 arm with Parallel Gripper in Rviz

Sep-Dec 2019

Simulated a 6 DOF UR5 arm using Moveit and Rviz. Calculated DH parameters and computed forward kinematics manually, verified via Peter Corke’s Robotics toolbox. Simulation videos

Designed a LQR and LQG controller

Designed a LQR and LQG controller

Dec 2019

Designed Linear-Quadratic Regulator (LQR) and Linear-Quadratic-Gaussian (LQG) controllers for a double-inverted-pendulum-on-cart system in MATLAB Simulink. Verified controllability + observability ranks, tuned Q/R weight matrices.

Teleoperated gesture controlled robotic arm

Teleoperated gesture controlled robotic arm

Aug 2018-May 2019

Engineered a prototype to transport objects between rooms via web-based remote access with live video and gesture control. The robot featured on-board power, a custom LED light source for low-light navigation, smart device control, and a speaker for prerecorded messages.

Pick n place transporter bot

Pick n place transporter bot

Aug-Dec 2016

Awarded First Prize in IIT Roorkee and placed 6th out of 400 teams at IIT Bombay. Video 1 Video 2

Smart Garden

Smart Garden

March 2017

Won First Prize in the Texas Instruments Hardware Hackathon. IoT-enabled garden monitoring and automation system (sensors, control loop).

Research Affiliations

I am fortunate to be mentored by distinguished faculty at the intersection of robotics, natural language processing, and agricultural technology:

DASLAB - Distributed Autonomous Systems Laboratory

Director: Prof. Girish Chowdhary

Focus: Agricultural robotics, field robots, autonomous systems, and machine learning for agriculture

HMR Lab - Hockenmaier Research Group

Director: Prof. Julia Hockenmaier

Focus: Natural language processing, computational linguistics, vision and language, semantic parsing

Research Focus: Natural Language Grounding for Agricultural Robots - Advancing Physical AI for Humanity

Field Deployment Portfolio

In-the-wild perception on a real mobile-manipulator platform, deployed in outdoor fields and greenhouses with Jose R. Cuaran (DASLAB, UIUC). These visuals back the co-authored ICRA 2025 paper "Active Semantic Mapping with Mobile Manipulator in Horticultural Environments".

ICRA 2025 poster: Active Semantic Mapping with Mobile Manipulator in Horticultural Environments (Cuaran + Ahluwalia et al., UIUC)

ICRA 2025 - Active Semantic Mapping

Co-authored with Jose R. Cuaran. Probabilistic semantic octomaps from RGB-D, candidate viewpoint generation, and information-gain next-best-view planning. arXiv:2412.10515.

Greenhouse data collection with our mobile manipulator

Greenhouse Data Collection

Mobile manipulator platform operating through greenhouse rows during active semantic mapping data collection.

Jose Cuaran operating the robot during a field deployment

Team Field Operations

Jose R. Cuaran (DASLAB, UIUC) operating the mobile manipulator during an outdoor deployment.

Equipment transport and field-day logistics

Field Logistics

Equipment transport for multi-day outdoor data-collection sessions with the mobile manipulator.

Miscellaneous

First prize in B.Tech. Major Project, 2019

Kulbir Ahluwalia, Akash Sharma, Garvit Periwal
Punjab Engineering College

First prize in final year MAJOR PROJECT in the B.Tech. Examination of Electrical Engineering, 2015-19 titled Teleoperated Gesture controlled Robotic arm.

Certificate of Appreciation, (2017,2018)

IEEE, Punjab Engineering College

Received certificate of appreciation for contributions to IEEE PEC (2017,2018).

National Bal Shree Award, 2011

National Bal Bhavan, New Delhi, India

Awarded with the National Bal Shree Award in Creative Scientific Innovations by the Ministry of Human Resource Development, Govt. of India. It consisted of a series of scientific hands-on tests and interviews at city, zonal and national level.


Talk is cheap. Show me the code. Show me the results.

Contact

The quickest way to reach me is email: ksa5@illinois.edu. You can also find me on LinkedIn.

Email CV