Mar 2019 – Jul 2021 · 2 yrs 4 mos · Okhla, Delhi, India · Hybrid

• As the Chief Technology Officer of a forward-thinking start-up, I lead the development of innovative reverse vending machines (RVMs) aimed at addressing the global plastic waste crisis. Our mission is to foster a circular economy by encouraging recycling through advanced technology.
• My focus is on building a dedicated team and driving product development from the ground up. By integrating IoT functionalities and advanced detection systems, our RVMs stand at the forefront of innovative recycling solutions, addressing the urgent need for sustainable waste management practices. I am passionate about leveraging technology to create a cleaner, more sustainable future and look forward to connecting with like-minded professionals in the field.
• RVM 101: The Semi-Manual Machine
• The RVM 101 incentivizes recycling by allowing users to manually insert empty beverage containers. Upon processing, users receive monetary rewards or store credits, promoting immediate engagement with recycling efforts. This model not only reduces litter but also facilitates environmental sustainability by streamlining the recycling process.
• RVM 102: The Detection Machine
• This model features advanced sensors that automatically identify and sort recyclable materials, particularly beverage containers. The RVM 102 enhances recycling efficiency by accurately distinguishing materials like PET and HDPE based on their physical properties, ensuring effective sorting and processing.
• RVM 103: The Smart and Intelligent Machine
• The RVM 103 represents the pinnacle of our technology, equipped with sophisticated sensors and computer vision capabilities. This model not only detects material types but also recognizes labels and barcodes in real time, significantly improving sorting accuracy and operational efficiency. By enhancing recycling outcomes, the RVM 103 contributes to reducing contamination and optimizing resource recovery.

May 2017 – Dec 2017 · 7 mos · Georgia, United States

• In my role as a Graduate Technical Assistant at Georgia Tech, I delivered comprehensive technical and academic support to campus authorities and faculty. I collaborate closely on research initiatives, address technical challenges, and contribute to the enhancement of project outcomes. With a strong commitment to innovation and teamwork, I strived to foster academic excellence and operational efficiency within the university community.

Jul 2016 – Present · 9 yrs 8 mos · Noida, Uttar Pradesh, India

• As the CEO of DSSM, founded in 2010 and officially registered in 2016, I am dedicated to transforming education through innovative approaches. Our mission is to empower young minds by providing skill-based learning opportunities in robotics, artificial intelligence, and embedded systems.
• Importance of Addressing Educational Challenges
• In today’s rapidly evolving world, the traditional educational framework faces significant challenges:
• Lack of Skill-Based Education: Many school systems prioritize exam performance over practical skills, limiting students’ ability to tackle real-world problems and adapt to change.
• Neglect of Lifelong Learning: There is a critical absence of practical, implementable, and relevant learning opportunities that prepare students for ongoing challenges in their personal and professional lives.
• Social Consciousness: Current educational practices often fail to foster a sense of social responsibility and proactive engagement, leaving students ill-equipped to make meaningful contributions to society.
• Our Response
• To address these challenges, we propose a comprehensive platform designed to bridge these gaps:
• Learning Through Play: At DSSM, we provide educational solutions that allow children to learn as they play. We believe that learning should be continuous and persistent, helping children gain knowledge, apply it in various contexts, and build on it for further creative development.
• Interdisciplinary Programs: Our platform offers a range of immersive programs that develop critical skills across various disciplines, ensuring a well-rounded education.
• Skill Development Focus: Emphasizing practical skills empowers students to navigate and contribute to an increasingly complex world.
• Cultivating Social Consciousness: We aim to instill a mindset of proactive engagement, encouraging students to take impactful actions in their communities and beyond.

Jul 2014 – Aug 2016 · 2 yrs 1 mo · IIT Delhi

• As a Research Engineer, I have successfully contributed to various projects in the field of robotics and human-machine interaction. Key responsibilities include:
• Upper Limb Exoskeleton Development: Designed and developed electronic circuits and control algorithms for an upper limb exoskeleton, facilitating teleoperation of the KUKA KR5 robot.
• EEG Signal Analysis: Developed an algorithm in Python and PyQt to analyze EEG signals, enabling control of the KUKA Youbot robot through ROS Indigo.
• Embedded Systems: Created an embedded system module for real-time data analysis, supporting the research and testing of innovative fan designs for USHA International Limited at IIT Delhi.
• Human-Machine Interface Design: Engineered algorithms for human-machine interfacing using Microsoft Kinect and laser sensors for the SAKSHAR-IDVT initiative.
• Collaborative Research Contributions: Actively engaged in multiple research projects, focusing on the development of hardware systems and software algorithms to advance project objectives.

Jun 2013 – Aug 2014 · 1 yr 2 mos · Massachusetts, United States

• As a Research Assistant at MIT, I played a pivotal role in advancing the automation capabilities of the Atlantic Razor, RoboClam. My contributions included:
• Control Circuit Development: Designed and implemented control circuits to enhance the efficiency of the digging mechanism.
• Trajectory Planning and Actuation: Developed algorithms for trajectory planning and actuation, effectively automating the digging process and minimizing human involvement.
• Efficiency Improvement: Increased digging efficiency by 30%, enabling the system to operate in multiple continuous cycles.
• This role allowed me to deepen my expertise in robotics, algorithm design, and system integration, while contributing to innovative research initiatives.