Divyanshu Pandey profile photo 1 on Tal

Divyanshu Pandey

Robotics | Mechatronics | Product Design | System Integration | Design Engineer | Technical Product Management | IIIT C ’26

Bengaluru

3+ years of work experience

SYSMIC
Dec 20259 mosPresent

Bengaluru

Addverb
May 20257 mosNov 2025

Delhi, India

• Worked on Veloce, Addverb’s most complex Autonomous Mobile Robot (AMR) platform. • Designed and Developed HITL testbench from Scratch for testing AMRs ( Veloce ,Zippy and AMRs) • Contributed to mechanical architecture development, embedded electronics integration, and system-level software bring-up for Autonomous Mobile Robots. • Designed CAD models, integrated motors & sensors, and assisted in ROS-based system testing and validation. • Worked on end-to-end robot integration in an industrial robotics environment.
Mars Rover Students Club, IIITD&M KANCHEEPURAM
Feb 20251 yr 1 moFeb 2026

Chennai, Tamil Nadu, India

Responsible for strategic planning, project oversight, and leading key initiatives related to Robotics and related domain and decision-making at the organizational level. Overseeing the planning and execution of technical workshops, prototype reviews, and R&D initiatives; contributing to system-level design decisions and development.
Indian Institute of Technology, Kanpur
May 20243 mosJul 2024

Kanpur

Contributed to the design of a legged robot for all-terrain locomotion. Developed a compact cycloidal drive, optimized leg kinematics, and performed CAD modeling, simulations, and prototype validation.
Mars Rover Students Club, IIITD&M KANCHEEPURAM
Feb 20241 yr 3 mosApr 2025

Chennai

As a Mechatronics Engineer, I collaborated with multidisciplinary teams to design, develop, and optimize robotic systems from concept to implementation. My responsibilities included analyzing problem statements, researching engineering solutions, and leading the mechanical design and simulation of robotic platforms. I designed mechanical subsystems such as chassis, suspension systems, and manipulators while ensuring they met performance, manufacturability, and reliability requirements. In parallel, I worked on integrating sensors, actuators, motor drivers, embedded controllers, power systems, and communication modules, collaborating closely with the electronics and software teams to ensure seamless hardware-software integration. Through prototyping, testing, and iterative design improvements, I developed strong expertise in CAD design, system integration, robotics, and cross-functional product development, while strengthening my problem-solving and project management skills.
E-CELL IIITDM
Feb 20231 yr 1 moFeb 2024

Chennai, Tamil Nadu, India

Collaborated with entrepreneurs and early-stage startups founders , providing consulting support in business strategy, market research, and execution planning. Led product development initiatives by guiding teams from ideation to prototyping, leveraging technical expertise in robotics and mechanical design. Actively contributed to workshops, innovation challenges, and mentorship sessions, fostering a culture of entrepreneurship and helping transform creative ideas into scalable solutions.
Mars Rover Students Club, IIITD&M KANCHEEPURAM
Jan 20232 yrs 4 mosApr 2025

Chennai

As a Design Engineer, my primary responsibility was to analyze competition problem statements and develop mechanical solutions for planetary rovers and robotic manipulators. I was involved in the complete design cycle, from concept generation and CAD modeling to simulation, prototyping, and validation. I led the design and analysis of rover subsystems, including the chassis, suspension, steering mechanism, and wheels. I designed and evaluated different suspension configurations such as rocker-bogie and triple-bogie, optimizing them for stability, obstacle traversal, load distribution, and terrain adaptability. For the wheel assembly, I focused on maximizing traction and maneuverability through appropriate material selection and lightweight design using PLA, PETG, and TPU. In addition to rover development, I designed 5-DoF and 6-DoF robotic manipulators, developing transmission systems using gears, timing belts, and linear actuators to achieve precise and reliable motion. I also performed kinematic analysis and simulations to optimize workspace, payload capacity, and structural performance. Throughout the project, I collaborated closely with the electronics and software teams to integrate sensors, actuators, and control systems, ensuring seamless hardware-software integration and reliable system performance. This experience strengthened my expertise in mechanical design, simulation, rapid prototyping, system integration, and robotics product development. PS : I have attached G Drive link for checking out my work .

Divyanshu’s AI Stack

antigravity
antigravity
claude
claude
cursor
cursor
deepmind
deepmind
kimi
kimi

Education

Indian Institute of Information Technology Design & Manufacturing Kancheepuram

Major in Mechanical, minor in Mechatronics & Robotics

Indian Institute of Information Technology Design & Manufacturing Kancheepuram

20224 yrs2026

Intermediate

Montfort Inter College Lucknow

20192 yrs2021

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Headline

Robotics | Mechatronics | Product Design | System Integration | Design Engineer | Technical Product Management | IIIT C ’26

About

Passionate about robotics, Mechatronics, and autonomous systems. I’ve worked on autonomous rovers, drones, and manipulators, focusing on design, simulation, and real-world implementation. Always eager to take on challenging projects, I enjoy collaborating with interdisciplinary teams and picking up new skills along the way. My work spans from optimizing aerospace components to developing robotic automation solutions. Feel free to reach me out !!

Location

Bengaluru

AI stack

antigravity

claude

cursor

deepmind

kimi

Work experience

Founding Engineer at SYSMIC, Dec 2025 - Present · 9 mos, Bengaluru

Robotics Mechanical Engineer at Addverb, May 2025 - Nov 2025 · 7 mos, Delhi, India, • Worked on Veloce, Addverb’s most complex Autonomous Mobile Robot (AMR) platform. • Designed and Developed HITL testbench from Scratch for testing AMRs ( Veloce ,Zippy and AMRs) • Contributed to mechanical architecture development, embedded electronics integration, and system-level software bring-up for Autonomous Mobile Robots. • Designed CAD models, integrated motors & sensors, and assisted in ROS-based system testing and validation. • Worked on end-to-end robot integration in an industrial robotics environment.

Executive Board Member at Mars Rover Students Club, IIITD&M KANCHEEPURAM, Feb 2025 - Feb 2026 · 1 yr 1 mo, Chennai, Tamil Nadu, India, Responsible for strategic planning, project oversight, and leading key initiatives related to Robotics and related domain and decision-making at the organizational level. Overseeing the planning and execution of technical workshops, prototype reviews, and R&D initiatives; contributing to system-level design decisions and development.

Research Intern at Indian Institute of Technology, Kanpur, May 2024 - Jul 2024 · 3 mos, Kanpur, Contributed to the design of a legged robot for all-terrain locomotion. Developed a compact cycloidal drive, optimized leg kinematics, and performed CAD modeling, simulations, and prototype validation.

Mechatronics Engineer at Mars Rover Students Club, IIITD&M KANCHEEPURAM, Feb 2024 - Apr 2025 · 1 yr 3 mos, Chennai, As a Mechatronics Engineer, I collaborated with multidisciplinary teams to design, develop, and optimize robotic systems from concept to implementation. My responsibilities included analyzing problem statements, researching engineering solutions, and leading the mechanical design and simulation of robotic platforms. I designed mechanical subsystems such as chassis, suspension systems, and manipulators while ensuring they met performance, manufacturability, and reliability requirements. In parallel, I worked on integrating sensors, actuators, motor drivers, embedded controllers, power systems, and communication modules, collaborating closely with the electronics and software teams to ensure seamless hardware-software integration. Through prototyping, testing, and iterative design improvements, I developed strong expertise in CAD design, system integration, robotics, and cross-functional product development, while strengthening my problem-solving and project management skills.

Core - Consulting and Product Development at E-CELL IIITDM, Feb 2023 - Feb 2024 · 1 yr 1 mo, Chennai, Tamil Nadu, India, Collaborated with entrepreneurs and early-stage startups founders , providing consulting support in business strategy, market research, and execution planning. Led product development initiatives by guiding teams from ideation to prototyping, leveraging technical expertise in robotics and mechanical design. Actively contributed to workshops, innovation challenges, and mentorship sessions, fostering a culture of entrepreneurship and helping transform creative ideas into scalable solutions.

Mechanical Design Engineer at Mars Rover Students Club, IIITD&M KANCHEEPURAM, Jan 2023 - Apr 2025 · 2 yrs 4 mos, Chennai, As a Design Engineer, my primary responsibility was to analyze competition problem statements and develop mechanical solutions for planetary rovers and robotic manipulators. I was involved in the complete design cycle, from concept generation and CAD modeling to simulation, prototyping, and validation. I led the design and analysis of rover subsystems, including the chassis, suspension, steering mechanism, and wheels. I designed and evaluated different suspension configurations such as rocker-bogie and triple-bogie, optimizing them for stability, obstacle traversal, load distribution, and terrain adaptability. For the wheel assembly, I focused on maximizing traction and maneuverability through appropriate material selection and lightweight design using PLA, PETG, and TPU. In addition to rover development, I designed 5-DoF and 6-DoF robotic manipulators, developing transmission systems using gears, timing belts, and linear actuators to achieve precise and reliable motion. I also performed kinematic analysis and simulations to optimize workspace, payload capacity, and structural performance. Throughout the project, I collaborated closely with the electronics and software teams to integrate sensors, actuators, and control systems, ensuring seamless hardware-software integration and reliable system performance. This experience strengthened my expertise in mechanical design, simulation, rapid prototyping, system integration, and robotics product development. PS : I have attached G Drive link for checking out my work .

Education

Major in Mechanical, minor in Mechatronics & Robotics, Indian Institute of Information Technology Design & Manufacturing Kancheepuram

Intermediate, Montfort Inter College Lucknow