About Me

the part where I explain myself

> enough backstory to make this make sense

I’m someone who builds, not just machines, but communities, systems, and stories worth sharing.


Born and raised in India, I came to ASU to study Robotics Engineering and Technological Entrepreneurship, but quickly found that leadership was just as much a part of me as design and logic. I became the first international student elected as Student Body President at ASU Polytechnic, not because I had all the answers, but because I asked the right questions. What do students need? Who isn’t being heard? What would it look like if we truly built a campus for everyone?


I led with those questions, representing over 181,000 ASU students, managing a $1.1 M+ budget, mentoring a 40+ person team, and advocating for change from classrooms in Arizona to the U.S. Capitol in Washington, D.C. I sat on university-wide boards, worked on student tech policy, and brought forward issues that often go unseen, especially for international and underrepresented students.


But at my core, I’m not defined by a title or a term. I’m an engineer who loves solving problems with elegance. A visual thinker who finds clarity through a camera lens. A quiet strategist who leads with empathy, precision, and intent.


I believe in designing systems that outlive positions. In leadership that invites, not imposes. And in a future where innovation and inclusion aren’t separate goals, but deeply intertwined.


That’s the kind of future I’m working to help build: one decision, one project, and one opportunity at a time.

Projects

a curated gallery of overengineered solutions

> I built these so you don’t question my major

Aug 2025 – Present

Reyes Coca-Cola Bottling
DASH (Data Analysis & Speed Hub)

  • Designing a battery-powered, IP67-rated conveyor speed monitoring device, aiming to achieve ±1% measurement accuracy in lab validation and targeting 2–3 months of continuous operation per battery cycle, leveraging an ESP32 microcontroller with multiple sensors and encoders.

  • Developing a scalable telemetry system targeting a 20% downtime reduction and 15% maintenance cost cut via a <200 ms Wi-Fi/MQTT pipeline delivering real-time conveyor insights, featuring a modular waterproof design aligned with RCCB’s Industry 4.0 goals.

Data Analysis & Speed Hub (DASH) Enabled

  • 23.3

    23.9

    24.1

    23.2

    23.0

meters per minute

Aug 25 - Dec 25

Autonomous Robotic Manipulation & Vision-Guided Control Using Dobot Magician Lite

  • Engineered an AI-enhanced robotic control pipeline achieving >95% autonomous execution accuracy by combining real-time computer vision, depth inference, and kinematically aware motion planning, enabling a 4-axis robot arm to independently solve mazes and do precision object manipulation.

  • Built a high-speed Python-based motion control system (OpenCV + pydobot) using custom affine mapping and BFS planning logic, maintaining >98% motion repeatability across autonomous runs and demonstrating robust integration of AI, computer vision, and robotic control systems.

Robot Arm with Vision & AI

  • class DobotCoreAI:
    mode = "idle"

    def boot_system(self):
    self.mode = "booting"
    self.cache = {}
    self.calibrated = False
    return "system online"

    def capture_frame(self, src):
    return f"frame pulled from {src}"

    def compute_path(self, target):
    self.mode = "planning"
    steps = ["scan", "map", "route"]
    return f"path to {target} via {steps}"

    def shift_axis(self, dx):
    self.cache["dx"] = dx
    return "axis shifted"

    def engage_grip(self):
    self.mode = "grip_active"

    def execute_block(self):
    self.calibrated = True
    return "sequence executed"
  • class DobotCoreAI:
    mode = "idle"

    def boot_system(self):
    self.mode = "booting"
    self.cache = {}
    self.calibrated = False
    return "system online"

    def capture_frame(self, src):
    return f"frame pulled from {src}"

    def compute_path(self, target):
    self.mode = "planning"
    steps = ["scan", "map", "route"]
    return f"path to {target} via {steps}"

    def shift_axis(self, dx):
    self.cache["dx"] = dx
    return "axis shifted"

    def engage_grip(self):
    self.mode = "grip_active"

    def execute_block(self):
    self.calibrated = True
    return "sequence executed"
  • class DobotCoreAI:
    mode = "idle"

    def boot_system(self):
    self.mode = "booting"
    self.cache = {}
    self.calibrated = False
    return "system online"

    def capture_frame(self, src):
    return f"frame pulled from {src}"

    def compute_path(self, target):
    self.mode = "planning"
    steps = ["scan", "map", "route"]
    return f"path to {target} via {steps}"

    def shift_axis(self, dx):
    self.cache["dx"] = dx
    return "axis shifted"

    def engage_grip(self):
    self.mode = "grip_active"

    def execute_block(self):
    self.calibrated = True
    return "sequence executed"

Jan 2025 – May 2025

Multi-Domain Mechatronic System with Real-Time HMI

  • Developed a multi-domain cyber-physical system showcased at ASU’s Innovation Showcase before 500+ attendees, integrating inertial sensing, wireless IoT communication, power electronics, and real-time HMI design.

  • Achieved >98% signal stability by interfacing an MPU-6500 six-axis MEMS gyro/accelerometer to a 64 MHz PIC18F27Q10 via I²C, with custom multi-layer PCB fabrication in Altium featuring EMI-conscious routing, thermal-aware power regulation, and precision decoupling networks.

  • Streamed live telemetry at scale via a hybrid UART/Wi-Fi backbone on ESP32, delivering angular velocity, thermal, and actuator data to a real-time HMI dashboard; authored register-level embedded C drivers for synchronized sensor fusion, yielding a scalable reference model for IoT.

Aug 2024 – Dec 2024

Adaptive Thermal Control and Cooling System for Cyclists

  • Engineered a high-precision thermal sensing subsystem using an LM35 and MCP6041 low-noise op-amp, delivering clean, amplified signals for accurate measurement. Optimized ADC resolution, sampling rate, and reference scaling on a BLE-enabled PSoC microcontroller for real-time acquisition with high signal integrity.

  • Built an end-to-end wireless telemetry pipeline to stream live thermal data over BLE, enabling autonomous mist actuation via dynamic temperature thresholds. Validated performance through power-budget analysis, filtering, and calibration, resulting in an energy-efficient, reliable architecture.

  • Designed a closed-loop, sensor-driven control system integrating analog conditioning, embedded firmware, and wireless decision-making, establishing a scalable framework for smart and climate-adaptive systems.

Temperature Sensor

Automatic Sprinkler

Jan 2024 – Apr 2024

Bluetooth-Controlled Electric Skateboard

  • Designed and fabricated a high-torque electric skateboard from the ground up, integrating a brushless DC motor with a programmable ESC and a custom Bluetooth-based handheld remote. Implemented reliable wireless communication and control logic to enable smooth, low-latency throttle response and intuitive rider control across varying speeds and load conditions.

  • Conducted extensive system tuning and testing to optimize throttle curves, current limits, and battery configuration for performance, safety, and efficiency. Evaluated real-world riding scenarios to validate stable operation at sustained speeds exceeding 25 km/h, ensuring consistent power delivery, thermal reliability, and rider confidence under dynamic loads.

Aug 2022 – Dec 2022

RIGEL Exosuit: Adaptive Human Performance System

  • Conceptualized and designed RIGEL, a modular, adaptive exosuit system intended for human augmentation across diverse use cases including healthcare assistance, mobility support, military operations, industrial labor, construction, rescue missions, and athletic performance. Emphasized adaptability, scalability, and user-centered design to allow the system to be reconfigured for different physical demands and environments.

  • Led system-level ideation and modeling of the exosuit architecture, focusing on actuation strategies, load distribution, ergonomics, and human-machine interaction. Evaluated design tradeoffs across power, mobility, safety, and comfort, and presented the final concept at ASU’s 2022 Innovation Showcase, highlighting real-world applicability and future development pathways.

Career

jobs I somehow convinced people I could do

> featuring stress, leadership, and some decent engineering

INTERNSHIPS

Intern

Ferrous Automations

  • Applied Lean practices to standardize workflows, enabling ~30% labor-efficiency improvement and smoother troubleshooting pipelines.

  • Elevated brand presence by revamping the corporate website + producing a promotional video, increasing inbound client inquiries by 35%.

  • Supported PLC and automation tasks while documenting processes for long-term sustainment.

Jul 2021 – Oct 2021

Pune, India

Intern

Deepak Engineering

  • Led a workflow redesign that increased operational efficiency by 15%, removing bottlenecks and speeding engineering approvals.

  • Digitized 500+ technical documents, modernizing infrastructure and raising client engagement by 20% through a revamped corporate website.

  • Improved internal knowledge access and overall data accuracy across ongoing engineering projects.

Oct 2021 – Jan 2022

Chandrapur, India

LEADERSHIP

Arizona State University

Student Body President

  • Elected for two consecutive terms, representing 180,000+ students as ASU’s first international president.

  • Managed a $1M+ operating budget, directing 60+ members across policy, innovation, sustainability, and student experience.

  • Advocated for students at university, state, and national levels, shaping initiatives with long-term institutional impact.

Apr 2023 – May 2025

Mesa, AZ, USA

ASU Student Government

Director of Marketing

  • Drove a 70% surge in student engagement via multi-channel campaigns and data-driven strategies across web, social, and physical platforms.

  • Led a 5-member creative team executing 35+ high-impact events, managing branding, digital rollout, and visual design to elevate USGP’s reach.

  • Improved relations and trust with the student body and higher administration in the university.

Sep 2022 – Apr 2023

Mesa, AZ, USA

WORK

ASU University Housing

Resident Assistant

  • Supervised and built strong relationships with 80+ residents by identifying needs and delivering tailored support, improving engagement and retention.

  • Applied persuasive communication and rapid problem-solving to resolve issues and align stakeholders with policies, ensuring reliable service delivery.

Aug 2024 – Present

Mesa, AZ, USA

ASU Enterprise Technology

IT Level 3 Support

  • Supported and troubleshot systems for 75,000+ users across ASU’s digital ecosystem, from productivity suites to enterprise-level communication platforms.

  • Engineered clearer documentation, streamlined processes, and optimized workflows, improving response times, reducing repeated issues, and leveling up team-wide operational efficiency.

Sep 2022 – May 2023

Mesa, AZ, USA

Education

where I paid tuition and learned things

> return on investment was acceptable

B.S.E., Engineering (Robotics) – Honors

Minor: Technical Entrepreneurship & Management

Arizona State University, Mesa, AZ

Barrett, The Honors College


Grand Challenges Scholar | Dean’s List Recipient × 6 terms

May 2026

GPA: 3.83/4.00

classes that justified their credit hours

RAS 545

Robotic Systems I

[Grad Level Class] Robotic system design covering kinematics, dynamics, modeling, and vision driven control for robot arms.

RAS 550

Mechatronic Systems

[Grad Level Class] Covers mechatronic systems using sensors, actuators, and microcontrollers with system integration.

EGR 314

Embedded Systems Design Project II

End to end embedded system design emphasizing PCB development, sensors, and prototype validation.

RAS 598

Transforms & Systems Modeling

[Grad Level Class] Models and controls mechanical and electromechanical systems using transfer functions and PID control.

EGR 456

Robotic Systems II

Design of robotic systems focusing on dynamics, modeling and controlling a robot.

EGR 334

Analog-Digital Interface

System-level signal processing between sensors and digital processors using analog front-end design.

OMT 440

International Business

Studies international business through trade policy, partnerships, currency, and cultural dynamics.

HON 493

Honors Thesis

Independent honors research culminating in a written thesis under faculty mentorship.

TMC 410

Enterprise Operations

Applies operations management principles including forecasting, supply chains, capacity planning, and data-driven decisions.

Skills

things I do without Googling first

> tested outside of assignments

Hardware

Microchip PIC

I²C/SPI/UART

SMT PCB design

BLE

PSoC

ESP32

Arduino

Raspberry Pi

Soldering

PLC

Assembly

Cobot

Software

Altium Designer

SolidWorks

MPLAB X

MATLAB & Simulink

Adobe Suite

Microsoft Office

AutoCAD

Canva

KiCad

Programming

Python

C++

C

HTML/CSS

ROS

MicroPython

Certifications

IoT & Raspberry Pi

2019

SolidWorks

2021

AutoCAD

2021

Lean Six Sigma White Belt

2025

MATLAB

2025

Universal Robots

2025

Honors & Awards

external confirmation of internal standards

> turns out that matters

Sun Devil Way Award

Pitchfork Awards 2025 · Apr 2025

Recognized as the top individual student across the university for exemplifying the highest standards of achievement, engagement, and responsibility. This award honors exceptional leadership, bold advocacy, and a sustained commitment to creating inclusive, purpose-driven communities. Selected for going above and beyond to inspire impact, empower others, and lead with integrity. Reserved for students who not only represent the best of their institution, but also actively raise the standard.

Advocating for Students Nationwide with Senator Mark Kelly

United States Senate · Oct 2023

Represented the collective voice of over 400,000+ college students across Arizona, including those at ASU, NAU, and the University of Arizona, in two meetings with U.S. Senator Mark Kelly — first at the U.S. Capitol in Washington, D.C., and later in Tempe. Advocated on key student issues such as college affordability, financial aid reform, housing access, and international student equity. These discussions were part of a statewide effort to elevate student priorities in federal higher education policy and ensure Arizona students are heard at the national level.

Outstanding Leadership Award

The Polys · May 2025

Awarded to a distinguished student leader who demonstrated extraordinary vision, initiative, and influence within student government and the broader university community. Recognized for inspiring peers, driving meaningful initiatives, and creating a legacy of impact through strategic leadership and sustained dedication. This honor is reserved for those whose leadership not only elevates an organization but transforms it.

Excellence in Student Leadership Award - Nomination

The Polys 2023 · Apr 2023

The Outstanding Leadership Award is presented to a USGP member who has consistently exemplified exceptional leadership, vision, and dedication in their service to the organization. This individual goes beyond fulfilling responsibilities by actively guiding, motivating, and empowering their peers, fostering a culture of collaboration, accountability, and mutual respect. Through thoughtful decision making and a strong sense of purpose, they lead with both confidence and empathy, setting a standard for others to follow.


In addition to inspiring those around them, this recipient has taken initiative to design, lead, and execute programs and initiatives that create meaningful and lasting change. Their leadership has strengthened USGP internally while also extending its positive influence across the broader university community. By balancing strategic thinking with genuine care for students, they have made a measurable impact that continues to shape the organization’s direction and legacy.


Above all, this award recognizes a leader who understands that true leadership is rooted in service. Whether navigating challenges, advocating for student voices, or mentoring future leaders, this individual consistently places the needs of the community first. Their commitment, resilience, and ability to lead with integrity ensure that their influence will endure well beyond their time in USGP, leaving behind a stronger, more unified organization.

The Cooley Community Builder & Impact Award - Nomination

The Polys 2023 · Apr 2023

Gary McGrath Outstanding Student Employee Award - Nomination

The Polys 2023 · Apr 2023

Outstanding Undergraduate Student Leader - Nomination

Pitchfork Awards · Apr 2023

Certificate of Appreciation - Arizona State University

International Students and Scholars Center · Dec 2022

The Duke of Edinburgh Award - Silver Award

The Duke of Edinburgh’s International Award for Young People (IAYP) · Jan 2022

The Duke of Edinburgh Award - Bronze Award

The Duke of Edinburgh’s International Award for Young People (IAYP) · Jan 2021

Quintessence Model United Nations - Special Mention

Jun 2020

Vox Populi Model United Nations - High Commendation

Jun 2020

International Model United Nations - Verbal Mention

Jan 2020

Metropolitan Model United Nations

Jan 2019

Pune World Summit Model United Nations - Best Delegate

Jan 2019

Symbiosis Law School Pune Model United Nations

Jan 2019

The Bishop Model United Nations - Special Mention

Jan 2019

DT Model United Nations

Jan 2018

District Open Badminton Competition

2017

National Open Karate Competition - Bronze Medal

2016

State Level Karate Champonship

2016

District Level Skating Competition - Silver Medal

2015

Achievements

personal bets that paid off

> trusted the process, supervised the chaos

Ladakh Cycling Expedition

(500+ miles @ 18,000 ft)

August 2021

15-day Ladakh cycling expedition that pushed my limits and reshaped how I see life…Read More

Kashmir Lakes Trek in The Himalayas

(7 days @ 14,000 ft)

July 2019

Seven-day Kashmir Lakes trek through the Himalayas, crossing high-altitude passes and alpine meadows at nearly 14,000 feet covering 7 different lakes.

Addressing over 25,000 people at ASU Graduation

December 2023

Took the stage at ASU’s Fall 2023 commencement, speaking for thousands of graduates in a stadium full of futures…Read More

Opening ASU’s Doors to over 15,000 New Students

December 2023

Delivered the welcome address at ASU Freshman Orientation to a crowd of 15,000 incoming students…Read More

Ironman Triathlon Prep

June 2022

Training for an Ironman triathlon in the months leading up to turning 18, building endurance, discipline, and mental resilience.

My First MahaMarathon

February 2020

Completed my first MahaMarathon at the Pune MahaMarathon, marking a personal endurance milestone.

Creativity

side quests

> momentum was real

Lost in Vietnam | A Cinematic Travel Film

May 2025

SAHYADRI | The Karnataka Chapter

Jul 2022

Memories of Sweden

Jul 2020

This is Anandwan

Dec 2019

Check out my Instagram

Contact Me

reach out before this gets awkward

> I am very approachable

other things you can do while you are here

> click around!

© 2026 Made by Shaurya Manglik