Master of Business Administration (MBA – General) Pursuing
Dr. M.G.R. Educational and Research Institute
MBA Student Mechanical Engineering Graduate HR Aspirant Business & Management Enthusiast
I am an MBA General student and a Mechanical Engineer building a career at the intersection of leadership, strategy and innovation. My focus is simple — grow into a leader who can turn ideas into value, teams into performance, and vision into measurable outcomes.
A path built on engineering rigor, hands-on manufacturing training, and business leadership education.
Dr. M.G.R. Educational and Research Institute
Dr. M.G.R. Educational and Research Institute · Percentage: 68.47%
NTTF, Vellore · CGPA: 7.63
Bharathi Matriculation Higher Secondary School, Maduravoyal, Chennai · Score: 70.8%
Hands-on operations and customer-facing work that shaped my business and management mindset.
KGM Travels (Family Business) · School Transportation Services · Chennai
A blend of human resources, business, engineering and interpersonal strengths.
Sourcing, screening and onboarding talent.
Building trust and resolving workplace issues.
Policies, records and day-to-day HR workflows.
Aligning people, plans and outcomes.
Optimising processes for efficiency.
Tracking milestones, teams and deliverables.
2D/3D design with AutoCAD and SolidWorks.
Programming CNC paths and manufacturing.
Jigs, fixtures and precision tooling.
Industry 4.0, simulation and smart factories.
Formulas, pivots and data analysis.
Clear, visual and persuasive decks.
Professional documents and reports.
Guiding teams toward shared goals.
Clear, concise and confident delivery.
Collaborating across disciplines.
Analytical thinking and creative fixes.
Prioritising to deliver on time.
Reasoned judgment before decisions.
Thriving through change and ambiguity.
Curious, always upgrading skills.
A safety-oriented mechanical engineering project exploring frictionless, sensor-driven vehicle braking using electromagnetism.
Conventional friction brakes suffer from wear, heat build-up and delayed reaction time in emergency scenarios, reducing vehicle safety.
Design a contactless braking mechanism that reacts automatically to obstacles, reducing stopping distance and mechanical wear.
An electromagnet mounted near a rotating metal disc generates eddy currents when energised, producing a retarding force that slows the disc without physical contact.
Ultrasonic/IR sensors detect obstacles; a microcontroller energises the electromagnet through a relay driver to apply braking force proportional to proximity.
Electromagnet coil, mild-steel disc, Arduino microcontroller, ultrasonic sensor, relay module, DC power supply; modelled in AutoCAD and SolidWorks.
Automobiles, heavy vehicles, trains, industrial conveyors and any rotating machinery requiring wear-free emergency braking.
Successful bench demonstration of automatic, contactless deceleration when an obstacle enters the sensor range.
Integration with ABS/ADAS, regenerative energy recovery from eddy currents, and adaptive braking based on vehicle speed and load.
Verified credentials from recognised institutions.
University of Minnesota via Coursera
University of Minnesota via Coursera
University of Minnesota via Coursera
University of Minnesota via Coursera
University of Minnesota via Coursera
University of Minnesota via Coursera
University of Colorado Boulder via Coursera
Arizona State University via Coursera
A leadership career built on strategy, ethics and impact — creating value for organisations, customers and teams.
Grow into leadership roles where I can steer organisations toward sustainable, long-term success.
Champion ideas that turn engineering thinking into practical, scalable business advantage.
Make decisions grounded in analysis, market context and clear long-term direction.
Build teams, processes and cultures that compound performance over time.
Lead with integrity, fairness and accountability at every level of decision-making.
Keep the customer at the centre of strategy, product and service decisions.
View it online or download a PDF copy.
A quick map of my verified work so far — certifications, engineering project, academic record and hands-on operations experience.