About - Cornell Baja Racing
ABOUT THE COMPETITION

Competition Overview

Cornell Baja SAE Racing is an engineering project team which annually designs, builds and races an off-road vehicle to compete in the SAE Collegiate Baja Design Series. By encouraging hands-on engineering and project-based learning, Cornell Baja takes engineering out of the classroom (and onto the track) for 40 students annually. Each year, our research moves through 3 stages of review before our design is finalized: Preliminary Review, Critical Review, and Final Review. During this time, we’re also modifying our older cars, so we can test new designs on prior years’ vehicles. Following our final review, we move to our build phase. Each year, we continue to innovate and improve—redesigning even the smallest components. We balance hard work with a passion for our car, and we think that passion really makes the difference. The competition requires students to balance design and cost with dynamic performance while following a strict set of safety guidelines and standardized rules. There are three North American competitions annually, each with 100 competing teams. The competition is broken down into static and dynamic events.

Static Events

Static events include our design presentation, cost report, sales presentation, and technical inspection. On the first day of competition, we compete in our sales presentation, where teams compete by creating hypothetical scenarios of entering a commercial market, pitching the hypothetical scenario to a series of industry judges. On the first day, our car also undergoes judging via cost, and our car must also pass our technical inspection, where judges scrutinize every inch of the car to make sure that it meets all of the competition rules and specifications. The second day of competition is dedicated to the design aspect of competition, where teams are given the chance to explain to judges what separates their car from the rest, what testing was done to drive decisions, and to point out any other innovations.

Dynamic Events

Dynamic events take place on the third and fourth days of competition. The third day is exclusively for time trials, where each car competes individually. Each team races their car through a number of events including a maneuverability course, an acceleration track, a hill climb or tractor pull event, and a special event specified for each competition (often suspension and traction or rock crawl). The fourth day of competition is reserved for a four-hour endurance race, in which all participating teams are on the same track at once, racing wheel-to-wheel. The endurance race is the event worth the most points and makes designing and fabrication for durability paramount to success.

TEAM LEADS

Francisco Blankemeyer

Mechanical & Aerospace Engineering '19

Melaney Chen

Mechanical & Aerospace Engineering '19

Yeolim Jo

Mechanical & Aerospace Engineering '19

DRIVETRAIN SUBTEAM

Liana Margolese

Mechanical & Aerospace Engineering '19

Yeolim Jo

Mechanical & Aerospace Engineering '19

Boya Zhang

Mechanical & Aerospace Engineering '20

Mark Brancale

Mechanical & Aerospace Engineering '20

Kenneth Cheung

Mechanical & Aerospace Engineering '21

Andrew Jozefov

Mechanical & Aerospace Engineering '21

SUSPENSION SUBTEAM

Francesco DiMare

Mechanical & Aerospace Engineering '20

Melaney Chen

Mechanical & Aerospace Engineering '19

Vignesh Gnanasekaran

Mechanical & Aerospace Engineering '20

Marielle Mullon

Mechanical & Aerospace Engineering '21

Calvin O'Brien

Mechanical & Aerospace Engineering '21

FRAME SUBTEAM

Wei-Ling Sun

Mechanical & Aerospace Engineering '20

Francisco Blankemeyer

Mechanical & Aerospace Engineering '19

Andrew Klaber

Mechanical & Aerospace Engineering '21

BRAKES SUBTEAM

Sam Spallone

Mechanical & Aerospace Engineering '20

Elizabeth Brandt

Mechanical & Aerospace Engineering '19

Joaquin Jerez

Mechanical & Aerospace Engineering '19

Mary Feyrer

Mechanical & Aerospace Engineering '21

Tanner Hallett

Mechanical & Aerospace Engineering '21

ERGONOMICS SUBTEAM

Clara Dewey

Mechanical & Aerospace Engineering '20

Priscilla Tsang

Design and Environmental Analysis '21

Xiaoxiang Ma

Information Science '21

ELECTRONICS SUBTEAM

Brian Richard

Electrical & Computer Engineering '20

Eric Berg

Electrical & Computer Engineering '19

Chris Oh

Electrical & Computer Engineering and Computer Science '20

Amber Zhen

Computer Science '18

Joe Fetter

Operations Research & Engineering '20

Nicole Lin

Electrical & Computer Engineering '21

Katie Barajas

Electrical & Computer Engineering '21

Sujith Napa Ramesh

Electrical & Computer Engineering '21

Juan Joel Albrecht

Electrical & Computer Engineering '19

Brandon Wood

Electrical & Computer Engineering '22

BUSINESS SUBTEAM

Yubin Kim

Operations Research & Engineering '20

Ben Dickstein

Biomedical Engineering '20

Divya Agrawal

Computer Science '21

Snigdha Kasi

Operations Research & Engineering '19

Shivani Poddar

Operations Research & Engineering '21

Jeena Park

Mechanical & Aerospace Engineering '21

Henry Cheng

Operations Research & Engineering '22

Michael Grossman

Operations Research & Engineering '22

NEW MEMBERS

Javier Diaz

Mechanical & Aerospace Engineering '22

Jessica Benitez

Mechanical & Aerospace Engineering '22

Ben Collins

Mechanical & Aerospace Engineering '22

Austin Stasko

Mechanical & Aerospace Engineering '22

Bennet Varrichione

Mechanical & Aerospace Engineering '22

Aidan Meehan

Civil & Enviornmental Engineering '22

Miriam Levesque

Mechanical & Aerospace Engineering '22

Chendan Luo

Mechanical & Aerospace Engineering '22

Paul Beck

Applied & Engineering Physics '22

Brady Barnett

Mechanical & Aerospace Engineering '22