UC Berkeley’s first
engineering consulting club.
UC Berkeley’s first
engineering consulting club.
We provide members with industry experience through hands-on engineering projects, and create innovative solutions to boost efficiency and prototyping for our clients.
We provide members with industry experience through hands-on engineering projects, and create innovative solutions to boost efficiency and prototyping for our clients.
UC Berkeley’s first
engineering consulting club.
We provide members with industry experience through hands-on engineering projects, and create innovative solutions to boost efficiency and prototyping for our clients.
15+
15+
15+
Projects successfully completed
Projects successfully completed
Projects successfully completed
/001
/001
/001
40+
40+
40+
Growing team of diverse engineers on board
Growing team of diverse engineers on board
Growing team of diverse engineers on board
/002
/002
/002
400+
400+
400+
Parts manufactured
Parts manufactured
Parts manufactured
/003
/003
/003
Learn more
Learn more
Engineering
Engineering
Solutions
Solutions
at
at
Berkeley
Berkeley
is
is
a
a
student-run
student-run
nonprofit
nonprofit
consulting
consulting
organization.
organization.
We
We
bring
bring
together
together
top
top
mechanical
mechanical
engineers
engineers
,
,
designers
designers
,
,
and
and
makers
makers
to
to
deliver
deliver
cost-efficient
cost-efficient
,
,
reliable
reliable
solutions
solutions
.
.
Partnering
Partnering
with
with
companies
companies
,
,
we
we
innovate
innovate
to
to
enhance
enhance
workplace
workplace
efficiency,
efficiency,
solve
solve
engineering
engineering
challenges,
challenges,
and
and
prototype
prototype
solutions.
solutions.
Engineering
Solutions
at
Berkeley
is
a
student-run
nonprofit
consulting
organization.
We
bring
together
top
mechanical
engineers
,
designers
,
and
makers
to
deliver
cost-efficient
,
reliable
solutions
.
Partnering
with
companies
,
we
innovate
to
enhance
workplace
efficiency,
solve
engineering
challenges,
and
prototype
solutions.
Fall 2023
Fall 2023
01
EECS
MechE
DITTO RF-Attenuating Design
Ditto is a software company that enables communication between devices with or without an internet connection. ESB designed and built a RF-attenuating entrance for Ditto's anechoic testing chamber to enable device communication without internet. We built a sliding mechanism that accounts for thick RF-attenuating material and restrictions with the physical room.
02
EECS
Robotics
SENSIBLE Skin Testing Sensor
To test Sensible Robotics' novel skin sensor, capable of detecting touch more precisely than human skin, ESB was responsible for testing and collecting data for the sensor. By designing and assembling an actuatable claw to test grip strength, Sensible can receive data detailing the effectiveness of their sensor and locate areas for improvement.
03
EECS
MechE
Robotics
SENTIEN High Speed Cable Robot
Continuing Sentien's experimental approach to drone fleet applications, the ESB team was tasked with developing a high-speed cable robot to catch drones mid-flight. This fixture allows greater accuracy for drone docking procedures and allows Sentien to expand into fixed-wing aircraft. We built a six-foot by six-foot winch robot and developed a control scheme to allow us to move the platform to the desired position.
04
System Analysis
MechE
SENTIEN Heat Transfer Optimization
One of Sentien's drone hub systems was experiencing lower-than-desired efficiency when operating in hot climates. ESB analyzed the current system and developed solutions. The team provided researched options for heat transfer systems, as well as thermal analysis calculations and heat location calculators to help set up a customized heat transfer solution.
Fall 2023
01
EECS
MechE
DITTO RF-Attenuating Design
Ditto is a software company that enables communication between devices with or without an internet connection. ESB designed and built a RF-attenuating entrance for Ditto's anechoic testing chamber to enable device communication without internet. We built a sliding mechanism that accounts for thick RF-attenuating material and restrictions with the physical room.
02
EECS
Robotics
SENSIBLE Skin Testing Sensor
To test Sensible Robotics' novel skin sensor, capable of detecting touch more precisely than human skin, ESB was responsible for testing and collecting data for the sensor. By designing and assembling an actuatable claw to test grip strength, Sensible can receive data detailing the effectiveness of their sensor and locate areas for improvement.
03
EECS
MechE
Robotics
SENTIEN High Speed Cable Robot
Continuing Sentien's experimental approach to drone fleet applications, the ESB team was tasked with developing a high-speed cable robot to catch drones mid-flight. This fixture allows greater accuracy for drone docking procedures and allows Sentien to expand into fixed-wing aircraft. We built a six-foot by six-foot winch robot and developed a control scheme to allow us to move the platform to the desired position.
04
System Analysis
MechE
SENTIEN Heat Transfer Optimization
One of Sentien's drone hub systems was experiencing lower-than-desired efficiency when operating in hot climates. ESB analyzed the current system and developed solutions. The team provided researched options for heat transfer systems, as well as thermal analysis calculations and heat location calculators to help set up a customized heat transfer solution.
Whether
you’re
looking
to
enhance
workplace
efficiency,
develop
prototypes,
or
solve
complex
engineering
challenges,
We’re
here
to
help
.
Let’s
create
exceptional
solutions
together
.
Whether
you’re
looking
to
enhance
workplace
efficiency,
develop
prototypes,
or
solve
complex
engineering
challenges,
We’re
here
to
help
.
Let’s
create
exceptional
solutions
together
.
Aug 28
Application opens 12:00 am
Sep 6
Application closes 12:00 pm (noon)
Sep 3
Info Session One 8-10pm
Sep 4
Info Session Two 8-10pm
Sep 5
Technical Workshop 8-10pm
Sep 8
Technical Interview Deliverables 11:59pm
Sep 9
Technical Interviews Begin
Sep 10
Technical Interviews End
Sep 12
Behavioural Interview and Acceptances Sent
Sep 14
Welcome Brunch
Ready to join our family and work on exciting projects? Applications for Fall 2024 open soon for all majors! Join our mailing list for updates!
Applications for Fall 2024 open soon for all majors! Join our mailing list !
Ready to join our family and work on exciting projects? Applications for Fall 2024 open soon for all majors! Join our mailing list!
Aug 28
Application opens 12:00 am
Sep 6
Application closes 12:00 pm (noon)
Sep 3
Info Session One 8-10pm
Sep 4
Info Session Two 8-10pm
Sep 5
Technical Workshop 8-10pm
Sep 8
Technical Interview Deliverables 11:59pm
Sep 9
Technical Interviews Begin
Sep 10
Technical Interviews End
Sep 12
Behavioural Interview and Acceptances Sent
Sep 14
Welcome Dinner
Aug 28
Application opens 12:00 am
Sep 6
Application closes 12:00 pm (noon)
Sep 3
Info Session One 8-10pm
Sep 4
Info Session Two 8-10pm
Sep 5
Technical Workshop 8-10pm
Sep 8
Technical Interview Deliverables 11:59pm
Sep 9
Technical Interviews Begin
Sep 10
Technical Interviews End
Sep 12
Behavioural Interview and Acceptances Sent
Sep 14
Welcome Dinner
Are there any client spots left?
Are there any client spots left?
How many engineers are recruited per semester?
How many engineers are recruited per semester?
What type of deliverables should clients anticipate?
What type of deliverables should clients anticipate?
How is quality of work ensured?
How is quality of work ensured?
How are projects assigned to engineers?
How are projects assigned to engineers?
What's the time commitment for members?
What's the time commitment for members?
Whether
Whether
you’re
you’re
looking
looking
to
to
enhance
enhance
workplace
workplace
efficiency,
efficiency,
develop
develop
prototypes,
prototypes,
or
or
solve
solve
complex
complex
engineering
engineering
challenges,
challenges,
We’re
We’re
here
here
to
to
help
help
.
.
Let’s
Let’s
create
create
exceptional
exceptional
solutions
solutions
together
together
.
Frequently Asked Questions
Frequently Asked Questions
Frequently Asked Questions
