Evan Hassman

Santa Monica, California, United States Contact Info
917 followers 500+ connections

Join to view profile

Experience & Education

  • Second Order Effects

View Evan’s full experience

See their title, tenure and more.

or

By clicking Continue to join or sign in, you agree to LinkedIn’s User Agreement, Privacy Policy, and Cookie Policy.

Projects

  • 8th Order FIR Filter CMOS Design

    -

    FIR Filters are discrete-time filters used in digital signal processing. They are particularly useful since they are always stable, regardless of the configured parameters or inputs.
    The filter has been designed to implement any arbitrary difference equation up to an 8th order equation. The chip was created in an AMI 0.6um CMOS process (UofU). The design has been simulated both in Verilog and at the schematic level, matching test vectors that implemented a variety of difference equations and…

    FIR Filters are discrete-time filters used in digital signal processing. They are particularly useful since they are always stable, regardless of the configured parameters or inputs.
    The filter has been designed to implement any arbitrary difference equation up to an 8th order equation. The chip was created in an AMI 0.6um CMOS process (UofU). The design has been simulated both in Verilog and at the schematic level, matching test vectors that implemented a variety of difference equations and inputs.

  • Self Balancing Inverted Pendulum Reaction Wheel

    -

    For our Microprocessor Systems: Design & Application final project we decided to construct a reaction wheel inverted pendulum. In order to create this system, we needed to implement and utilize additional hardware aside from the provided ATSAM Microcontroller and Cyclone IV E FPGA. Our goals for this project were to have it:
    - Powered from a 12V supply
    - Balance indefinitely in an inverted position with no user input
    - Start from a stationary position of at least 5 degrees off vertical…

    For our Microprocessor Systems: Design & Application final project we decided to construct a reaction wheel inverted pendulum. In order to create this system, we needed to implement and utilize additional hardware aside from the provided ATSAM Microcontroller and Cyclone IV E FPGA. Our goals for this project were to have it:
    - Powered from a 12V supply
    - Balance indefinitely in an inverted position with no user input
    - Start from a stationary position of at least 5 degrees off vertical and recover to equilibrium
    Not only were we able to achieve these goals but we were also able to introduce additional functionality. We were able to have the pendulum stabilize down, as well as swing up from the downwards position to a stable inverted position.

    Other creators
    See project

Honors & Awards

  • NCAA All-American

    NCAA

    All-American honors are awarded to athletes that finish in the top 8 at the NCAA Track and Field National Championship. I finished 8th in the 3000m Steeplechase my sophomore season.

  • USTFCCCA All-Academic

    -

    From the USTFCCCA:
    To qualify for USTFCCCA All-Academic honors, the student-athlete must have compiled a cumulative GPA of 3.30 and must have met at least one of the following athletic standards: competed in an NCAA Indoor or Outdoor Championship, finished the regular season ranked in the national top-50 in an individual event or ranked in the national top-35 in a relay event on the official NCAA Descending Order List.

  • Eagle Scout

    Boy Scouts of America (BSA)

    Received Eagle Scout award, highest rank of the BSA, at age 15. Painted interior and landscaped exterior of local ABC (A Better Chance) house for Eagle Project.

View Evan’s full profile

  • See who you know in common
  • Get introduced
  • Contact Evan directly
Join to view full profile

Other similar profiles

Explore collaborative articles

We’re unlocking community knowledge in a new way. Experts add insights directly into each article, started with the help of AI.

Explore More

Others named Evan Hassman

1 other named Evan Hassman is on LinkedIn

See others named Evan Hassman

Add new skills with these courses

See all courses