Hendrik Wade Bode

Quick Facts

Full Name	Hendrik Wade Bode
Occupation	Engineer
Date Of Birth	Dec 24, 1905(1905-12-24)
Age	119
Date Of Death	1982-06-21
Birthplace	Madison
Country	United States
Birth City	Wisconsin
Horoscope	Sagittarius

Hendrik Wade Bode Biography

Hendrik Wade Bode is one of the most popular and richest Engineer who was born on December 24, 1905 in Madison, Wisconsin, United States. Innovator, engineer, and pioneer of electronic telecommunications and control theory, he helped to design missiles during World War II. NACA, which was established before NASA, was his employer. He is best known for the Bode plot, an asymptotic magnitude plot and phase plot.

In 1948, he was presented with the President’s Certificate of Merit from He was awarded the President’s Certificate of Merit by Harry S. Truman in 1948..

Barbra Bode was his wife and he had two children.

Hendrik Wade Bode Net Worth

Hendrik Wade Bode is one of the richest Engineer from United States. According to our analysis, Wikipedia, Forbes & Business Insider, Hendrik Wade Bode 's net worth $5 Million. (Last Update: December 11, 2023)

After receiving his BA degree at the age of 19, and his M.A. at 19 years old, he worked at Bell Labs in NYC. Ohio State University, 1926.

In 1957, he was elected to the National Academy of Sciences.

Height, Weight & Body Measurements

Hendrik Wade Bode height Not available right now. Hendrik weight Not Known & body measurements will update soon.

Who is Hendrik Wade Bode Dating?

According to our records, Hendrik Wade Bode is possibily single & has not been previously engaged. As of December 1, 2023, Hendrik Wade Bode’s is not dating anyone.

Relationships Record : We have no records of past relationships for Hendrik Wade Bode. You may help us to build the dating records for Hendrik Wade Bode!

Facts & Trivia

Hendrik Ranked on the list of most popular Engineer. Also ranked in the elit list of famous people born in United States. Hendrik Wade Bode celebrates birthday on December 24 of every year.

Top Facts about Hendrik Wade Bode

1. Hendrik Wade Bode was an American scientist and engineer.
2. He was born on December 24, 1905, in Madison, Wisconsin.
3. Bode received his Ph.D. from Harvard University in 1937.
4. He made significant contributions to the field of control systems engineering.
5. Bode’s work helped lay the foundation for modern communication theory.
6. He authored several influential books on electronic circuits and feedback systems.
7. In 1955, he received the IEEE Medal of Honor for his contributions to engineering education.
8. Bode served as president of both the IEEE and the American Institute of Electrical Engineers (AIEE).
9. He passed away on June 21, 1982, in Pacific Palisades, California.
10. His legacy continues to influence modern electrical engineering and communications technology today.

Who invented the Bode plot?

Overview. Among his several important contributions to circuit theory and control theory, engineer Hendrik Wade Bode , while working at Bell Labs in the 1930s, devised a simple but accurate method for graphing gain and phase- shift plots. These bear his name, Bode gain plot and Bode phase plot.

How do you pronounce Hendrik Wade Bode?

Hendrik Wade Bode (/ˈboʊdi/ boh-dee ; Dutch: [ˈbodə]; December 24, 1905 – June 21, 1982) was an American engineer, researcher, inventor, author and scientist, of Dutch ancestry.

When were Bode plots invented?

A Bode plot represents the gain and phase of a feedback system as a function of frequency. It was developed by Hendrik Wade Bode in the 1930s and reflects the system’s frequency-domain behavior. He invented it while at Bell Labs to help design stable amplifiers with the feedback needed in telephone networks.

What is the significance of Bode plot?

A Bode Plot is a useful tool that shows the gain and phase response of a given LTI system for different frequencies. Bode Plots are generally used with the Fourier Transform of a given system. An example of a Bode magnitude and phase plot set.

What does the Bode plot represents?

Bode plots show the frequency response , that is, the changes in magnitude and phase as a function of frequency. This is done on two semi-log scale plots. The top plot is typically magnitude or “gain” in dB. The bottom plot is phase, most commonly in degrees.