omniomni/omni-engineering huggingface dataset:
3270 (disambiguation). 3270 may refer to:

 A.D. 3270, a year in the 4th millennium CE
 3270 BC, a year in the 4th millennium BCE
 3270, a number in the 3000 (number) range

Other uses
 3270, an IBM computer terminal console
 3270 Dudley, a near-Mars asteroid, the 3270th asteroid registered
 IBM 3270, a computer terminal console
 TN3270, terminal console standard
 3270 emulator, a standard for interfacing with mainframe computers
 IBM 3270 PC (Model 5271), an IBM XT functioning as a 3270 console
 IBM 3270 AT (Model 5273), an IBM AT functioning as a 3270 console
 Texas Farm to Market Road 3270, a state highway

See also
Zhu Yinghao. Zhu Yinghao (; 24 May 1929 – 1 September 2022) was a Chinese transformer expert, and an academician of the Chinese Academy of Engineering.

Biography
Zhu was born in Shanghai, on 24 May 1929, while his ancestral home was in Yin County (now Ningbo), Zhejiang. In 1949, he entered Chiao Tung University, majoring in the Department of Electrical Engineering.

After graduation in 1952, he became a designer and technician at Shenyang Transformer Works (). He moved up the ranks to became an engineer in December 1956, deputy chief engineer in December 1985, and chief engineer in February 1990. He joined the Chinese Communist Party (CCP) in December 1974. In January 2008, he was hired as a professor at the School of Electrical Engineering, Shenyang University of Technology.

On 1 September 2022, he died from an illness in Shenyang, Liaoning at the age of 93.

Contributions
Zhu presided over the development of 2250 kV test transformer, which can be used outdoors, and its working voltage has reached the highest level in the world. He also presided over the development of China's 500 kV 360 MVA three-phase transformer.

Honours and awards
 1987 State Science and Technology Progress Award
 1988 State Science and Technology Progress Award
 1995 Member of the Chinese Academy of Engineering (CAE)

References

1929 births
2022 deaths
Engineers from Shanghai
Shanghai Jiao Tong University alumni
Members of the Chinese Academy of Engineering
John Birkinbine. John Birkinbine (November 16, 1844 – May 14, 1915) was an American mining engineer who worked alongside Thomas Edison during 1881 at the Edison Ore-Milling Company.

Early life 
Birkinbine was born November 16, 1844, in Reading, Pennsylvania, to parents Henry P M Birkinbine and Louise Yocum as their eldest son. His father was a hydraulic engineer.

He was educated in public schools and Friends' High School in Philadelphia, as well as Hill School in Pottstown, Pennsylvania, and the Polytechnic College of Pennsylvania. In 1863, he undertook 1 year of military service, although his subsequent studies were interrupted by a vision imperfection.

Career 
His father worked as chief engineer of Philadelphia Water Department for a decade, during which time John Birkinbine received training in field engineering and hydrographic surveys. He was associated with designing and constructing various public water supplies and later worked as a consulting engineer.

He served two terms as a president of American Institute of Mining Engineers. For a number of years during the late 19th century, he was connected with the United States Geological Survey and was regarded by the government as being "an expert on iron and manganese ores". He was called to the majority of states in America, as well as to other countries such as Canada and Maxico and examine and report upon iron ore mines, as well as to assist in designing and constructing new blast furnaces.

Around 1905, he was the Head of New State Water Supply for Pennsylvania. By 1910, he had compiled a map showing the distribution of iron ores across the United States following years of studying ore shipments and was by then described as being "one of the foremost mineralogists of the country". Among his other accomplishments included developing a scheme for utilizing the water power of Niagara Falls and devising blast furnaces for use in the Lake Superior copper region.

Death
He died on May 14, 1915 of heart failure. He was survived by his widow and nine children, comprising four sons and five daughters. His funeral was held on May 17 and he was interred at Westminster cemetery.

References

1844 births
1915 deaths
American mining engineers
William M. Hess. William Manert Hess (April 28, 1928  -  August 22, 2017) was a Columbian Chemicals Company scientist known for contributions to characterization of carbon black dispersion in rubber.

Education 

Hess completed his education at Long Island University.

Career 

Hess joined the Columbian Chemicals Company in 1950.  He was promoted to the position of manager of the Columbian Physics Laboratory in 1955. He was promoted to Senior Scientist in 1961. Hess retired in 1987, but continued as a consultant until his death. 

Hess was a prolific researcher and author in the area of carbon black technology. His most cited work investigated the application of electron microscopy to the study of carbon black. His works on characterizing the distribution and dispersion of carbon black in rubber and its blends, and on the application of fractal descriptors are also highly cited.  He was the 1985 recipient of the Melvin Mooney Distinguished Technology Award from the ACS Rubber Division. He received the 1993 Lavoisier Medal of the Société Chimique de France. He received an Honoris Causa Doctorate from the University of Haute-Alsace in Mulhouse France in 2000.

References 

1928 births
2017 deaths
Polymer scientists and engineers
20th-century American engineers
Hans Reingruber. Hans Reingruber (1888–1964)  was a German academic and the first minister of transport or traffic of East Germany.

Early life and education
Reingruber was born in Elberfeld (today Wuppertal) on 30 April 1888. In April 1908 he enrolled at Technical University of Hanover and graduated from the university in 1912 receiving a degree in civil engineering and technical sciences. In 1924 he obtained a PhD.

Career
Reingruber started his career at the Prussian Ministry for Public Works which was renamed as the Reich Ministry of Transport in 1919. He served there until 1933. Following the Nazi rule he refused to become a member of the Nazi Party and left the ministry. He joined the Technical University of Dresden (TU Dresden) where he was a professor of railway and traffic engineering from 1934 to 1945. He served as its Prorector between 1946 and 1948. On 11 October 1949 Reingruber was appointed minister of traffic to the cabinet led by Minister President Otto Grotewohl. Reingruber was one of the cabinet members who were not a member of the ruling Party Socialist Unity Party. He also served as the dean of the faculty of civil engineering from 1950 to 1952. His ministerial tenure ended on 30 April 1953, and he was succeeded by Roman Chwalek in the post. Following the end of his ministerial tenure Reingruber returned to the TU Dresden and served as the department chair.

Later years and death
On 1 September 1957 Reingruber retired from the university. He died in Dresden on 14 January 1964.

References

External links

20th-century German engineers
1888 births
1964 deaths
Government ministers of East Germany
German civil engineers
Academic staff of TU Dresden
University of Hanover alumni
People from Elberfeld
Independent politicians in Germany
Jacob K. Lasser. Jacob Kay Lasser (October 6, 1896–May 11, 1954) was an American accountant who wrote the best selling book  Your Income Tax. Max Schuster, Lasser's publisher, said "Lasser is to taxation what Einstein is to relativity."

Lasser, the son of immigrants from Austria–Hungary, was born in Newark, New Jersey. He studied accounting at New York University from 1915 to 1917. Lasser served in the United States Navy in World War I.

Lasser received a bachelor of science in mechanical engineering in 1920 and a master of science in industrial engineering in 1923, both from Pennsylvania State University. Lasser worked initially at the accounting firm of Touche, Niven & Company.  In 1923, he opened his own firm, J.K. Lasser & Company, at 1440 Broadway in Manhattan, operating it until his death. He lived in South Orange, New Jersey, and at the Hotel Beverly in Manhattan.

In 1939, he published the first edition of his guide to United States federal income tax laws; it sold 23,000 copies. Leon Shimkin brought the book to Simon & Schuster, which became one of the company's most profitable titles.  Lasser had done tax work for Simon & Schuster. Besides Simon & Schuster, Lasser's firm had over 250 clients in the publishing industry. The 1946 edition of Your Income Tax sold seven million copies. The book was a perennial best-seller for decades and is still published annually. From 1943 until his death, he wrote a monthly column on taxation in the  Journal of Accountancy.

He wrote several books on personal finance with Sylvia Porter.  Walter Lord, who was a tax lawyer before he wrote a best-seller on the Titanic, assisted Lasser in writing his tax manuals.

In 1953, Lasser bought WICH, a radio station in Norwich, Connecticut.

Lasser died in Manhattan in 1954.  His estate was the subject of a New York appellate decision regarding ownership of stock in his company, Business Reports, Inc.
 The Lasser income tax books are now published by John Wiley & Sons.  His accounting firm merged with Touche Ross in 1977.

His wife, Therese Lasser (1904–1979), founded a group to help breast cancer survivors. Lasser had one son, Donald Judd Lasser, and one daughter, Barbara Lasser, who married Lee Edmund Gray.

References

Further reading

External links

1896 births
1954 deaths
American accountants
Pennsylvania State University alumni
People from Newark, New Jersey
Albert M. Gessler. Albert M. Gessler (191918 May 2003) was an ExxonMobil research chemist known for the development of elastomeric thermoplastics.

Personal 
Gessler was a resident of Cranford, New Jersey for 58 years. He was active in civic life, founding Cranford's recycling program in 1971. He worked to establish Cranford's Conservation Center, chairing the Environmental Commission for several years. Gessler served as a leader in the Boy Scouts for more than 20 years.  He received the Silver Beaver award in 1962. In 1999, the mayor of Cranford recognized Gessler's positive community impact with a resolution of Grateful Appreciation.

Education 
Gessler completed his Bachelor of Arts in chemistry at Cornell University in 1941.

Career 
Gessler began his career at Esso, joining in 1942. His most cited work is a 1959 patent on regarding a process for preparing a vulcanized blend of crystalline polypropylene and chlorinated butyl rubber. He was a mentor to Edward Kresge and coworker of William J. Sparks.  He studied the chemical interaction between carbon black and various polymers.  He served as chairman of the New York Rubber group in 1966. He was an organizer of the 1971 Gordon Conference on Elastomers.  He is credited among the chief organizers of the popular text Science and Technology of Rubber. He was the 1986 recipient of the Melvin Mooney Distinguished Technology Award. At his retirement with 38 years of service, his title was senior research chemist.

References 

1919 births
2003 deaths
Polymer scientists and engineers
20th-century American engineers
People from Cranford, New Jersey
Cornell University alumni
ExxonMobil people
Kathryn Whitehead. Kathryn Ann Whitehead (born 1980) is an American chemical engineer who is a professor at Carnegie Mellon University. Her research considers the development of nanomaterial-based drug delivery systems for gene therapy, oral macromolecular delivery systems, and maternal and infant therapeutics. She is an elected Fellow of the American Institute for Medical and Biological Engineering in 2021 and Fellow of the Controlled Release Society.

Early life and education 
Whitehead is from Allentown, Pennsylvania. She earned her bachelor's degree in chemical engineering at the University of Delaware, then moved to the University of California, Santa Barbara, where she studied methods to improve the oral delivery of macromolecules. Whitehead was a postdoctoral researcher at the Koch Institute for Integrative Cancer Research, where she worked alongside Robert S. Langer on RNA interference therapeutics.

Research and career 
Whitehead's research considers the development of drug delivery systems for gene therapy. She is interested in the development of nanoparticle materials to deliver messenger RNA (mRNA) to specific cells. Targeted mRNA delivery provides physicians with a personalized strategy to treat genetic disorders. Alongside mRNA, Whitehead has studied small interfering RNA, which can be used to control gene expression. In general, mRNA promotes gene expression, whilst siRNA is used to silence over-expressed genes. She focuses on the development of delivery systems for leukocytes (including B cells) and intestinal epithelium. A challenge with using mRNA for therapeutic purposes is that the body often recognizes intruder mRNA and attacks it, triggering an immune response. She worked with Katalin Karikó and Drew Weissman on the development of the lipid nanoparticles that enabled the mRNA-based COVID-19 vaccines.

In an attempt to better design drug delivery systems, Whitehead has investigated the cellular components of breast milk. She is interested in whether it is possible to genetically engineer cells to treat children's allergies, or orally administer vaccines to infants.

Whitehead is passionate about science communication and improving public trust in science. In 202, she delivered a TED talk on lipid nanoparticles and how mRNA will transform biology. In 2022, Whitehead delivered the convocation address at the Carnegie Mellon University.

Awards and honors 
 Elected Fellow of the American Institute for Medical and Biological Engineering
 DARPA Young Faculty Award
 Popular Science Brilliant Ten
 MIT Technology Review Innovator Under 35
 American Society for Engineering Education Curtis W. McGraw Research Award

Selected publications

References 

Living people
1980 births
Educators from Allentown, Pennsylvania
Scientists from Allentown, Pennsylvania
University of Delaware alumni
University of California, Santa Barbara alumni
Carnegie Mellon University faculty
21st-century American chemists
20th-century American chemists
American women chemists
NIH Director's New Innovator Award recipients
Reference water levels. The reference water levels are used on inland waterways to define a range of water levels allowing the full use of the waterway for navigation. Ship passage can be limited by the water levels that are too low, when the fairway might become too shallow for large ("target", "design") ships, or too high, when it might become impossible for the target ships to pass under the bridges. The goal of establishing the reference water levels is to balance the safety of navigation and economic value of the waterway (for example, increase of the  low level shortens the navigation season but allows the use of larger ships). Reference levels are set up based on statistics obtained from the multi-decadal observations (typically 30 years).

Free-flowing rivers 
Free-flowing rivers use the low navigable water level (also lowest navigable water level, LNWL) as a low reference water level. When the river is at or above LNWL, the ships of the target draft can use its fairway. LNWL is usually defined as the water level that the river surface stays mostly above at the times when the river is navigable (e. g., during the ice-free season in Europe), so that the river level on average stays below the LNWL only for a fixed small portion of a year. For example, in Europe the limit of time below LNWL is 20 ice-free days per year (e. g., on Rhine) or, alternatively, corresponds to 5–6% of the ice-free period on European rivers (6% on Danube).

The highest navigable water level (HNWL) is defined as a water level that is exceeded for only a few days a year (usually 1%).

Regulated rivers, canals 
The low reference level is usually not defined for regulated rivers and canals, as in these cases the depth of the navigation channel is guaranteed by design (sufficient margins are covering the variations of the flow).

The high reference water level (MHW) is sometimes set to accommodate the short-term variations (for example, tidal effects, usually at the levels observed 1% of the time) and the effect of water level changes due to the operation of locks and weirs.

Equivalent water level 
In Germany, an equivalent water level (, GlW) is the value of a stream gauge that corresponds to the nominal fairway depth (ideal minimum channel depth, TuGlW).

See also 
Chart datum
Vertical datum

References

Sources 
 
 

Nautical terminology
Navigation
Dhruba K. Bhattacharyya. Dhruba K. Bhattacharyya (born 25 February 1966) is a senior member of IEEE and a professor in the department of Computer Science and Engineering in Tezpur University, Tezpur, Assam.

Early life and education

Career 
Bhattacharyya served as the Dean of School of engineering, Tezpur University from February 2013 to February 2016 and also as the Dean of Academic affairs from January 2016 to March 2021. He held the office of the Pro Vice Chancellor of Tezpur University from April, 2021 to September, 2022. Currently he is the vice-chancellor (in-charge) of Tezpur University.

Authorship 

 Network Anomaly Detection: A Machine Learning Perspective, with Jugal K Kalita, 2013, CRC Press
 DDOS Attacks: Evolution, Detection, Prevention, Reaction and Tolerance, with Jugal K Kalita, 2016,  CRC Press
 Network Traffic Anomaly Detection and Prevention: Concepts, Techniques, and Tools, with Monowar H. Bhuyan and Jugal K Kalita, 2017, Springer Nature
 Gene Expression Data Analysis: A Statistical and Machine Learning Perspective", with Pankaj Barah and Jugal K Kalita, 2021, CRC Press

References

External links 
 Publications
 Dhruba K. Bhattacharyya's Homepage
 Dhruba K. Bhattacharyya's publications indexed by Google Scholar

Academic staff of Tezpur University
1966 births
Living people
Transport Institute (Albania). The Transport Institute () is a budgetary entity of the Albanian government that specializes in carrying out studies for road, rail, maritime and air transport. The institute has carried out mid-term and long-term studies applicable to the transport sector and has participated in various regional programs.

Overview
The institute had its beginnings with the adoption of the Road Code (), published by the government in April 1985.
In the framework of the programs undertaken by the Albanian Government for the reform of research institutions, following decision no. 861, dated 21.11.2007  of the Council of Ministers, titled "On the Creation, Organization and Functions of the Institute of Transport", the Transport Institute was created as a "service unit" under the supervision of the Ministry of Infrastructure and Energy.

The mission of the Transport Institute is to create and maintain a database for the transport sector, supporting the Ministry with data and analytical tools to develop policies and strategies for the transport sector, including monitoring and updating the National Transport Plan (PKT).

References
Lindsey Alvarez. Lindsey Alvarez is an American sound engineer.

Alvarez was born in Houston, Texas. She won a Primetime Emmy Award in the category Outstanding Sound Mixing for her work on the television program Only Murders in the Building. Her win was shared with Alan DeMoss, Mathew Waters and Joseph White Jr.

References

External links 

Living people
Year of birth missing (living people)
Engineers from Houston
American audio engineers
21st-century American engineers
21st-century American women
Primetime Emmy Award winners
2022–23 RPI Engineers men's ice hockey season. The 2022-23 RPI Engineers Men's ice hockey season was the 103rd season of play for the program and the 61st in the ECAC Hockey conference. The Engineers represented Rensselaer Polytechnic Institute, played their home games at Houston Field House and were coached by Dave Smith, in his 5th season.

Season
Entering the season, Rensselaer had to contend with the loss of each of their top 6 goal-scorers from last season. Early on, at least, the Engineers didn't appear to miss those players as RPI began the season 4–0. Unfortunately, as soon as the team left the friendly confines of the Houston Field House, the Engineers began to lose. Rensselaer lost its first 9 away game on the year and tumbled down the national rankings. During that stretch a slight lack of offense was apparent for the team and the Engineers scored 30 fewer goals than they had the year before, albeit in 9 fewer games. The bigger problem for the team was the decline in performance in goal. While the defense allowed an average of less the 30 shots against per game, the team saw its goals against average increase by more than half a goal. Jack Watson's less-than-stellar performance in the leading role saw the team regress and finish well below .500.

RPI ended the season in a tie for 7th in the conference standings but were able to receive a home site for the first round. They played host to one of the worst offenses in the nation, Yale, and had a good chance to at least make the quarterfinals. Unfortunately, the troubles with the offense and goaltending were on full display and the Engineers were knocked out with a 1–4 defeat.

Departures

Recruiting

Roster
As of December 24, 2022.

Standings

Schedule and results

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!colspan=12 style=";" | Exhibition

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!colspan=12 ! style=""; | Regular Season

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!colspan=12 style=";" |

Scoring statistics

Goaltending statistics

Rankings

Note: USCHO did not release a poll in weeks 1, 13, or 26.

Awards and honors

Players drafted into the NHL

2023 NHL Entry Draft

† incoming freshman

References

RPI Engineers men's ice hockey seasons
RPI
RPI
RPI
RPI
Greta Electric Scooters. Greta Electric Scooters is an Indian electric two-wheeler manufacturer, based in Gujarat. Its manufacturing plants are located in Gujarat and Haryana.

The company is the subsidiary of Raj Electromotives Pvt. Ltd.

History
Greta Electric Scooters was founded in 2019 by Raj Mehta. The Gujarat-based EV startup is engaged in the manufacturing of electric scooters.

In 2021, Greta opened its first international showroom in Nepal, and e-scooters are under road test in Europe.

References 

Electric scooters
Electric vehicle infrastructure developers