Founders & Trailblazers
About
"But our accomplishments were small compared with those of today, and tomorrow will be greater by far. I hope we laid a good foundation, and our good wishes go to those who follow us."
—George Marston
1887 | John Edwin Ostrander
John Ostrander was one of the founding faculty of Massachusetts Agricultural College, arriving in 1887 as a professor in civil engineering and then going on to chair the Department of Mathematics and Civil Engineering. He edited the Hatch Experiment Station Meteorological Record. Ostrander was a member of the American Society of Civil Engineers and the Institute of Mining Engineers, and the Society for Promotion of Engineering Education.
Read his biography in this excerpt from "Union University: Its History"
1914 | Christian I. Gunness
Christian Gunness was a professor from 1914 to 1946. He served as the head of Agricultural Engineering and the first head of the Division of Engineering, which was established in 1937 and combined existing programs in civil and agricultural engineering. He was known for his pioneering work in storage refrigeration for fruits and vegetables, and for his contributions to the cranberry industry. The first School of Engineering building on campus was named for Gunness.
1933 | George Marston
George Marston arrived at the Massachusetts State College in Fall 1933 with an instructorship paying $1,440/yr to teach mathematics. He began teaching engineering in 1938, offering courses in applied mechanics, strength of materials, kinetics and hydraulics, highway structure, water supply, and surveying.
Marston left campus for three years, beginning in 1943, volunteering to serve in the U.S. Navy on anti-submarine warfare works and construction during World War II. Following the end of the war, hundreds of returning soldiers were offered GI Bill training, and wanted to become engineers. In response to the intense demand for engineering education, the trustees of the college approved the formation of a School of Engineering on Sept. 1, 1947. Six months later they named Marston its first dean, a position he held until his retirement in 1963.
The school was fully accredited by 1950, and had announced plans to begin a graduate program. Marston is credited with building the College from the ground up. In just four years he took a program with engineering courses that didn’t lead anywhere and molded it into a formal school with accredited degree programs. And he did this without a footprint of buildings or dedicated labs. He made do with donated equipment from war surplus and attracted good faculty, who stayed and won outstanding teaching awards. Marston recalled offering one of the original professors lab space in a potato storage shed, using the attic of Flint Hall as classroom space, and setting up a $30 petty cash fund for professors in need of engineering equipment. “There is only one thing I couldn’t find in war surplus, and that was aspirin,” he noted.
During his tenure, Marston oversaw the construction of five buildings on campus. Enrollment in engineering grew from 40 to 900. The school expanded to include chemical, electrical, mechanical, civil and industrial engineering. Marston prided himself on continuing to be an active teacher, even while serving as dean. He managed to teach at least one class a semester, until his last three years on campus. After his retirement from UMass, Marston went on to serve at Western New England College as dean of engineering, a post he held for five years, and then spent an additional five years there as a professor of mechanical engineering. In 1970, the main Engineering Building at UMass was renamed Marston Hall.
A native of Montague City, Marston received his BS in civil engineering from Worcester Polytechnic Institute in 1930 and his MS from the State University of Iowa in 1933. He later received a professional degree in civil engineering and honorary doctor of engineering degree from WPI.
Fun facts about Marston:
- He drove a 1929 Ford Roadster (Model A).
- His first job after graduating from WPI was with Turners Falls Power company, working as a surveyor on the Cobble Mountain Reservoir project. At that time, the reservoir was the largest earthen dam in the world.
- During the (still!) record breaking February 1943 cold snap in New York City he married Grace. It was 15 degrees below zero.
- Marston “laid out the railroad yards at Camp Myles Standish…the whole warehouse and embarkation area. In the summer of ‘42…” A U.S. Army camp in Massachusetts, Camp Myles Standish served as a staging area for U.S. and Allied soldiers during World War II, with over a million passing through either on their way overseas or to return for demobilization after the war.Just a few years prior, in 1931, “Mass Aggie” had become Massachusetts State College to reflect its broadened curriculum, growing facilities, and larger student body. Engineering was becoming an area of emphasis.
Marston left campus for three years, beginning in 1943, volunteering to serve in the U.S. Navy on anti-submarine warfare works and construction during World War II. Following the end of the war, hundreds of returning soldiers were offered GI Bill training, and wanted to become engineers. In response to the intense demand for engineering education, the trustees of the college approved the formation of a School of Engineering on Sept. 1, 1947. Six months later they named Marston its first dean, a position he held until his retirement in 1963.
The school was fully accredited by 1950, and had announced plans to begin a graduate program. Marston is credited with building the College from the ground up. In just four years he took a program with engineering courses that didn’t lead anywhere and molded it into a formal school with accredited degree programs. And he did this without a footprint of buildings or dedicated labs. He made do with donated equipment from war surplus and attracted good faculty, who stayed and won outstanding teaching awards. Marston recalled offering one of the original professors lab space in a potato storage shed, using the attic of Flint Hall as classroom space, and setting up a $30 petty cash fund for professors in need of engineering equipment. “There is only one thing I couldn’t find in war surplus, and that was aspirin,” he noted.
During his tenure, Marston oversaw the construction of five buildings on campus. Enrollment in engineering grew from 40 to 900. The school expanded to include chemical, electrical, mechanical, civil and industrial engineering. Marston prided himself on continuing to be an active teacher, even while serving as dean. He managed to teach at least one class a semester, until his last three years on campus. After his retirement from UMass, Marston went on to serve at Western New England College as dean of engineering, a post he held for five years, and then spent an additional five years there as a professor of mechanical engineering. In 1970, the main Engineering Building at UMass was renamed Marston Hall.
A native of Montague City, Marston received his BS in civil engineering from Worcester Polytechnic Institute in 1930 and his MS from the State University of Iowa in 1933. He later received a professional degree in civil engineering and honorary doctor of engineering degree from WPI.
Fun facts about Marston:
- He drove a 1929 Ford Roadster (Model A).
- His first job after graduating from WPI was with Turners Falls Power company, working as a surveyor on the Cobble Mountain Reservoir project. At that time, the reservoir was the largest earthen dam in the world.
- During the (still!) record breaking February 1943 cold snap in New York City he married Grace. It was 15 degrees below zero.
- Marston “laid out the railroad yards at Camp Myles Standish…the whole warehouse and embarkation area. In the summer of ‘42…” A U.S. Army camp in Massachusetts, Camp Myles Standish served as a staging area for U.S. and Allied soldiers during World War II, with over a million passing through either on their way overseas or to return for demobilization after the war.Just a few years prior, in 1931, “Mass Aggie” had become Massachusetts State College to reflect its broadened curriculum, growing facilities, and larger student body. Engineering was becoming an area of emphasis.
1948 | John Dittfach
John H. Dittfach was one of the first faculty members in the School of Engineering, arriving in 1948. He was promoted to associate professor in 1952 and professor in 1956. He also served as associate department head and undergraduate program director from 1968 to 1990, when he retired. In 1955, he w
Read his obituary
1948 | Joseph Marcus
Joseph Marcus gave 36 years of his life to the university. Recognized as a gifted teacher, caring advisor, and tireless administrator, he is also remembered as a no-nonsense guy with strong opinions on the importance of teaching over research, ethics in science, and the role of the university.
Born
A Tribute to Joseph Marcus
Born
1948 | Carl Roys
Carl Roys was named by George Marston as one of two “headlining faculty” for the new School of Engineering. In the field of electrical engineering, he brought the institution great prestige as a top researcher. Carl graduated from WPI and went on to Purdue for his doctorate. He worked at GE in its research division and was a senior member of the Institute of Radio Engineers. He joined the university in 1948. It was said that he left Purdue because he was so far ahead in his field.
In January 1948, just days before most transfer students arrived from Fort Devens, the Engineering Annex, a two-story war surplus wooden structure still unoccupied, went up in flames. Faculty were left scrambling to find locations in which to teach. As a result, classes met in 14 different buildings across campus—every building except the president’s office— including the attic of the Flint dairy building and the rural agricultural engineering shop, with its machining and woodworking equipment, welding facilities, and motors lab.
1948 news clipping
In January 1948, just days before most transfer students arrived from Fort Devens, the Engineering Annex, a two-story war surplus wooden structure still unoccupied, went up in flames. Faculty were left scrambling to find locations in which to teach. As a result, classes met in 14 different buildings across campus—every building except the president’s office— including the attic of the Flint dairy building and the rural agricultural engineering shop, with its machining and woodworking equipment, welding facilities, and motors lab.
1949 | Charles E. Carver, Jr. | Civil Engineering
Charles Carver first joined the faculty in 1949 to teach civil engineering. He left in 1951 to pursue his doctorate at MIT and returned to the UMass faculty in 1958. In all, he taught civil engineering for 31 years. He authored 32 papers in the fields of fluid mechanics, ocean engineering, and engin
Read his obituary
1967 | Robert McIntosh
Bob McIntosh received the B.S. degree (1962) from Worcester Polytechnic Institute, the M.S. degree from Harvard University (1964), and the Ph.D. from the University of Iowa (1967).
Bob was a Fellow of the IEEE and was inducted into the National Academy of Engineering in 1997. He received a number of University awards, including the Senior Faculty Scholarship Alumni Award (1984), the General Electric Teaching Award (1988), and the University Research Fellowship (1995). He also received the Hobart Newell Award from Worcester Polytechnic Institute as a distinguished graduate from that institution’s Electrical and Computer Engineering Department. Professional awards included the IEEE and Propagation Society (AP-S). He served as Editor of the Transactions on Antennas and Propagation and as a Guest Editor for the Transactions on Geoscience and Remote Sensing and Proceedings of the IEEE. He was General Chairman of the 1976 AP-S Symposium and the 1985 GRS-S Symposium (IGARSS’85), both of which were held in Amherst, Massachusetts. He was also well known within the IEEE Microwave Theory and Techniques Society (MTT-S), and the International Union of Radio Science (URSI). Bob spent his entire career of 31 years at the University of Massachusetts, Amherst, rising to the rank of Distinguished University Professor in 1996. As a research-oriented Professor, he directed 20 Ph.D. dissertations, and co-authored over 80 journal papers. He spent one year as acting head of the Department of Electrical and Computer Engineering, 17 years as Co-Director of the Microwave Remote Sensing Laboratory, and was known throughout the microwave community for his leadership to establish the Microwave and Electronics Group within the ECE Department. Education of industrial students was a feature of this program, whose success can be measured by the awarding of over 180 M.S. degrees to employees from Raytheon, Lockheed-Sanders, and General Electric. Bob was also co-founder of Quadrant Engineering Inc., which is located in Amherst and specializes in building microwave and millimeter wave systems for remote sensing applications.
Robert E. McIntosh, Jr., passed away on July 10, 1998 at the age of 58.
Bob was a Fellow of the IEEE and was inducted into the National Academy of Engineering in 1997. He received a number of University awards, including the Senior Faculty Scholarship Alumni Award (1984), the General Electric Teaching Award (1988), and the University Research Fellowship (1995). He also received the Hobart Newell Award from Worcester Polytechnic Institute as a distinguished graduate from that institution’s Electrical and Computer Engineering Department. Professional awards included the IEEE and Propagation Society (AP-S). He served as Editor of the Transactions on Antennas and Propagation and as a Guest Editor for the Transactions on Geoscience and Remote Sensing and Proceedings of the IEEE. He was General Chairman of the 1976 AP-S Symposium and the 1985 GRS-S Symposium (IGARSS’85), both of which were held in Amherst, Massachusetts. He was also well known within the IEEE Microwave Theory and Techniques Society (MTT-S), and the International Union of Radio Science (URSI). Bob spent his entire career of 31 years at the University of Massachusetts, Amherst, rising to the rank of Distinguished University Professor in 1996. As a research-oriented Professor, he directed 20 Ph.D. dissertations, and co-authored over 80 journal papers. He spent one year as acting head of the Department of Electrical and Computer Engineering, 17 years as Co-Director of the Microwave Remote Sensing Laboratory, and was known throughout the microwave community for his leadership to establish the Microwave and Electronics Group within the ECE Department. Education of industrial students was a feature of this program, whose success can be measured by the awarding of over 180 M.S. degrees to employees from Raytheon, Lockheed-Sanders, and General Electric. Bob was also co-founder of Quadrant Engineering Inc., which is located in Amherst and specializes in building microwave and millimeter wave systems for remote sensing applications.
Robert E. McIntosh, Jr., passed away on July 10, 1998 at the age of 58.
1968 | James Douglas
James Douglas was a full professor at UMass Amherst for nearly 30 years, was elected to the National Academy of Engineering, and was a recipient of the UMass Amherst Chancellor’s Medal. So great was his influence that a former student established the Professor James Douglas Early Career Faculty Development Award in the College of Engineering in his honor.
Douglas cut a distinctive path through the process design community in chemical engineering. He pioneered a rational approach to design, embodied in a systematic design method that altered the well-established belief that no one could teach process design without years of experience. Douglas joined the UMass Amherst ChE department in 1968, served as department head from 1979 to 1982, and retired in 1997.
Douglas received a BS degree from Johns Hopkins and in 1960 earned his PhD in chemical engineering from the University of Delaware. He worked in industry for five years before beginning a long and notable career in academia. Jim loved good jokes, clever pranks, sailing, and the sunsets in Cape Cod.
In 2014, the James Douglas Early Career Faculty Development Award was established “in honor of Professor Douglas’ research innovation, entrepreneurial spirit, and ability to tackle complex problems using innovative and non-traditional approaches to achieve results.” The purpose of the Douglas Fund is to provide an Early Career Faculty Development Award annually to an untenured faculty member in the ChE department.
Read his obituary
Douglas cut a distinctive path through the process design community in chemical engineering. He pioneered a rational approach to design, embodied in a systematic design method that altered the well-established belief that no one could teach process design without years of experience. Douglas joined the UMass Amherst ChE department in 1968, served as department head from 1979 to 1982, and retired in 1997.
Douglas received a BS degree from Johns Hopkins and in 1960 earned his PhD in chemical engineering from the University of Delaware. He worked in industry for five years before beginning a long and notable career in academia. Jim loved good jokes, clever pranks, sailing, and the sunsets in Cape Cod.
In 2014, the James Douglas Early Career Faculty Development Award was established “in honor of Professor Douglas’ research innovation, entrepreneurial spirit, and ability to tackle complex problems using innovative and non-traditional approaches to achieve results.” The purpose of the Douglas Fund is to provide an Early Career Faculty Development Award annually to an untenured faculty member in the ChE department.
1981 | Vladimir “Val” Haensel
Vladimir Haensel had a profound impact on his profession, and was a winner of the National Medal of Science. He was elected to both the National Academy of Engineering and the National Academy of Sciences, and was a Distinguished University Professor at UMass Amherst.
Haensel served as professor of chemical engineering from 1981 until his retirement in 1998. Prior to joining the University, he had a distinguished career with UOP (formerly Universal Oil Products) and was the company’s vice president for research. Haensel led the team there that invented “platforming,” a chemical engineering process essential in producing clean fuel for transportation and in supplying materials to the plastics industry. The process uses extremely small particles of platinum, one of the world’s most precious metals, to drastically speed up certain chemical reactions, efficiently converting petroleum to high-performance fuels. The technique is widely considered to be one of the most significant in chemical engineering. Platforming creates cleaner-burning high-octane fuel, eliminating the need to add lead to gasoline.
For this and other distinguished contributions in catalysis, he received many honors including: the National Medal of Science in 1973; memberships in both the National Academy of Sciences and the National Academy of Engineering; the Professional Progress Award of the American Institute of Chemical Engineers; and the Perkin Medal in 1967. He was the first recipient of the National Academy of Sciences Award for Chemistry in Service to Society. When he was 83 years old, Haensel was awarded the Charles Stark Draper Prize of the National Academy of Engineering. The prize is considered the engineering profession’s highest honor. He was the first chemical engineer and university professor to receive this honor.
Professor Haensel enjoyed a productive second career as a teacher and mentor. He took particular pride in two elective courses he taught on Catalysis and Energy Conversion Processes, and Industrial Chemistry. While at the university he received the Chancellor’s Medal and an Outstanding Teacher Award. To mark his 80th birthday, UOP established the Vladimir Haensel/UOP scholarship fund, which sponsors research by undergraduates in chemical engineering at UMass Amherst.
National Academy of Engineering Biographical Memoir
Haensel served as professor of chemical engineering from 1981 until his retirement in 1998. Prior to joining the University, he had a distinguished career with UOP (formerly Universal Oil Products) and was the company’s vice president for research. Haensel led the team there that invented “platforming,” a chemical engineering process essential in producing clean fuel for transportation and in supplying materials to the plastics industry. The process uses extremely small particles of platinum, one of the world’s most precious metals, to drastically speed up certain chemical reactions, efficiently converting petroleum to high-performance fuels. The technique is widely considered to be one of the most significant in chemical engineering. Platforming creates cleaner-burning high-octane fuel, eliminating the need to add lead to gasoline.
For this and other distinguished contributions in catalysis, he received many honors including: the National Medal of Science in 1973; memberships in both the National Academy of Sciences and the National Academy of Engineering; the Professional Progress Award of the American Institute of Chemical Engineers; and the Perkin Medal in 1967. He was the first recipient of the National Academy of Sciences Award for Chemistry in Service to Society. When he was 83 years old, Haensel was awarded the Charles Stark Draper Prize of the National Academy of Engineering. The prize is considered the engineering profession’s highest honor. He was the first chemical engineer and university professor to receive this honor.
Professor Haensel enjoyed a productive second career as a teacher and mentor. He took particular pride in two elective courses he taught on Catalysis and Energy Conversion Processes, and Industrial Chemistry. While at the university he received the Chancellor’s Medal and an Outstanding Teacher Award. To mark his 80th birthday, UOP established the Vladimir Haensel/UOP scholarship fund, which sponsors research by undergraduates in chemical engineering at UMass Amherst.
75 years of the College of Engineering
Accreditation
NOTE: The history shared on the website is far from complete. What have we missed? To share your stories and photos please engineering [at] umass [dot] edu (contact us).