SCIENCE AT MONTFORT—THE PURSUIT OF TRUTH

Science, Technology, Engineering, and Mathematics (or STEM), are foundational to a classical education. They are part of man’s story and are the fruits of mankind’s creative genius over centuries to the modern era in an effort to get to know the Creator better. Like creation and the reality of the world, The Montfort Academy’s science and math program is multi-faceted. It is strong in both theory taught in the classroom and practice in the laboratory.

Our courses in Biology, Chemistry, Physics, Astronomy, Advanced Biology, and Oceanography make use of original texts of scientists. Our science library includes major scientific journals and access to most major digitally archived science libraries such as JSTOR. Textbooks are often college or even graduate school level. For example, in a recent dissection of the cow’s eye students used Frank Netter, M.D.’s Atlas of Human Anatomy, a standard text in medical schools. Campbell’s Biology is used in Advanced Biology. Cosmos and Creator by Fr. Stanley Jaki is used in Astronomy as is Fr. George LeMaitre’s The Primeval Atom. The famed Handbook of Chemistry and Physics now in its 102nd edition is a reference text for Chemistry.

The Montfort Academy has heavily invested in college-level science lab equipment especially for Chemistry, Physics, and Astronomy, including a major 11-inch Celestron CPC-1100 Schmidt-Cassegrain telescope on the school’s rooftop observatory and in the Vernier LabQuest equipment, specially recommended by tenured college faculty. [See 2019 video on our science labs.] Biology experiments are often field-based experiments directly in nature. Science lab is required every week at The Montfort Academy. Students perform at least 120 hours of science lab by the time they graduate.

The laboratory component of our courses is very important. In fact, students receive a separate grade for lab in the sciences because they are courses in themselves. In biology, chemistry, physics, astronomy, advanced biology, and oceanography students performed various dissections (bovine eyes and fetal pigs); made soap through the process of saponification; extracted essential oils from orange peels and flower petals through steam distillation and made their own perfumes and colognes; made a battery and closed electrical circuit using copper pennies, aluminum foil, and an LED bulb; made maple syrup from sap and performed colorimetric analysis of the syrup throughout the concentration process; conducted force of gravity and sound wave experiments; induced electricity through moving magnets across copper wires; collided carts with one another; designed and flew paper airplanes using principles of aerodynamics; viewed the conjunction of Jupiter and Saturn as well as the other planets, moon, galaxies, and nebula, and visited the Long Island Sound to conduct analysis of water samples and set up a weather station. Experiments are often patterned after college-level science labs and use college level text and lab procedure excerpts. Labs at Montfort are highly interactive and participatory, mirroring the Socratic method of reasoning and analysis used in our liberal arts classes. All students keep lab journals and write laboratory reports in every science class. Lab reports follow a standard format that mirrors the scientific method itself.

In addition to the sciences, through a special relationship with Engineering Today, The Montfort Academy offers hands-on engineering workshops for our students. In one recent workshop, students designed and built bridges. Students regularly go on class trips to engineering facilities, too, often led by our chair of the mathematics department, a nuclear engineer herself with years of experience as the watch supervisor at Indian Point Nuclear Plant. Students have taken trips to power plants and water treatment plants.

In addition, many of our students have attended pre-college science courses at Columbia, Cornell, Johns Hopkins, and NYU as well as other institution sponsored science programs hosted at Harvard and Yale.

A 20-page Senior Thesis is required of every student at Montfort. It is often conducted in the sciences.

FOR A MORE DETAILED OVERVIEW OF MONTFORT’S LABORATORY-BASED SCIENCE PROGRAM, CLICK HERE.

 Dissection of a cow’s eye using medical school dissection instruments and Frank Netter’s Atlas of Human Anatomy. Special demonstration for those Physics students studying at home during the pandemic. Lesson combines Biology, Physics (light transmission and how the eye sees), and Art. Frank Netter’s Atlas of Human Anatomy is a masterpiece of art, on par with Leonardo da Vinci’s early Renaissance drawings of human anatomy. Art History is also covered especially advances in art at around the time of the heigh of lens making in Holland and Italy in the late 1500's and early 1600’s.

Watch students drop a magnet through a copper tube. The moving magnet seems to float in slow motion through the space of the tube. In fact, it is floating because the magnet creates an electric current in the tube as it moves down the tube. The electric current, in turn, creates its own magnet field that dampens the moving magnet, slowing its motion downward due to gravity. This was a critical experiment in understanding electromagnetism, one of the four fundamental forces of nature.