Mechanical engineer endeavors to improve hand surgeries

Sutures have been the primary way to connect muscles, tendons, or any biological tissue for 30,000 years. This fundamental method of sewing together living body parts has served humankind well, but Ravi Balasubramanian sees room for improvement. Through a new research project called REHand (for Re-Engineering the Hand) he is designing a mechanical implant that provides an alternative to the suture for attaching muscles to tendons in certain applications such as tendon transfer surgeries on patients with hand injuries.  Continue reading

Increasingly, we’ve found that engineering students at Oregon State University (OSU) are seeking ways to make a lasting impact on our world. In response to this demand, a diverse group of faculty is working together to launch a humanitarian engineering (HE) program: We define HE as the co-development of science- or engineering-based solutions to improve the human condition, namely through improved access to basic human needs (e.g., clean water, clean energy), an improved quality of life, or improved level of community resilience (e.g., disaster mitigation, economic resilience).

Members of the Oregon State University chapter of Engineers Without Borders in Lela, Kenya
Members of the Oregon State University chapter of Engineers Without Borders in Lela, Kenya

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This summer the Oregon State’s Solar Vehicle Team will once again be competing in the American Solar Challenge (ASC) and Formula Sun Grand Prix (FSGP). The FSGP (July 17 – 19) is a three-day track race against universities from around the country and serves as the qualifier for the biannual ASC (July 21 – 28), an eight-day road race from Austin, Texas to Minneapolis, Minnesota purely on solar power!

Oregon State Solar Vehicle Team
Oregon State Solar Vehicle Team

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When a massive chemical spill contaminated West Virginia’s Elk River in January, up to 300,000 residents were without access to potable water. Officials began lifting the ban on using tap water only a few days later, citing lowered concentrations of 4-methylcyclohexane methanol (MCHM), the licorice-smelling chemical used in the separation and cleaning of coal products. Continue reading