RSS Feed Source: Academic Keys

Lecturer Pool – Jacobs Institute for Design Innovation – College of Engineering

Position overview
Salary range: The UC academic salary scales set the minimum pay at appointment. See the following table for the current salary scale for this position: https://www.ucop.edu/academic-personnel-programs/_files/2023-24/july-2023-acad-salary-scales/t15.pdf . The current full-time salary range for Lecturer positions is $70,295. – $186,446.
TSP: Hourly rate $150.00

Percent time: 11% to 100% (Lecturer only)
1-40 hours per week (Both Lecturer and TSP)
TSP positions are part time and paid on an hourly basis depending on the need.

Anticipated start: 2024-25 Academic-Year: 7/1/2024
Fall semester (only): 8/1/2024
Spring semester (only): 1/1/2025
Summer Appointments 6/1/2024-8/12/2024 (end depends on session)
Appointments for Fall semester are usually reviewed in March, Spring semester in September, and Summer in March.

Position duration: Positions can be one semester or academic year

Application Window
Open date: April 10, 2024

Most recent review date: Monday, Apr 7, 2025 at 11:59pm

Click this link to continue reading the article on the source website.

RSS Feed Source: Academic Keys

JOB TITLE
Post-Doctoral Fellow

LOCATION
Worcester

DEPARTMENT NAME
Mechanical & Materials Engineering – NFR JM

DIVISION NAME
Worcester Polytechnic Institute – WPI

JOB DESCRIPTION SUMMARY
The Materials Science and Engineering Program at Worcester Polytechnic Institute is looking for a senior postdoctoral fellow to work on the lithium ion battery recycling project developed in Prof. Yan Wang’s lab at WPI. The postdoctoral fellow will be in charge of further developing the recycling process and synthesizing cathode materials from recycling streams. The project is involved in the close collaboration with electric vehicle companies, battery manufactures and recycling company.

JOB DESCRIPTION

Experience in cathode material synthesis is required.

Experience in Lithium ion batteries and electrochemistry is required.

Experience in characterization techniques such as SEM, TEM, XRD is also required.

Good oral and written communication skills.

Has the capability to supervise graduate students and undergraduate students

Has the capability to write proposals

Position requires a completed PhD degree in Materials Science and Engineering or

Click this link to continue reading the article on the source website.

RSS Feed Source: Academic Keys

In-brief analysis

April 21, 2025

In 2024, pipeline companies completed five pipeline projects to transport petroleum liquids in the United States, according to our recently updated Liquids Pipeline Projects Database. The five projects consisted of three hydrocarbon gas liquid (HGL) pipelines and two petroleum product pipelines.

The completed projects are:

Texas Western Products system
Enterprise Products Partners’ Texas Western Products system is a conversion and reversal of a 60,000-barrel-per-day (b/d) pipeline that transports refined products (gasoline and diesel) from the Texas Gulf Coast to markets in the Mid-continent and Rocky Mountain regions. The system serves four key destinations: Gaines County, Texas; Jal, New Mexico; Albuquerque, New Mexico; and Grand County, Utah. It was completed in the fourth quarter of 2024. Houston to El Paso refined petroleum products pipeline
ONEOK’s Houston to El Paso refined petroleum products pipeline system

Click this link to continue reading the article on the source website.

RSS Feed Source: Academic Keys

U.S. National Science Foundation-supported researchers published a new paper that explains how atmospheric wind affects eddies, an ocean weather phenomena of spinning ocean currents. “Our theory and findings provide a roadmap for incorporating interactions between winds and ocean eddies into operational and long-term forecasting,” said Hussein Aluie, a co-author on the paper and professor at the University of Rochester.

“Accurate ocean forecasts are essential for navigation and shipping, fisheries management, disaster response, coastal management and climate prediction,” Aluie said. These economic sectors rely on accurate forecasts to plan for potentially dangerous conditions.

Aluie and a team of researchers used satellite imagery and climate models to discover that not only do atmospheric winds dampen eddies, like previously thought, but they can also energize them. Prevailing winds that move longitudinally across the globe, like westerlies and trade winds, slow eddies when they move in the opposite direction but energize them if they spin the same way.

Between the eddies are ocean weather phenomenon called strain, which account for about half of the ocean’s kinetic energy. The team found that strain is also dampened or energized by wind-like eddies.

“The new energy pathways between the atmosphere and the ocean that we discovered can help design better ocean observation systems and improve climate models,” said Shikhar Rai, the study’s first author and a doctoral student at the University of Rochester,

Click this link to continue reading the article on the source website.