-
++ to lead one of our development teams in crafting high-performance software solutions. This role involves guiding the development process, designing robust architectures, developing prototypes, analyzing
-
++ to lead one of our development teams in crafting high-performance software solutions. This role involves guiding the development process, designing robust architectures, developing prototypes, analyzing
-
outstanding communication and collaboration skills. As the lead for marketing, they will hire and empower a team of professional staff, manage the budget and report progress to senior leadership. The ideal
-
to change direction when necessary and possess outstanding communication and collaboration skills. As the lead for marketing, they will hire and empower a team of professional staff, manage the budget and
-
to address these needs, and lead the entire business development process until closure. Do you want to lead expansion into new and existing commercial, industrial and defense markets for Carnegie Mellon
-
on the world. Position Overview: Carnegie Mellon University is seeking a dynamic and experienced individual to join the Business Support Services team as a Buyer-Team Lead. This role offers an exciting
-
. Position Summary: We research and develop ground breaking technical solutions for operational use in high-impact environments. As the Analysis Team Lead, you will be responsible for: Leading, mentoring, and
-
seeking a dynamic and experienced individual to join the Business Support Services team as a Buyer-Team Lead. This role offers an exciting opportunity for someone who thrives in a challenging work
-
do Leverage expert level knowledge of HTML, CSS, JavaScript, and their ecosystems. Use REST APIs to build interactive web applications. Take ownership and lead frontend development for several internal
-
Consults with external entities regarding new meter installation and configuration Implement a metering maintenance program which will assure accurate measurements Lead the preparation and periodic recovery