David Salmeron Email and Phone Number

lead and help to direct cross-functional engineering teams during proposal, design, manufacturing, and delivery phases of products in development and production phases​lead with supporting proposal development and new program acquisition efforts​Interpret statements of work assigned by program leadership​lead in developing and executing to project budgets and schedules, including Earned Value Management System (EVMS), critical path management, Estimates-at-Completion (EACs), and workload forecasts​Interface with functional departments to secure team staffing​Work with suppliers and be able to articulate project requirements​lead in briefing internal and customer leadership on progress of work assigned

Ownership and development of microelectronics processes such as wafer bumping and coining, environmental coating, and microelectronics diagnostic equipmentManagement of process development activities, materials, schedule milestones, and budgetCompletion of Production Readiness Reviews following the initial process development activitiesInteracting with peer manufacturing, design, and reliability engineers in a cross-functional environment to understand process and hardware requirements and desired process outputsParticipating in producibility reviews for new product designs and development of design guidelines for new processes as they are developedOwnership of component packaging best practices and testing efforts across multiple component types and packaging styles

Responsible for all Manufacturing engineering aspects of high reliability programs to ensure mission success- Develops, modifies, applies and maintains manufacturing systems and protocols for processing materials into partially finished or finished materials product- Collaborates with all engineering disciplines and manufacturing functions to ensure efficient production of the highest quality product- Devises and implements methods and procedures for manufacturing, inspecting, testing and evaluating products and production equipment- Designs and analyzes manufacturing and testing processes, mechanisms and equipment- Performs statistical analysis to assess the performance of equipment, processes and functions- Determines area of possible improvement and documents all required actions to improve the product/process- Employee will participate in program start up duties including production readiness, design, drawing and process reviews- Additionally, employee will be responsible for the creation of process planning work orders to direct the production for each piece of hardware that is produced- Once hardware is on the production floor the employee will work with the floor operators to answer any questions and solve technical issues in real time- Coordinate with all supporting functional areas in order to determine the best solution for the product to maintain the highest levels of quality- Conduct briefings and technical meetings for top management and customers

Performing structural analysis on aerospace, shipboard, ground based, and space radar systems and structures. Loads development, stress analysis (static and fatigue), and vibration analysis of metallic and composite structures. Performing classical structural analysis, as well as, finite element analysis is essential. Utilizing excellent written and verbal communication skills are important for clear communication of results through reports and presentations. Collaborate in a team environment, mentor less experienced personnel, prioritize and organize tasks to support program milestones.

Contribute to the completion of specific programs and projects as a responsible engineerPossess technical responsibility for product end-item performance at the configured item levelRepresent the organization in providing solutions to difficult technical issues on specific projectsDevelop technical specifications, conceptual designs, trade studies, detail designs, procedures, reportsSubstantiate design with supporting analysis and buy-in from adjacent stakeholder disciplinesCollaborate with suppliers and external partners for technology and business development needsDevelop preliminary and critical design review content for peer and customer presentationsCreate and review technical data packages including fabrication, source control, and assembly drawingsProvide engineering leadership during prototype and production hardware assembly & testProvide as needed engineering support to material review boards and failure review boardsServe as a technical mentor within the organization by sharing of lessons learned and best practicesWork with agility and minimal direction to complete concurrent program tasks on scheduleEmploy strong interpersonal and communication skills while operating within an integrated product teamDesign, prototyping and production support of state-of-the-art RF, digital, and mixed signal multi-chip modules, Printed Wiring Boards (PWBs), and Circuit Card Assemblies (CCAs) using various substrate materials and chip-scale packaging technologiesCollaboration within a cross-functional Integrated Product Team (IPT); effective and timely communication with peers in adjacent functions, including electrical design, systems engineering, thermal analysis, structural analysis, drafting, supply chain management and manufacturing.Organizing and prioritizing tasks in order to accomplish project milestones within schedule and budgetary constraints.

Lecturing for the department of engineering at Loyola - Mechanical Engineering.Manages and facilitates class activities and adheres to and meets all established university polices.Submits final grades no later than 48 hours after the conclusion of their last day of class; remains available to students during the week following the posting of final grades.Participates in student learning outcomes assessment related to the adjunct's teaching assignment as directed by the Chair and Dean.Adheres to all established university absence and attendance policies, guidelines and requirements.Completes related duties as assigned.

Engineering Researching Student. Under the supervision of Dr. N, professor of engineering at UMES. Working through UMES with NASA and USDA.

Tutoring in the subjects of algebra, trigonometry, Calculus I, II, and III and differential equations

I was a part of a team. Our responsibility was making sure the building is constructed correctly. Making sure the field elevation was correct and inserting embeds in their correct location.

Interned at Northrop Grumman at BWI (Mission systems location). I worked under the space navigation team. My role was CAD modeling components that will fit the need of the customer.

DC/Metro Station. I was responsible for a team. Our job was to check field elevations and making sure dirt compaction was 100 percent.