Do you want to help clients identify key business issues to drive meaningful change? Join our team of Infrastructure and Capital Projects professionals who bring industry experience, innovation, and specialized knowledge to help our clients make the best decision for their business. Are you interested in helping clients answer critical, mission-based questions such as ‘how do we complete major infrastructure projects on-time and within budget?’ and ‘how do we make use of new technologies to improve the construction process?’ If you are seeking a role that offers you the opportunity to create value and minimize risk for our clients, while allowing you to develop personally and professionally, consider a career in Deloitte Advisory’s Infrastructure and Capital Projects practice.

We are seeking individuals at the Consultant level to join our Infrastructure and Capital Projects practice. Candidates should have the ability to listen to, understand and incorporate client needs and objectives into work plans and to execute the work. The candidate should also have the ability to participate in client service teams performing tasks with some oversight and supervision. Our goal is to provide a variety of experiences that will allow you to learn and understand our practice. Consultants will be staffed on engagements where they will have the opportunity to provide an array of program and project management services.

If you are interested in working on some of the most challenging water resources issues of our time, WEST has a job opportunity for you. WEST Consultants, Inc., a premier firm in water resources engineering, is seeking energetic and ambitious applicants qualified to apply for an Entry Level Water Resources Staff Engineer position. Positions are being considered for our San Diego, CA; Folsom, CA; Salem, OR; and Dallas-Ft. Worth, TX office locations.

Responsibilities:
Core duties and responsibilities include the following:
• Apply ingenuity and creativity to solve complex hydrologic and hydraulic engineering problems over a wide range of applications.
• Conduct water resources engineering evaluations and studies.
• Assess and evaluate complex water resource systems including watersheds receiving rain and snow.
• Analyze and perform hydraulic design of reservoirs, channels, and other hydraulic structures.
• Conduct riverine and estuarine hydraulic and sediment transport modeling using single and multi-dimensional numerical models.
• Use GIS tools to pre- and post-process data.
• Prepare figures, maps, and graphics.
• Organize, manipulate, and evaluate data using spreadsheets or other engineering software.
• Prepare technical reports and memoranda.
• Other duties may be assigned.

Signals Analysts are hired into positions directly supporting a technical mission office or the Signals Analysis Development Program (SADP).

The NSA Signals Analysis Development Program (SADP) is a 3 year development program designed to produce professional level Signals Analysts through an intensive, structured program of formal training courses and diverse work assignments.

Signals Analysts supporting a technical mission office analyze signals from various sources, including foreign communications, radar and other electronic systems.

The selected individual will work in a dynamic environment with duties that can include the following:

• Identify and analyze waveforms in different domains (e.g., weapon systems, communications systems)
• Identify and analyze bitstreams (e.g., multiplexers, error correction, voice and video compression, instrumentation systems)
• Identify and analyze protocols (e.g., link layer, network layer, application layer)

Telemetry Analysts are hired into positions directly supporting a technical mission office. Analysts supporting a technical mission office analyze signals from various sources, including foreign instrumentation signals (primarily telemetry), radar and other electronic systems.

The word telemetry is derived from Greek roots meaning remote measure. Telemetry is a communication process by which measurements are collected at one point and transmitted to receiving equipment at a different location. The term telemetry commonly refers to wireless data transfer mechanisms (radio waves) but telemetry can also be transferred over other media such as telephone, computer networks, infrared systems, and optical links.

Telemetry is used in many disciplines including weather monitoring, energy monitoring, medicine and healthcare, law enforcement, motor racing, agriculture, and wildlife management among many others including the defense industry.

Telemetry use in the defense industry includes spacecraft monitoring, aircraft development, and weapons system testing. Telemetry is used by manned and unmanned spacecraft for various data transmissions including monitoring the health of astronauts as well as the health and status of the actual spacecraft. Telemetry for weapons testing includes monitoring temperatures, vibrations, accelerations, positions and status of various subsystems. Telemetry is also used for range safety related to flight testing to determine flight termination criteria.

The role of a telemetry analyst is to reverse engineer the data transmitted by various systems to determine the performance characteristics and capabilities of these systems.

Typically hundreds of parameters are transmitted for which the identity and scaling of the parameters are not initially known. In order to derive intelligence from the transmitted telemetry, principles of math, physics, and aerodynamics are employed to identify and scale these parameters to determine system performance. This intelligence is then reported to a range of customers keeping them informed of the latest developments in system capability and performance.

The professionals at the National Security Agency (NSA) have one common goal: to protect our nation. The mission requires a strong offense and a steadfast defense. The offense collects, processes and disseminates intelligence information derived from foreign signals for intelligence and counterintelligence purposes. The defense prevents adversaries from gaining access to sensitive classified national security information.

The United States has experienced profound changes that impact the way the National Security Agency (NSA) conducts its mission. The explosion of Internet communications has created a need for the Computer Network Operations (CNO) mission. This very important mission includes computer network defense and computer network exploitation. In order to carry out these functions NSA is looking for analysts who are highly skilled, want to stay on the leading edge of technology and impassioned about ensuring the United States maintains a strategic edge in cyberspace. These are NOT your average Cyber, Computer Science, Networking or Engineering jobs!

Computer Network Analysts are hired into positions directly supporting a technical mission office (either on the offensive or defensive side) or one of a few different development programs like the Intrusion Analyst Skill Development Program (IASDP) and the Cybersecurity Operations Development Program (CSODP) (formerly named the Information Assurance and Cyber Development Program ( IACDP)). These development programs are 3 years in length and combine formal training and diverse work assignments that may cross both offensive and defensive missions.

As a Computer Network Analyst on the offensive side you will:

• analyze all-source data to evaluate foreign target opportunities
• understand and evaluate foreign target network
• develop strategies against those foreign target networks

As a Computer Network Analyst on the defensive side you will:

• identify cyber threats and anomalies by conducting research and analysis on data collected from numerous sources
• identify vulnerabilities and their impact to customers
• build and integrate defense response capabilities against these threats

The professionals at the National Security Agency (NSA) have one common goal: to protect our nation. The mission requires a strong offense and a steadfast defense. The offense collects, processes and disseminates intelligence information derived from foreign signals for intelligence and counterintelligence purposes. The defense prevents adversaries from gaining access to classified national security information.

The need to maintain our core Computer Science group is vital to provide the technical capabilities necessary to successfully execute NSA's mission. The increased complexity of supporting NSA's mission requires world class researchers, programmers, and developers who operate in teams in areas such as software engineering, information technology infrastructure, high performance computing, data science, architectures, computer security, and networking in order to design and develop advanced tools, techniques, and systems.

Digital Network Exploitation Analysts employ computer science skills to perform discovery and target technology analysis of digital network and mobile communications. Digital Network Exploitation Analysis are hired into positions directly supporting a technical mission office or the Digital Network Exploitation Analyst (DNEA) Development Program ' a 3 year development program that combines formal training (i.e., SIGINT, discovery/analysis, and advanced cyber security) and diverse work assignments.

As a Digital Network Exploitation Analyst at the NSA, responsibilities may include:

• conducting analysis of metadata
• conducting target analysis and research
• identifying target communications within the global network
• performing global network analysis and mapping
• using knowledge of customer requirements to analyze and process intelligence information
• performing exploitation and operations on target networks

NSA MDLAs are hired into the Language Analysis Development Program (LADP) or, in the case of MDLAs with extensive experience in Signals Intelligence (SIGINT), directly into positions supporting an analytic mission office.

The LADP, which lasts up to three years, is designed to provide an intensive, accelerated opportunity to acquire the unique technical skills and experience needed to successfully apply knowledge and analytic ability to the SIGINT mission and help MDLAs achieve core analytic competencies in accordance with the Cryptologic Training System Training Standard and the MDLA competencies framework. The program includes 4-5 operational tours in a variety of offices, interspersed with formal classroom and computer-based training. These on-the-job operational tours are primarily focused on analyzing foreign language materials within the framework of the two main SIGINT disciplines of intelligence analysis - SIGINT reporting and SIGINT development.

Multidisciplined Language Analysts are at the forefront of carrying out NSA's SIGINT mission, and they do so in a variety of ways. MDLAs:

• Offer U.S. policymakers and military leaders a window into the foreign language world of intelligence targets by analyzing, transcribing, and translating key information
• Research and understand foreign intelligence targets, how they operate, and how they fit in the larger geo-political context
• Apply new techniques and develop creative solutions to address analytic problems such as synthesizing large volumes of data and disparate sources of information
• Demonstrate a firm understanding of the communications environment and technology trends of foreign intelligence targets
• Craft written and oral assessments of foreign intelligence that provide unique insights into target intentions unavailable from other intelligence disciplines
• Work independently and collaborate effectively (both within NSA and with other analysts in the Intelligence Community) in research, analysis, and reporting