What can I do in Technology, Data & Engineering?

Technology careers are all about building, supporting, and improving digital tools and systems. Here are some examples:

• Software Developer or Software Engineer: Designs, builds, and maintains software applications and systems.
• Data Scientist: Analyzes complex data to find patterns and insights that support decision-making.
• Network Administrator: Maintains and troubleshoots computer networks to keep them running smoothly and securely.
• Cybersecurity Analyst: Protects computer systems and networks from threats and attacks.
• UX/UI Designer: Creates user-friendly and visually appealing websites and applications.
• Cloud Architect: Designs and manages cloud computing systems and infrastructure.
• Artificial Intelligence Engineer: Develops algorithms and models that help machines perform intelligent tasks.
• IT Project Manager: Leads technology projects and helps make sure they stay on time and on budget.

Environmental analysis careers focus on studying environmental issues and helping people and organizations make better decisions. Look here for more details on finding a career in Environment and Sustainability.

Examples include:

• Environmental Scientist: Studies environmental problems and develops solutions.
• Environmental Consultant: Advises organizations on environmental practices and compliance.
• Wildlife Biologist: Studies animal behavior, habitats, and populations.
• Ecologist: Examines how living things interact with their environment.
• Environmental Policy Analyst: Reviews environmental policies and helps improve them.
• Environmental Health and Safety Manager: Helps protect workers and the environment by promoting safety and compliance.
• GIS Specialist: Uses mapping and spatial data to study environmental and natural resource issues.
• Climate Change Analyst: Studies climate impacts and helps develop strategies for adaptation and mitigation.

Healthcare analytics combines data, technology, and healthcare to improve patient care and operations. Here are some common roles:

• Healthcare Data Analyst: Studies healthcare data to find trends and insights.
• Healthcare Informatics Specialist: Works with health information systems, including electronic health records.
• Clinical Data Scientist: Uses statistics and machine learning to analyze clinical data.
• Healthcare Business Intelligence Analyst: Turns data into strategic insights for healthcare organizations.
• Healthcare Quality Improvement Analyst: Looks at performance data to identify ways to improve care.
• Healthcare Revenue Cycle Analyst: Analyzes financial and administrative data to improve billing and reimbursement.
• Population Health Analyst: Studies data to improve the health of specific groups of people.
• Healthcare Fraud Investigator: Detects suspicious activity in healthcare billing and services.
• Healthcare Research Analyst: Supports healthcare research studies, clinical trials, and policy work.
• Healthcare IT Consultant: Helps healthcare organizations improve their technology and data systems.

Sustainability careers focus on reducing environmental impact, supporting social responsibility, and creating long-term solutions. Look here for more details on finding a career in Environment and Sustainability.

Examples include:

• Sustainability Manager: Develops and leads sustainability strategies for an organization.
• Corporate Social Responsibility Specialist: Coordinates social and environmental initiatives.
• Sustainable Development Consultant: Helps organizations build more sustainable practices.
• Waste Management Specialist: Works on recycling, waste reduction, and safe disposal systems.
• Sustainable Agriculture Specialist: Supports farming practices that protect the environment and conserve resources.
• Green Building Architect or Engineer: Designs buildings that use energy and materials more efficiently.
• Environmental Planner: Reviews the environmental impact of development projects.
• Supply Chain Sustainability Manager: Improves sourcing, shipping, and production practices to reduce harm.
• Sustainability Educator or Trainer: Teaches others about sustainability and how to apply it.

If you like working with data, spotting trends, and solving problems, data science and analytics may be a great fit. Common roles include:

• Data Scientist: Analyzes data and builds predictive models.
• Data Analyst: Collects, organizes, and interprets data to support decisions.
• Business Analyst: Uses data to improve business processes and strategies.
• Data Engineer: Builds the systems that store and process large amounts of data.
• Machine Learning Engineer: Creates and deploys machine learning models.
• Data Architect: Designs the structure of an organization’s data systems.
• Data Visualization Specialist: Builds charts, dashboards, and visuals that make data easier to understand.

Biomedical engineering blends engineering and healthcare to solve medical problems and improve lives. Examples include:

• Biomedical Engineer: Designs medical devices, prosthetics, imaging systems, and healthcare software.
• Clinical Engineer: Manages and maintains medical equipment in healthcare settings.
• Biomaterials Engineer: Develops materials that can safely work inside the human body.
• Rehabilitation Engineer: Creates assistive technologies that support people with disabilities.
• Biomechanical Engineer: Studies how forces affect the body and designs solutions that improve movement and reduce injury.
• Genetic Engineer: Applies engineering ideas to genetics and biology to develop tools and therapies.

Systems engineering is about designing and managing complex systems so all the parts work well together. Examples include:

• Systems Engineer: Coordinates the design and integration of complex systems.
• Systems Architect: Designs the overall structure of a system.
• Requirements Engineer: Gathers and documents what users and stakeholders need.
• Integration and Test Engineer: Combines system parts and checks that everything works correctly.
• Reliability Engineer: Works to make systems dependable over time.
• Risk Engineer: Identifies and helps reduce risks in system development.
• Verification and Validation Engineer: Makes sure systems meet requirements and work as intended.
• Configuration Manager: Manages changes to system components and keeps everything organized.

Electrical engineering includes work on power, electronics, communication systems, and automation. Some examples are:

• Electrical Design Engineer: Designs electrical systems and components.
• Power Systems Engineer: Works on power generation, transmission, distribution, and renewable energy systems.
• Electronics Engineer: Designs and tests electronic circuits and devices.
• Control Systems Engineer: Builds systems that automate and control processes.
• Telecommunications Engineer: Designs and improves communication networks.
• Signal Processing Engineer: Works with signals and data in areas like audio, images, and communications.
• Instrumentation Engineer: Designs devices that measure and control physical quantities.
• Power Electronics Engineer: Develops power converters, motor drives, and related systems.

Mechanical engineering is a broad field that focuses on designing and improving machines, systems, and products. Examples include:

• Mechanical Design Engineer: Designs mechanical parts, products, and systems.
• HVAC Engineer: Works on heating, cooling, and ventilation systems.
• Automotive Engineer: Designs and improves vehicles and vehicle systems.
• Aerospace Engineer: Works on aircraft, spacecraft, and related technologies.
• Energy Engineer: Develops energy-efficient systems and renewable energy solutions.
• Manufacturing Engineer: Improves production processes and manufacturing systems.
• Robotics Engineer: Designs robots and automated systems.
• Acoustics Engineer: Studies sound and designs systems to manage noise and improve acoustics.

Computer engineering connects hardware and software to create and improve computer systems. Examples include:

• Hardware Engineer: Designs and tests computer chips, circuit boards, and other hardware.
• Software Engineer: Develops and maintains software applications and systems.
• Network Engineer: Designs and manages computer networks.
• Embedded Systems Engineer: Builds computer systems inside devices and products.
• Robotics Engineer: Works on robots and automated systems.
• Systems Engineer: Integrates hardware and software into large-scale systems.
• Computer Architecture Engineer: Improves the design and organization of computer systems.
• Artificial Intelligence Engineer: Develops AI tools and applications.

Energy engineering focuses on how energy is produced, used, stored, and improved. Examples include:

• Renewable Energy Engineer: Works on solar, wind, hydropower, geothermal, and other renewable technologies.
• Energy Efficiency Engineer: Helps buildings and systems use less energy.
• Power Plant Engineer: Supports the operation and maintenance of power generation facilities.
• Energy Systems Analyst: Studies energy use, markets, and policies.
• Energy Storage Engineer: Develops battery and other storage technologies.
• Energy Auditor: Reviews buildings and systems to find ways to save energy.
• Energy Policy Analyst: Studies energy policies and their impact.
• Energy Consultant: Advises clients on energy strategy and solutions.

Chemical engineering combines chemistry, biology, and engineering to create and improve products and processes. Examples include:

• Process Engineer: Designs and improves manufacturing processes.
• Research and Development Engineer: Creates new products, processes, and technologies.
• Petrochemical Engineer: Works with oil, gas, and related chemical products.
• Environmental Engineer: Helps reduce pollution and manage waste from chemical processes.
• Pharmaceutical Engineer: Supports the production of medicines and drug products.
• Biochemical Engineer: Applies engineering to biological systems and processes.
• Materials Engineer: Develops and improves materials used in products and manufacturing.
• Energy Engineer: Works on energy production, conversion, and use.

Materials science focuses on understanding and improving the substances that make up products and technologies. Examples include:

• Materials Engineer: Designs and tests materials for specific uses.
• Research Scientist: Studies new materials and their properties.
• Process Engineer: Improves how materials are made.
• Quality Control Engineer: Makes sure materials meet standards.
• Composite Engineer: Works with materials made from two or more components.
• Metallurgical Engineer: Studies and improves metals and alloys.
• Nanotechnologist: Works with materials at the nanoscale.
• Failure Analyst: Investigates why materials or products fail.

Environmental engineering uses engineering skills to solve environmental problems. Examples include:

• Environmental Engineer: Designs systems to address pollution, waste, and other environmental challenges.
• Water Resource Engineer: Works on water supply, wastewater, irrigation, and watershed systems.
• Air Quality Engineer: Helps monitor and improve air quality.
• Waste Management Engineer: Designs systems for waste disposal and recycling.
• Sustainability Consultant: Helps organizations adopt more sustainable practices.
• Environmental Consultant: Advises clients on environmental issues and regulations.
• Environmental Scientist: Studies environmental data and ecosystems.
• Remediation Engineer: Helps clean up contaminated sites and restore land and water.

Students with these majors often build skills that are useful in business careers, such as:

• Presentation skills
• Problem-solving
• Communication
• Data analysis
• Teamwork
• Leadership
• Project management
• Critical thinking

These careers can be found in many industries, including:

• Technology
• Finance
• Healthcare
• Manufacturing
• Consulting
• Energy
• Transportation
• Retail
• Government

You do not need a business degree to work in many business careers. You can also prepare by:

• Taking classes in business, economics, finance, or marketing
• Joining student organizations or project teams
• Doing internships

A degree in technology, data, or engineering can lead to a wide range of business careers that use problem-solving, communication, and analytical skills.

• Product Manager: Helps teams decide what to build and keeps products aligned with user and business needs.
• Business Analyst: Studies how a business works and suggests ways to improve processes and results.
• Data Analyst or Business Intelligence Analyst: Uses data to create reports, dashboards, and insights for decision-making.
• Operations Manager: Oversees daily business operations and looks for ways to improve efficiency.
• Project Manager: Plans, organizes, and tracks projects to help teams meet goals on time.
• Consultant: Advises organizations on strategy, operations, technology, or data-driven decisions.
• Sales Engineer or Technical Sales: Explains technical products to clients and helps support the sales process.
• Supply Chain Analyst or Logistics Analyst: Improves how products are moved, stored, and delivered.
• Operations Research Analyst: Uses math and data to solve business problems and improve planning.
• Strategy Analyst: Studies markets, competitors, and growth opportunities to support business decisions.
• Technical Program Manager: Coordinates large technical projects across teams and keeps work moving forward.
• Entrepreneur or Startup Founder: Starts a business or builds a new product or service to solve a problem.

Management consultants help organizations improve how they work, solve problems, and reach their goals. They may work with companies, nonprofits, or government agencies.

Although business students are very interested, companies like tech students because they bring strong technical, data, and engineering skills to management consulting. These students are often valued for their ability to analyze complex problems, work with large datasets, and understand how technology can improve business operations. As consulting firms increasingly focus on digital transformation and data-driven decision-making, technical talent has become especially attractive.

The Business Career Community has many resources that you can find on their page.

Examples: McKinsey & Company, Bain

Government consultants work with public agencies, often in areas like defense, intelligence, transportation, sustainability, and health. Their work may include research, analysis, strategy, and technology support.

For more on this type of consulting, see info interview with Avascent (now Oliver Wyman) analysts here and a consultant with Booz Allen here.

Here are a few lists to get you thinking:

• Top 100 Government Contractors – there are tabs for every agency!
• Aerospace and defense consulting
• Public Sector consulting
• Economic consulting

The Government, Policy & Social Impact Career Community has many resources that you can find on their page.

Political consultants help clients understand public opinion, shape messaging, and plan campaigns or advocacy strategies. Their work often includes research, communications, data analysis, and outreach.

Examples: Penta Group, SKDK, Precision Strategies

We have a lot of alums in this space! Check out the following alumni chats for more insights.

• Public Affairs Consulting at Hamilton Place Strategies (now Penta Group)
• Progressive Political Communications at Bluelight Strategies
• Data Analysis and Consulting at Black Voters Matter and Booz Allen Hamilton

Here are some lists to familiarize you with the wide range of these organizations:

• Management Consulted: Political Consulting Firms
• GPSi’s Long Yet Incomplete List

The Government, Policy & Social Impact Career Community has many resources that you can find on their page.