Everyday Engineering

Gaming Engineers are dedicated to improving the consumer’s gaming experience through the nitty-gritty coding that goes into a game’s engine. They collaborate with a large team and are expert communicators when it comes to tackling challenges. 

Humanitarian Engineers use their expert knowledge of engineering and strong communication skills to help others understand complex scientific and mathematical concepts. They are instrumental in bridging the gap between abstract ideas and real-world engineering applications. 

Distributed Energy Resources Engineers innovate better ways for utility companies to supply power to communities and generate power from those communities. They are mechanical engineers who specialize in the generation and distribution of energy, collaborating across industries to power communities. 

Renewable Energy Engineers are always looking for new ways of producing energy from sustainable sources. They find ways to use sunlight, wind, water, and geothermal energy to reduce the environmental impacts of energy production. 

Environmental engineers use specialized understanding of science and mathematics to address environmental problems such as pollution, climate change, the spread of disease, and threats to wildlife species. They plan and conduct investigations of environmental issues and draft reports on their findings.

R&D Software Engineers combine creativity and technology skills working on innovative software that allows businesses to maximize success. They collaborate with other teams and develop tools that can be used to test and improve existing software.

Reliability Engineers provide the tools and innovative solutions needed in the manufacturing process to ensure that the products produced meet and exceed customer expectations. Reliability Engineers act on behalf of the customer throughout the process, collaborating across a wide variety of departments. 

Stress Engineers play a key role in maintaining the safety of air travel by inspecting aircrafts to make sure that all parts are operating correctly. They expertly detect any stresses or strains in each individual part throughout the aircraft, from massive plane wings all the way down to plastic utensils for commercial flights. 

Visualization Engineers create digital models (or Visualizations) of physical systems or events that can be analyzed in science and engineering. They support problem-solving and abstract thinking with precise simulations created from computer-aided design software, Virtual Reality and other advanced tech. 

Water Quality Engineers use a specialized understanding of science and mathematics to address environmental problems related to water such as pollution, water treatment, and access. They study the ways industrial and residential water treatment and irrigation systems interact with natural processes. 

Electro-Mechanical Engineers are go-to experts within companies that make and use electrical and mechanical products, like robots, computer hardware, and power tools. Their creativity and problem-solving skills support everything from design to manufacture. 

IT Senior Directors tackle real-world tech challenges by combining expert understanding of new technologies and leadership skills needed to apply business strategies to tech issues. They oversee the Information Technology department within an organization. 

Solar Engineers oversee the scientific process involved in harnessing the sun's energy to power homes, businesses, and industry. They combine a variety of STEM skills with leadership and problem-solving to supervise the design, installation, and monitoring of solar energy systems. 

Health & Safety Coordinators manage the safety and wellbeing of employees working in industrial manufacturing facilities. They use their strong interpersonal and communication skills to ensure that all employees’ health and safety needs are met through the use of rigorous precautions and standards.

Facilities engineers are the masterminds who oversee all the essential aspects of maintaining a facility, whether for planning new projects or improving existing facilities. They ensure optimal facility operations by designing, constructing, and managing all infrastructure components.

Petroleum Drilling Engineers are the scientists who explore below Earth for the best places to find oil and natural gas using criteria such as the efficiency of retrieval, safety, and profitability of deposit. They will often specialize in an aspect of drilling operations such as reservoir engineering, drilling engineering, completions engineering, and production engineering.

Software Engineers apply the principles of engineering to computer science to create software that powers computers and many other everyday electronic devices. Their expertise in programming languages offers many career opportunities developing apps, video games, social media and more.

Engineering Project Managers enable Mechanical Engineers, Civil Engineers, and Electrical Engineers to collaborate on solutions for strengthening natural gas and oil infrastructure. They are skilled problem-solvers with engineering knowledge who love taking things apart and putting them back together again.

Product Design and Analysis Engineers thoroughly investigate products to assess how they have performed throughout their lifecycles, before determining potential improvements that could be made. Using the power of holistic assessment, they help optimize future designs and functionality.

Mechanical Engineers help solve difficult abstract problems with practical real-world solutions that will run safely, efficiently, and reliably. Touching on countless aspects of our daily lives, from the movement of machines to the human body itself, this is one of the most diverse fields of engineering.

Design engineers are visionary planners who develop innovative solutions to problems using technical knowledge, design skills, and mathematical expertise. They use computers extensively for design and prototype, and can be found in a range of sectors solving problems for both the long-term and the day-to-day.

Process Engineers are leadership-oriented professionals who combine business management skills with knowledge of multiple fields of science and mathematics, including Chemistry, Thermodynamics, and Physics. They design systems that help factories and plants maximize the efficient production of goods.