Earthquake-Resistant Building Design

• Description: A city located in an earthquake-prone area needs a new hospital. (a)   engineers are tasked with designing a structure that can withstand seismic activity, ensuring the safety of patients and staff during an earthquake.

Sustainable Urban Drainage System

• Description: A rapidly growing city is experiencing frequent flooding due to inadequate drainage. (a)   engineers must design a sustainable urban drainage system that manages stormwater effectively while minimizing environmental impact.

Historic Bridge Restoration

• Description: A century-old bridge that is a critical part of the local infrastructure has started showing signs of wear and structural weakness. (a)   engineers are required to restore the bridge while preserving its historical value and ensuring it meets modern safety standards.

Renewable Energy-Powered Vehicle

• Description: A startup is developing a new type of vehicle powered entirely by renewable energy sources, such as solar or wind energy. (a)   engineers are responsible for designing the vehicle’s powertrain and ensuring it is both efficient and durable.

Advanced Robotic Arm for Manufacturing

• Description: A manufacturing company needs a robotic arm that can handle delicate tasks with high precision, such as assembling microelectronics. (a)   engineers must design a robotic arm that combines speed, accuracy, and flexibility.

Energy-Efficient HVAC System

• Description: A new office building is being constructed, and the goal is to make it as energy-efficient as possible. (a)   engineers are tasked with designing a heating, ventilation, and air conditioning (HVAC) system that minimizes energy consumption while maintaining a comfortable indoor environment.

Wireless Communication Network in Rural Areas

• Description: A telecommunications company wants to expand its network coverage to remote and rural areas where traditional infrastructure is lacking. (a)   engineers need to develop a cost-effective and reliable wireless communication system that can operate in challenging environments.

Smart City Grid

• Description: A city is transitioning to a smart grid system to optimize electricity distribution and integrate renewable energy sources. (a)   engineers must design the infrastructure to ensure reliable power supply and efficient energy management.

Electric Vehicle Charging Station Network

• Description: A government initiative aims to increase the adoption of electric vehicles (EVs) by installing a nationwide network of EV charging stations. (a)   engineers must design and implement the electrical systems for these stations, ensuring they are compatible with different EV models and can handle high usage.

Carbon Capture and Storage

• Description: A coal-fired power plant is seeking to reduce its carbon emissions to meet new environmental regulations. (a)   engineers are tasked with designing a carbon capture and storage (CCS) system that can effectively trap and store CO2 emissions underground.

Biodegradable Plastics

• Description: A company is developing a new line of biodegradable plastics to reduce plastic waste in the environment. (a)   engineers need to design a production process that is both cost-effective and environmentally friendly, while ensuring the plastics degrade safely after use.

Water Purification for Developing Countries

• Description: In a developing country, access to clean drinking water is limited. (a)   engineers are required to design a low-cost, portable water purification system that can be deployed in remote villages to provide safe drinking water.

Mars Habitat Design

• Description: A space agency is planning a manned mission to Mars and needs a sustainable habitat for astronauts. (a)   engineers must design a habitat that can protect the crew from harsh Martian conditions, such as radiation and extreme temperatures, while providing life support for extended stays.

Next-Generation Commercial Airliner

• Description: An aerospace company is developing a new commercial airliner that is more fuel-efficient and environmentally friendly than current models. (a)   engineers must design the aircraft’s aerodynamics, materials, and propulsion systems to meet these goals.

Drone Delivery System

• Description: A logistics company wants to use drones to deliver packages in urban areas quickly and efficiently. (a)   engineers need to design drones that can navigate complex city environments, avoid obstacles, and carry varying loads safely.

Personalized Medical Implants

• Description: A healthcare company is developing personalized medical implants, such as joint replacements or stents, that are custom-fit to each patient’s anatomy. (a)   engineers must design these implants using advanced materials and 3D printing technology to ensure they are biocompatible and effective.

Wearable Glucose Monitor

• Description: A company is working on a non-invasive, wearable device that continuously monitors blood glucose levels in diabetics. (a)   engineers need to design a device that is accurate, comfortable, and easy to use, providing real-time data to patients and healthcare providers.

Artificial Organs for Transplant

• Description: A research lab is developing artificial organs, such as kidneys or livers, to address the shortage of transplant organs. (a)   engineers are tasked with designing these organs to function like natural ones, using biomaterials and tissue engineering techniques.

Ocean Plastic Cleanup System

• Description: A non-profit organization is developing a system to remove plastic waste from the ocean. (a)   engineers must design a system that can efficiently collect and remove plastics without harming marine life or disrupting ecosystems.

Sustainable Waste Management System

• Description: A city is looking to improve its waste management practices by reducing landfill use and increasing recycling and composting. (a)   engineers are responsible for designing a sustainable waste management system that minimizes environmental impact and maximizes resource recovery.

Air Quality Monitoring and Control

• Description: A city with high levels of air pollution needs a system to monitor and control air quality in real-time. (a)   engineers must design a network of sensors and filtration systems to track pollutants and improve air quality for residents.

Autonomous Vehicle Navigation System

• Description: An automotive company is developing self-driving cars and needs a reliable navigation system that can safely guide vehicles through complex traffic environments. (a)   engineers must design and implement algorithms that allow the vehicle to recognize obstacles, make decisions, and navigate roads autonomously.

Cybersecurity for Financial Institutions

• Description: A bank is upgrading its online services and needs to ensure the security of its customers’ data against cyber threats. (a)   engineers are tasked with developing robust cybersecurity measures, including encryption, authentication, and intrusion detection systems.

22. Virtual Reality (VR) for Medical Training

    • Description: A medical school is adopting virtual reality to train students in surgical procedures. (a)   engineers must develop a VR application that accurately simulates medical environments and procedures, providing an immersive and interactive learning experience.