- Web Developer
As a Web Developer, your duties would include designing, building, and maintaining websites and software applications using authoring languages, management tools, content creation tools, applications, and digital media. You would work closely with teams to resolve conflicts, prioritize needs, develop content criteria, and select solutions.
Additionally, you would oversee website updates and create or validate test routines and schedules to ensure that test cases cover all browser and device types and mimic external interfaces. You would edit, write, or design website content and supervise team members who produce content.
To stay current with the latest Web applications and programming practices, you would participate in conferences, workshops, and groups and continue your education through self-study. You would also be responsible for backing up files from websites to local directories for recovery, identifying problems uncovered by customer feedback and testing, and either correcting them yourself or referring them to the appropriate personnel for correction.
Also, as a Web Developer, you would evaluate the code to ensure it meets industry standards, is valid, is properly structured, and is compatible with browsers, devices, and operating systems. You would use technical requirements analysis to determine user needs.
- Accelerator Operator
The responsibilities of an accelerator operator are diverse and may include:
- Ensuring that the accelerator is functioning properly by monitoring gauges and computer screens.
- Checking radiation levels in the room where the accelerator is situated to maintain safe conditions
- Monitoring equipment that produces and accelerates particle beams, including beamlines and radiofrequency cavities
- Using controls to adjust the particle flow, start, or stop the accelerator
- Examining the particle reactions to determine their properties and composition
- Maintaining the equipment that is utilized to test materials exposed to high-energy radiation
- Managing machinery, such as valves and pumps, to regulate the flow of liquids and gases through the accelerator
- Recording and interpreting experimental data gathered from the accelerator
- Performing regular maintenance on the accelerator, such as cleaning surfaces or replacing parts.
- Data Analyst
A potential career opportunity for physics graduates in Kenya, is to become a data analyst. As a data analyst, you would be responsible for working with large datasets to uncover trends, insights, and recommendations to support business decisions. Your duties may include collecting and organizing data from various sources, cleaning and transforming data, analyzing data, developing reports and dashboards, collaborating with teams, providing recommendations, conducting experiments, and staying up-to-date with industry trends. As a physics graduate, you may possess the necessary skills such as mathematics, programming, critical thinking, and knowledge of data analysis techniques and experimental design that could help you succeed in this role.
- Research Scientist
A career option that may interest physics graduates in Kenya is that of a research scientist. The duties of a research scientist typically involve conducting research to explore new scientific concepts and theories, designing experiments to test these theories, analyzing data using mathematical models and statistical techniques, developing and testing new theories and models, collaborating with other scientists and research teams, writing research proposals and applying for funding, presenting findings at conferences, and keeping up-to-date with advances in the field. With a strong foundation in mathematics, critical thinking, and experimental design, as well as experience with scientific equipment and effective communication, a physics graduate could have the necessary skills to excel in this career and make valuable contributions to the advancement of scientific knowledge.
5. High School Physics Teacher
A physics teacher has a variety of responsibilities that include understanding the curriculum requirements and creating syllabi, lesson plans, and educational content that meets those requirements. They analyze the needs, strengths, and weaknesses of their students and structure lessons and assessments around them. To ensure effective learning, they adjust their teaching methods to suit different groups of learners, creating engaging and stimulating lesson plans, and frequently checking to ensure students are on track. For those requiring extra support, the teacher provides additional assistance, while those ahead of the class are given more challenging tasks.
To stay up-to-date, the physics teacher keeps abreast of developments and research in the field and uses this knowledge to ensure lessons remain relevant. They report progress issues to the head of the department as well as parents, and they attend meetings, training sessions, workshops, conferences, and other continuing education initiatives. The teacher also supervises lab sessions, delivers practical demonstrations, and accompanies students on field trips. Additionally, they keep communication lines open among students, staff, and parents.
- Radiation Protection Practitioner
As a radiation protection practitioner, your job duties will vary depending on the specific area of radiation protection you are working in. However, some of the tasks that you may be responsible for include:
- Ensuring compliance with radiation safety regulations.
- Developing and implementing policies and procedures related to radiation protection.
- Monitoring and maintaining records of radiological and environmental conditions.
- Reviewing and improving radiation protection systems, and ensuring that they are functioning properly.
- Communicating with various stakeholders, including management, plant managers, designers, engineers, laboratory staff, academics, accountants, and other health and safety professionals, to ensure that radiation safety and legislative requirements are met.
- Providing training and supervision to staff members to ensure they are knowledgeable and safe when working with radiation.
- Utilizing both basic and complex scientific equipment to measure radiation and provide a dosimetry service.
- Assessing radiation risks in the workplace and providing advice on how to design plants, equipment, and waste disposal systems to ensure safety.
- Ensuring that all equipment and devices are properly maintained.
- Evaluating the impact of releasing radioactive material on the environment.
- Advising on the safe transport of radioactive materials.
- Developing emergency plans and procedures for responding to radiation incidents.
- Leading and coordinating investigations into accidents or incidents involving radiation.
- Providing radiation protection consulting services to companies and preparing reports based on these visits.
- Communicating with inspectorates and other relevant bodies.
- Identifying training needs and providing lectures and/or training to other staff members.
A Geophysicist is responsible for studying physical aspects of the Earth and collecting data on earthquakes and seismic waves using complex equipment. Geophysicists are often employed in the mining and oil industries or by environmental agencies to identify and mitigate threats to the environment. The following duties and responsibilities are typically included in a Geophysicist job description:
- Observing and detecting irregularities in recording equipment reactions
- Using computers to manage data, maintain quality control, and communicate between the office and field locations
- Interpreting and mapping 2D and 3D seismic data
- Reporting collected seismic data to team members, clients, senior managers, or partners through presentations and meetings
- Writing work logs and documentation
- Designing, testing, modifying, and repairing seismic equipment
- Adapting data collection procedures
- Measuring reservoir volumes
- Pre-planning projects before going on site
- Independently solving problems quickly with limited resources in remote locations
- Collaborating closely with a small team of scientists and other staff who may be away in the field or offshore for several weeks at a time
- Providing technical guidance and advice
- Designing data acquisition plans
- Selecting suitable seismic measurement and data-processing techniques
- Deploying seismometers to various locations around the world
- Assessing potential oil and gas yield.
- Sound Engineer
To become a sound engineer, you may need to obtain additional training and experience beyond your physics degree. This can include attending audio engineering courses, getting hands-on experience with audio equipment, and building a portfolio of work to showcase your skills and expertise.
However, as a sound engineer, your duties can vary depending on your specialization and the industry you work in, but generally, you will be responsible for the following tasks:
- Recording and mixing audio
- Setting up and operating audio equipment
- Troubleshooting technical issues
As a sound engineer, you will be responsible for identifying and resolving technical issues that arise during recording or production. This may involve identifying problems with equipment, software, or acoustics in a recording space.
- Editing and processing audio
You may need to edit and process audio recordings to improve the quality, eliminate unwanted sounds or noises, or add special effects.
- Lab Technician
Lab technicians are responsible for a variety of key duties as part of their role. These include analyzing lab observations, producing accurate records of scientific work and results, operating technical instruments and equipment with proficiency, appropriately communicating scientific information (often through digital software), identifying and addressing complications or issues using scientific methods, maintaining a clean and safe lab environment, as well as providing scientific instruments and supplies for researchers.
- IT Consultant
As an IT consultant, a physics graduate can help organizations improve their business processes by leveraging technology. They can assess existing technology infrastructure, develop and implement customized solutions, provide training, evaluate new technology products, stay up-to-date on industry trends, manage projects, and advise on security. Physics graduates can also use their skills for data analysis, simulation, modeling, or software development.