AP Computer Science Tuition
Ua puka kā mākou mau kumu aʻo mai nā kulanui kiʻekiʻe
Overview
Papa hana i hoʻopilikino ʻia
E koho i hoʻokahi a ʻoi aku paha mau kumuhana, a e ʻike mākou i kahi kumu aʻo e hiki ke hōʻoia ua mākaukau ʻoe.
'ōlewa
E lawe i nā haʻawina i ka wā e pono ai—e like me ka liʻiliʻi a i ʻole ka nui e like me ka mea e pono ai a hiki i kou hilinaʻi.
Haʻawina pilikino
ʻAʻohe pono e hoʻokipa i nā haumāna ʻē aʻe. Hoʻopilikino ʻia ke aʻo ʻana i kou wikiwiki kūpono a me ka paʻakikī i hiki ai iā ʻoe ke hoʻomaikaʻi mau.
About AP Computer Science
AP Computer Science courses represent more than a pathway to earning college credits; they serve as a pivotal stepping stone for those seriously considering a career in the realm of computer science. Earning a high score on these AP exams is highly esteemed by numerous higher education institutions and can unlock opportunities for further academic pursuits or a fulfilling career in the tech industry.
ʻO AP ʻEpekema A
This course centers on the fundamental principles of computer science, with a strong emphasis on hands-on coding proficiency. Focused on Java, a widely adopted programming language in the tech sector, the curriculum covers vital subjects including object-oriented programming, data structures, and algorithms. Students gain valuable coding experience, refining their troubleshooting and project documentation skills. This course establishes a robust programming foundation and readies students for advanced studies in the field.
AP Computer Science Principles
In contrast, AP Computer Science Principles adopts a broader perspective. It explores various facets, encompassing computational thinking, data analysis, and the societal impacts of computing. With a language-agnostic approach, students engage with fundamental computer science principles without being tethered to a specific programming language. The curriculum delves into areas like internet functionality, data security, and the ethical and global dimensions of computing.
Both courses offer unique yet complementary viewpoints, equipping students for a diverse array of roles within the computer science domain. Whether your ambition is software development or a deeper understanding of the broader implications of computing, these AP courses establish the groundwork for achieving excellence.
Description
In 2020, Computer Science A and Principles achieved pass rates of 70.4% and 71.6%, respectively. Nevertheless, attaining the coveted score of 5 presents a formidable challenge, with only 25.6% of Computer Science A and 10.9% of Principles candidates reaching this achievement.
Don’t let the intricacies of AP Computer Science A and Principles deter you. With expert guidance, you can conquer these subjects. Whether you’re mastering Java or fundamental computing concepts, our specialized courses, developed in collaboration with Coding Club, extend beyond mere passing grades; they pave the path to excellence, unlocking opportunities for advanced studies and rewarding careers in technology.
Acquire the essential skills needed to excel in the AP Computer Science A exam or build an impressive portfolio for the AP Computer Science Principles exam.
He aha oe e aʻo
- Create software designs, devise algorithms, and author code for various applications.
- Grasp intricate data management and manipulation techniques.
- Efficiently pinpoint and resolve software problems.
- Meticulously document and make application functionality clear.
koi
- High school students currently taking AP Computer Science or intending to sit for the AP Computer Science Exam.
- For AP Computer Science A, a foundational grasp of programming and mathematical principles is required, as the course will delve into more complex topics based on these basics.
Nā Kaupapa
ʻO AP ʻEpekema A
- Nā Kumu Papahana
- Nā Kūlana ʻIkepili
- Algorithms and Problem Solving
- Standard Libraries
- Program Design and Documentation
- Ke hoʻāʻo ʻana a me ka Debugging
- Hoʻolālā Kūlono Kūloko
- Manaʻo Computational
- Nā Manaʻo Kaulike a me ka Pilikanaka
- AP Exam Preparation
AP Computer Science Principles
- ʻO ka Pūnaewele
- ʻIkepili a me ka ʻike
- Nā Algorithms
- iaaiey
- Big Data and Privacy
- The Global Impact of Computing
- The Impact of Computing on Industries
Student FAQs About AP Computer Science
There are no specific prerequisites for AP Computer Science A. However, a strong foundation in algebra and problem-solving skills can be beneficial. Prior programming experience is not required, as the course is designed to accommodate students with varying levels of coding knowledge.
AP Computer Science A primarily uses Java as the programming language of instruction. Java is widely used in the tech industry and is chosen for its suitability for teaching object-oriented programming concepts.
AP Computer Science Principles takes a broader approach, focusing on computational thinking, data analysis, and the societal implications of computing. It does not emphasize a specific programming language. In contrast, AP Computer Science A is centered around Java and delves deeper into programming and algorithms.
The AP Computer Science A exam consists of two sections: a multiple-choice section and a free-response section. The multiple-choice section assesses your understanding of fundamental concepts, while the free-response section evaluates your programming and problem-solving skills.
Excelling in AP Computer Science can open doors to various opportunities. It can earn you college credit, making your transition to higher education smoother. Furthermore, it equips you with valuable coding and problem-solving skills that can be applied to careers in software development, data analysis, cybersecurity, and more, as well as further studies in computer science or related fields.
Nā Kaupapa
- ʻOhana'Aʻaukala
- ʻO Biology
- Heluhelu (AB & BC)
- Kekema
- Ka'Ōlelo a me kaʻAna
- Ke Aupuni Hoʻohālikelike a me nā Kālai'āina
- ʻepekema kamepiula A
- Nā Kumumanaʻo ʻEpekema Kamepiula
- ʻŌlelo Pelekania a me ka haku mele
- Palapala Pelekane a me ka haku mele
- Kepekema Huakaʻi
- Moʻolelo ʻEulopa
- ʻŌlelo a me ka Moʻomeheu Farani
- ʻŌlelo a me ka Moʻomeheu Kelemania
- ʻO ke kanaka
- ʻŌlelo Pelekania Honua
- ʻŌlelo a me ka Moʻomeheu Italia
- ʻŌlelo a me ka Moʻomeheu Kepanī
- Lakina
- ʻO Macroeconomics
- ʻO nā huahana microeconomics
- ʻO ke kelepona mele
- Physics 1: Ma muli o ka Algebra
- Physics 2: Ma muli o ka Algebra
- Physics C: Uila a me Magnetism
- Kinohi C: Mechanics
- ʻike manaʻo
- ʻŌlelo a me ka Moʻomeheu Paniolo
- Moʻokalaleo a me ka Moʻomeheu Sepania
- LIKE
- Kiʻi Hana Lima (2-D, 3-D, a me ke Kaha Kiʻi)
- Ke Aupuni a me nā Kālai'āina o ʻAmelika Hui Pū ʻIa
- Mōʻaukala o US
- Moʻolelo Honua: Hou
Pehea ia hana
1
E noi i kahi kumu aʻo
E haʻi mai iā mākou i kāu mau pahuhopu a me kou pae makahiki. E noʻonoʻo mākou i kahi hoʻolālā e kōkua iā ʻoe e hiki i laila.
2
E hoʻohālikelike me kahi kumu aʻo
E paipai mākou iā ʻoe i kahi kumu aʻo e pili ana i kāu mau pono a me nā pahuhopu, a i ʻole hiki iā ʻoe ke noi i kahi kumu aʻo kikoʻī.
3
Hoʻomaka i kahi hoʻokolokolo hoʻokolohua
E ʻike i kahi haʻawina hoʻāʻo manuahi me kāu kumu aʻo hou a ʻike inā kūlike kāu kaila aʻo.
4
Mālama ʻia!
Inā holo pono nā mea a pau, e kau inoa e hoʻomau! Hiki iā ʻoe ke koho i ka wikiwiki o nā haʻawina
1E noi i kahi kumu aʻo
E haʻi mai iā mākou i kāu mau pahuhopu a me kou pae makahiki. E noʻonoʻo mākou i kahi hoʻolālā e kōkua iā ʻoe e hiki i laila.
2E hoʻohālikelike me kahi kumu aʻo
E paipai mākou iā ʻoe i kahi kumu aʻo e pili ana i kāu mau pono a me nā pahuhopu, a i ʻole hiki iā ʻoe ke noi i kahi kumu aʻo kikoʻī.
3Hoʻomaka i kahi hoʻokolokolo hoʻokolohua
E ʻike i kahi haʻawina hoʻāʻo manuahi me kāu kumu aʻo hou a ʻike inā kūlike kāu kaila aʻo.
4Mālama ʻia!
Inā holo pono nā mea a pau, e kau inoa e hoʻomau! Hiki iā ʻoe ke koho i ka wikiwiki o nā haʻawina
Pono hou ʻike?
E kamaʻilio kāua.
E waiho i kāu helu kelepona, a e kāhea hou aku mākou iā ʻoe e kūkākūkā pehea e hiki ai iā mākou ke kōkua iā ʻoe.