b'ALL SAINTS RC SIXTH FORM ALL SAINTS RC SIXTH FORMA-LEVELA-LEVEL COMPUTER CHEMISTRY SCIENCE A quick overview. A quick overview.Discover why chemistry is the central science. Strong foundations learnt for jobs that might not yet have been created.Engaging and practical. Clear paths to higher education courses and careers in industry. Extensive development of transferable soft skills. Practical learning experience with wide range of topics.Is this course for me? quantitatively well also discusscomplete without the challengeIs this course for me? The course has a wide variety ofFuture opportunities?how energy, rates of reactionsof navigating various organictopics and skills. For example, those Building from an atomic level, thisand chemical equilibria arepathways and analysing the resultsIf you choose Computer Sciencestudents who are strong at MathsComputing industry (cyber two-year course helps you to betterinterconnected. In the secondvia NMR and IR spectroscopy asyou will be signing up to one ofoften excel on the units that includesecurity, computer games/app understand and improve the worldyear well further investigatewell as chromatography. the fastest growing subjects inlogic such as programming, logicdesign, programmer)in which we live while developingand quantify reactions betweenthe UK. The course is designed togates and binary. Students who both acids and bases, andenjoy the practical problem-solving a multitude of transferable softelectrochemical cells (i.e. batteries). Future opportunities? encourage students to problemelements relish working throughIT industry (hardware repair, skills suitable for any workplace. Assolve using logic and applyalgorithms and adapting them intosystems analyst, web designer)an incredibly valued qualification,Inorganic ChemistryMedicine, nursing, dentistry,computational thinking intoprograms. you will require enthusiasm, self- Helps us to uncover hidden gemsforensic science, conservation,creating computer programs.Apprenticeships motivation, organisation andof the Periodic Table by focusing onengineering, law, and accounting,Even students without the strong perseverance to succeed; thus, problem solvers with an inquisitivecase studies of both Period 3 andamongst others. What will I learn? maths backgrounds can achieve by Groups 2 and 7. Well also explorelearning and explaining conceptsAnything else?nature and an aptitude for practical work will enjoy this course.traits of transition metals and theAnything else? The course is assessed over twosuch as how a computer processor reactivity of some transition metalwritten papers; one pure theory andworks to how the Google searchThe programming project is ions in solution, including the linkthe other based on computationalengine works. Many students enjoydetermined by students and in What will I learn? between electrochemical cells andPractical skills are developedthinking. However, there is also athe opportunities to researchthe past, this has seen students colour changes.over the full two-year coursepractical element where you createthe rise of artificial intelligencecreate programs such as one Via creative, dedicated teachingwhich leads to a separate CPACa program as part of a project thatand driverless cars as Computerthat allocates student lockers to and plenty of investigativeOrganic Chemistryendorsement that, if passed uponcontributes to 20% of the overallScience is a subject that movesa mountain rescue program that practical work, we will study threeExtends what was begun in GCSEassessment, is awarded in additionA-Level grade. Topics covered onwith the times.works out co-ordinates based on main areas of chemistry. by examining both the propertiesto the A-level certificate. Severalthe course include: specific tweets sent. and reactions of various reagentsextra-curricular opportunities are used in organic synthesistheavailable as well.Physical Chemistrybuilding blocks of both theAlgorithms, Binary, Hardware/Examines how the structure ofpharmaceutical and petrochemicalSoftware, Programming, Legal and an atom affects not only itsindustries. As such, our studiesEthical aspects of Computing, bonding but also the shapes ofwill incorporate a closer look atDatabases, Operating Systems, different molecules it composesdrug development and DNA, asData structures, Encryption. and the reactions those moleculeswell as alternative fuels. Of course, undergo. Both qualitatively andno study of organic chemistry is 34 35'