- Singapore Singapore
Kerja Sepenuh Masa Research Officer (Non-statistical), Gaji tinggi SGD 8,000 di SINGFILM SOLAR PTE. LTD. - Maukerja
Kongsi
Simpan
Lokasi Kerja
Penerangan Kerja
Tanggungjawab
Basic Responsibilities:
Conduct material and device research to enhance the performance and stability of perovskite solar cells and reduce costs.
Responsible for developing innovative interface materials and processes to enhance the surface/interface and bulk properties required for high-efficiency photovoltaic devices.
Control key material properties through material synthesis steps.
Develop and maintain processes and equipment related to material research.
Design, execute, and analyze experiments, and submit reports and analyses as required.
Strong written and verbal communication skills.
Other responsibilities, and job description subject to change at any time.
Education/Experience:
Ph.D. degree in engineering or a similar technical discipline with a focus on solar cells, LEDs, etc.
Required Skills/Competencies:
Experience with photovoltaics is preferred.
Expertise in the field of material research or device development.
Basic understanding of material and device characterization, with an in-depth knowledge of innovative new material development and identification to enhance the surface/interface and bulk properties required for high-efficiency photovoltaic devices.
Proven history of developing new technologies and processes for high-performance solar cells, preferably perovskite solar cells.
Ability to handle complex data, analyze, and communicate results effectively.
Ability to coordinate activities between various engineering and operations teams. Good verbal and written communication skills.
Singfilm Solar is dedicated to providing efficient and stable perovskite solar cells with long lifespans, driving the transition from fossil fuels to clean energy. With industry-leading technology and standardized production capabilities, we continuously advance the commercialization of perovskite solar cells.
Conduct material and device research to enhance the performance and stability of perovskite solar cells and reduce costs.
Responsible for developing innovative interface materials and processes to enhance the surface/interface and bulk properties required for high-efficiency photovoltaic devices.
Control key material properties through material synthesis steps.
Develop and maintain processes and equipment related to material research.
Design, execute, and analyze experiments, and submit reports and analyses as required.
Strong written and verbal communication skills.
Other responsibilities, and job description subject to change at any time.
Education/Experience:
Ph.D. degree in engineering or a similar technical discipline with a focus on solar cells, LEDs, etc.
Required Skills/Competencies:
Experience with photovoltaics is preferred.
Expertise in the field of material research or device development.
Basic understanding of material and device characterization, with an in-depth knowledge of innovative new material development and identification to enhance the surface/interface and bulk properties required for high-efficiency photovoltaic devices.
Proven history of developing new technologies and processes for high-performance solar cells, preferably perovskite solar cells.
Ability to handle complex data, analyze, and communicate results effectively.
Ability to coordinate activities between various engineering and operations teams. Good verbal and written communication skills.
Singfilm Solar is dedicated to providing efficient and stable perovskite solar cells with long lifespans, driving the transition from fossil fuels to clean energy. With industry-leading technology and standardized production capabilities, we continuously advance the commercialization of perovskite solar cells.
Peringatan Penting
Jangan pernah kongsikan maklumat bank atau kad kredit anda semasa memohon pekerjaan. Elakkan membuat sebarang pembayaran atau mengisi survey yang tidak berkaitan. Jika ada yang mencurigakan, sila laporkan iklan pekerjaan ini segera.
Lebih Lanjut