CIEP智力SHOW 49 山西特辑（7）丨术业有专攻，这7大岗位唤你来攻破！

公司现有人员250人，中级以上工程技术人员15人。公司主要工艺为：粘土砂湿型铸造和消失模铸造。本项目粘土砂型铸造工艺主要包括：铁水制备、造型、浇注、落砂、砂处理、铸件清理、防锈处理和机械加工等环节。由于本项目铸件产品种类较多，产品性能要求有所不同，因此工艺中部分工序将根据产品性能要求进行调整。主要原材料为：生铁、废钢。

Project Introduction

Company total capacity is 250 staff, including 15 high level engineer. The main processes of the company are: clay sand Wet casting and EPC. Brief introduction of clay sand casting process flow: the clay sand casting process of this project mainly includes: hot metal preparation, molding, pouring, sand dropping, sand treatment, casting cleaning, rust prevention treatment and machining, etc;. Because there are many kinds of casting products in this project, and the product performance requirements are different, some processes in the process will be adjusted according to the product performance requirements. Main raw materials: Main raw materials: cast iron, scrap.

所需资源描述

岗位需求：

球墨铸铁方面的专家

需要解决的问题和预期目标：

球墨铸铁件的缩松、缩孔问题

Description of requirements

Position requirements:

Experts in the field of ductile iron castings.

Main Problems and Expected Goal：

Shrinkage porosity and porosity of nodular iron castings

晋城市第二人民医院

The second people's hospital of Jincheng city

☑项目名称:普通外科腹腔镜诊疗技术

☑联系人:解峰

☑联系电话:0351-5617713

☑联系邮箱:sxwzfw@163.com

☑Project:General surgical laparoscopy

☑Person to contact:Feng Xie

☑Contact:0351-5617713

☑E-mail:sxwzfw@163.com

项目概况

医院现开设床位500个，设置：内、外、妇、儿、五官、急诊、麻醉手术、放射、功能、药剂、检验等42个临床医技科室。全院医务人员420人，其中高级技术人员70名，中级技术人员143名，研究生11名，年门诊病人12万人次，住院病人8000人次，各类手术2500余例，现拥有进口核磁共振、螺旋CT、直线加速器、大C臂血管照影机、数字胃肠机、电子胃镜、腹腔镜、关节镜、全自动生化分析仪、彩超、B超等一流大型医疗设备。

Project Introduction

The hospital is currently has 500 beds to meet the patients needs. There are 42 clinical medical technology departments, including: Internal medicine, Surgery, Orthopedics, Gynecology, Pediatrics, ENT(ear nose throat branch), Emergency department, Anesthesia, Radiology, Pharmacy, Laboratory and logistics sectors. The total number of hospital medical staff is 420 which comprised of 70 high-ranking (Senior) staff, 143 Intermediate staff, 11 postgraduate educational background talents. The hospital has a total of 120,000 outpatient visits combined with 8,000 inpatient admission per year. And annual surgery operations were more than 2500. Hospital equipment includes：MRI(imported), CT, linear accelerator, angiographic instrument(C-arm), digital gastrointestinal machine, electronic gastroscope, laparoscopy, arthroscopy, biochemical analyzer.

所需资源描述

岗位需求：

1.普通外科专业，熟悉腹腔镜技术、糖尿病的胃肠转流术、腹部创伤救治；

2.具有20年以上工作经验；

3.擅长英文。

Description of requirements

Position requirements:

1. General surgery, laparoscopy, diabetes patients with gastrointestinal flow-turn operation, abdominal injury treatment.

2. More than 20 years of experience.

3. Good at English.

需要解决的问题和预期目标：

1.腹腔镜技术在腹腔的扩展工作，如消化道肿瘤、肝胆疾病、糖尿病及肥胖症的腹腔镜治疗。

2.乳癌诊治的新理念。

3.甲状腺肿瘤的诊治。

4肥胖、糖尿病患者的胃肠转流手术治疗。

5.急、慢性胰腺炎的治疗新理念。

6.腹部损伤救治新理念。

提高普外科腹腔镜技术水平，至少掌握一项新技术

Main Problems and Expected Goal：

1.The extension of laparoscopic technology in abdominal cavity, such as laparoscopic treatment of gastrointestinal cancer, hepatobiliary disease, diabetes and obesity.

2.The new idea of diagnosis and treatment of breast cancer.

3.The diagnosis and treatment of thyroid cancer.

4.Obesity, diabetes patients with gastrointestinal flow-turn operation.

5.The new concept in the treatment of acute and chronic pancreatitis.

6.New concept of abdominal injury treatment.

To improve the level of general surgery laparoscopic technique, at least, to master a new technology.

晋城市阿邦迪能源有限公司

JINCHENG CITY ABOUND ENERGY CO., LTD

☑项目名称:微型甲醇重整制氢器的研发

☑联系人:解峰

☑联系电话:0351-5617713

☑联系邮箱:sxwzfw@163.com

☑Project:Research and development micro-methanol reforming hydrogen generator

☑Person to contact:Feng Xie

☑Contact:0351-5617713

☑E-mail:sxwzfw@163.com

项目概况

目前，公司创立之初，产品仍处于研发阶段，已成功研发一台以天然气为原料的1kw燃料电池发电装置样机，该装置高效、清洁、性能稳定。近期，公司的计划是开发10～30台1到5千瓦微型热电联产系统产品供销售，公司将通过提供OEM和技术咨询。公司的一系列产品进入市场后，预计会迎来其它应用的增长，按照公司的发展规划，将在第二阶段根据市场需求推出相对应的产品，以高效、清洁的高科技产品占领国内外热电联产应用领域，填补中国能源需求的巨大缺口。

Unit Introduction

At present, at the beginning of the company's establishment, the product is still in the research and development stage. The company has successfully demonstrated a 1kW fuel cell power plant that operates on the natural gas for power production, and it is efficient, clean, and stable. Recently, the company will develop 10~30 1-5kW micro combined heat and power fuel cell system products for sale, the company will also provide OEM and technical advisory. After a series of products entering the market, expect to a growth in the other application. According to the company's development plan, we will provide corresponding products according to market demand in the second stage, the efficient and clean products will occupy the domestic and overseas combined heat and power fuel cell application field, to fill the huge gap energy demand in China.

所需资源描述

岗位需求：

1.具有多年的燃料电池系统开发、制造及系统集成经验，可完全掌握燃料电池所有分系统的设计、测试、制造和集成，包括各系统的设计，过程物料和能量衡算，管道、阀门和仪表的选型，控制系统的设计，电力系统的设计和控制；

2.对燃料重整的催化剂和传热过程有精确的理解；

3.具备一定的管理经验，把握项目实施过程中的总体规划和方向；

4.熟练掌握英语、中文两种语言，可以顺畅沟通，无障碍。

Description of requirements

Position requirements:

1. With years of experience in fuel cell system development, manufacturing and system integration, you can fully master the design, testing, manufacturing and integration of all fuel cell subsystems, including the design of each system, process material and energy balance, selection of pipes, valves, and instruments, design of control system, and design and control of power system.

2. Have a precise understanding of catalyst and heat transfer process of fuel reforming.

3. Have certain management experience and grasp the overall planning and direction in the process of project implementation.

4. Proficient in English and Chinese, able to communicate smoothly and without obstacles.

需求概况：

本项目预期解决煤层气的发电效率和能源利用率较低的问题：目前山西煤层气发电多采用传统发电模式，即燃气轮机发电机组、燃气内燃发电机组或蒸汽轮机发电机组，发电效率较低，平均发电效率为约为35%，加配余热锅炉后，能源利用率约为60%，而本项目预期实现煤层气的燃料电池型热电联产，发电效率达到40%，供热效率为50%，能源利用率达到90%，除产生电、热和水外，二氧化碳的排放量比传统煤层气发电设施降低了25%。

General Situation of Demand：

The project is expected to solve the problem of low power efficiency of natural gas and the low energy efficiency: At present, we use the conventional power generation mode, for example, gas turbine generator set, gas internal combustion generating set or Steam turbine generator set, the power efficiency is low, the average is about 35%, with waste heat, the energy utilization rate is about 60%. The fuel cell power technology operated on the natural gas increases the fuel’s power generation efficiency to 40%. And the combined heat and power fuel cell system operated on the natural gas will increase the efficiency to 90%. In addition to generating electricity, heat and water, the emissions of carbon dioxide is decreased by 25% than traditional natural gas power generation facilities.

山西德益科技有限公司

Shanxi De Yi technology co. LTD

☑项目名称:超级电容电网调峰调频储能系统产业化

☑联系人:解峰

☑联系电话:0351-5617713

☑联系邮箱:sxwzfw@163.com

☑Project:Industrialization of peak and frequency-modulated energy storage system for ultracapacitor power grid

☑Person to contact:Feng Xie

☑Contact:0351-5617713

☑E-mail:sxwzfw@163.com

项目概况

本项目开发的超级电容电网调峰调频储能系统从分析、诊断调频问题特征入手，建立储能在电力调峰调频的电特征分析与系统解决方案仿真模型，设计并组装、测试以先进超级电容器为直流电源、可远程监控、智能运行的超级电容集装箱储能系统。通过火电机组与储能系统联合响应电网AGC调度指令，实现系统性能指标、响应速度、调节深度与补偿收益的大幅度提升，保证机组与储能协调控制逻辑运行稳定，更为有效及可靠地响应电网上调和下调调度指令。

Unit Introduction

The peak-fm energy storage system developed in this project starts from analyzing and diagnosing the characteristics of FM problems and establishes the simulation model of electrical analysis and system solution of energy storage in peak and frequency modulation. The ultracapacitor container energy storage system with advanced ultracapacitors as dc power supply, remote monitoring and intelligent operation is designed, assembled and tested. Through the joint response of thermal power units and energy storage system to the AGC dispatching instruction of the power grid, the system performance index, response speed, regulation depth and compensation income of the system can be greatly improved to ensure the stable operation of the coordinated control logic between units and energy storage, and more effectively and reliably respond to the up and down dispatching instruction of the power grid.

所需资源描述

岗位需求：

具有相关工程经验。

Description of requirements

Position requirements:

Relevant engineering experience.

需要解决的问题和预期目标：

超级电容应用于电网调峰调频储能系统领域相关问题。

Main Problems and Expected Goal：

The application of ultracapacitors in the field of peak-modulated and frequency-modulated energy storage system of power grid is concerned.

山西杏花村汾酒集团有限责任公司

Shanxi xinghuacun fenjiu group co. LTD

☑项目名称:食品中不同风味物质提取在露酒中的应用研究

☑联系人:解峰

☑联系电话:0351-5617713

☑联系邮箱:sxwzfw@163.com

☑Project:Study on the application of different flavor substances extracted from food in liqueur

☑Person to contact:Feng Xie

☑Contact:0351-5617713

☑E-mail:sxwzfw@163.com

项目概况

在国外系列配制酒中，其中对食品风味物质研究一直领先于国际，在配制酒的开发中，研究食品中风味的物质目前也引起了行业内研究人员的重视，目前在公司已应用的蒸馏萃取、超临界流体萃取等提取技术在进一步工艺优化中，在风味物质提取应用方面提取、分析、检测手段还需借鉴技术更加成熟，工艺更加完善的研究机构来做技术指导。

Project Introduction

In the foreign series of liquor making, the research on food flavor substances has always been ahead of the international research. In the development of liquor making, the research on food flavor substances has also attracted the attention of researchers in the industry. At present, distillation extraction, supercritical fluid extraction technology such as extraction have been applied in further process optimization process. The flavor substances extraction used in extraction, analysis, testing means still need to learn from research institutions with more mature technology and more perfect technology for technical guidance..

所需资源描述

岗位需求：

1.硕士以上学历；

2.在酿酒、配制酒方面工作3-5年经验。

Description of requirements

Position requirements:

1. Master degree or above.

2. 3-5 years working experience in wine making.

需要解决的问题和预期目标：：

1.需要解决在风味物质提取、分析、检测、添加、复配等方面的技术补充，提升科研团队在提取领域的深入学习。

2.在今后的产品设计中，对风味物质的提取、分析检测等技术手段更加完善。

Main Problems and Expected Goal：

1.It is necessary to solve the technical supplement in the extraction, analysis, detection, addition, compounding and other aspects of flavor substances, so as to enhance the in-depth study of the scientific research team in the extraction field.

2.In the future product design, the technical means such as extraction, analysis and detection of flavor substances will be improved.

中国电子科技集团公司第三十三研究所

No.33 Research Institute of China Electronics Technology Group Corporation

☑项目名称:透明高导电石墨烯薄膜材料制备技术

☑联系人:解峰

☑联系电话:0351-5617713

☑联系邮箱:sxwzfw@163.com

☑Project:Research on the fabrication technology of high light transmittance and high conductive graphene film

☑Person to contact:Feng Xie

☑Contact:0351-5617713

☑E-mail:sxwzfw@163.com

项目概况

项目拟利用石墨烯高透光及导电特性研究透明石墨烯超材料制造技术。项目利用CVD法制备的石墨烯薄膜，利用激光刻蚀法在玻璃基片上制备透明石墨烯导电图形电路。但是目前获得的石墨烯薄膜存在导电性不足和透光率与导电性无法兼容的技术难题，由于国内该领域研究尚处于起步阶段，尚未发现相关研究突破的报道。此外在低缺陷石墨烯薄膜制早工艺能力方面与国际先进水平还有一定差距，影响项目的顺利实施。因此急需通过引智项目解决技术瓶颈，实现核心技术能力的提升，掌握高导电透明石墨烯超材料制备技术。

Project Introduction

The project intends to study the fabrication technology of new metamaterials by using the high light transmittance and conductive properties of graphene. The graphene thin films prepared by CVD method are used in the project, and then transparent conductive graphics circuits were fabricated on glass substrates by laser etching. However, the obtained graphene thin films have some technical problems, such as insufficient conductivity and the incompatibility between transmittance and conductivity. There is no related research breakthrough report in China. In addition, there is still a certain gap between the technology ability of the low defect graphene thin film in China and the international advanced technology ability, which affects the smooth implementation of the project. Therefore, it is urgent to solve the technical bottleneck through the introduction of wisdom project. Achieve core technical capability enhancement.

所需资源描述

岗位需求：

1.具有电磁场与微波专业、材料学：高分子、碳材料专业；

2.具有高级职称，专家团队；

3.擅长英语

Description of requirements

Position requirements:

1. Major in electromagnetic field and microwave; materials: polymer and carbon materials.

2. With senior professional title and expert team.

3. Good at English.

需要解决的问题和预期目标：

1.石墨烯薄膜结构优化设计，以解决薄膜导电性透光性兼容问题；

2.薄膜改性技术研究，以实现导电性增强；

3.石墨烯薄膜低缺陷可控制备工艺研究，以提升高性能薄膜制造的工艺技术水平；

Main Problems and Expected Goal：

1.Optimum design of the structure of graphene film to realize the compatibility of film conductivity and light transmission.

2.Study on the modification technology of graphene to realize the enhancement of electrical conductivity of graphene film.

3. Study on controllable preparation process of low defect graphene thin films to improve our technological level of high-performance film manufacturing.

山西大学生物医学研究院

Institutes of Biomedical Sciences Shanxi University

☑项目名称:中国中西部罕见病病理机制和快速诊断技术研究

☑联系人:解峰

☑联系电话:0351-5617713

☑联系邮箱:sxwzfw@163.com

☑Project:Study on Pathological Mechanism and Rapid Diagnosis of Rare Diseases in Midwest China

☑Person to contact:Feng Xie

☑Contact:0351-5617713

☑E-mail:sxwzfw@163.com

项目概况

筛选和鉴定中国中西部罕见病致病基因，以及致病机制，开发快速诊断罕见病剂盒和精准治疗技术。

Project Introduction

Screening and identifying pathogenic genes and pathogenesis of rare diseases in central and Western China, and developing rapid diagnostic kits and precise treatment techniques for rare diseases.

所需资源描述

岗位需求：

1.遗传学家、细胞治疗专家、免疫学专家、生物信息学专家；

2.工作语言为英语，兼职和全职；

3.人数不限。

Description of requirements

Position requirements:

1. Geneticists, cell therapists, immunologists, bioinformatics experts.

2. The working language is English, part-time and full-time.

3. Unlimited number of people.

需要解决的问题：

参与科学研究和临床研究，建立快速诊断技术和试剂盒，开发精准治疗技术。

Main Problems and Expected Goal：

Participate in scientific research and clinical research, establish rapid diagnostic technology and kits, and develop precise treatment technology.

有看好的项目就赶紧加入吧！

另附英文版，

欢迎转发给你身边符合需求的人才们！

If you're interested in these projects,

please feel free to contact us for any further information!

如果你也有项目、人才需求

请联系我们吧！

If you have the intention to cooperate at any time,

feel free to contact us!

▼

联系人:王婵 0755-81707961

邮箱:cieptalent@126.com

Contact: Chan Wong 0755-81707961

E-mail:cieptalent@126.com

◆项目来源◆

山西省科学技术厅（外国专家局）

The project of this paper is supported by

◆SHANXI SCIENCE AND TECHNOLOGY DEPARTMEMT◆